Category Archives: #intelligent warfare

Chinese Military Focusing on Counter-AI Operations in Intelligent Warfare

中國軍隊聚焦智慧戰爭中的反人工智慧作戰

現代英語:

The widespread application of science and technology in the military field has brought about profound changes in the form of warfare and combat methods. Military competition among major powers is increasingly manifested as technological subversion and counter-subversion, surprise attacks and counter-surprise attacks, and offsetting and counter-offsetting. To win future intelligent warfare, it is necessary not only to continuously promote the deep transformation and application of artificial intelligence technology in the military field, but also to strengthen dialectical thinking, adhere to asymmetric thinking, innovate and develop anti-AI warfare theories and tactics, and proactively plan research on anti-AI technologies and the development of weapons and equipment to achieve victory through “breaking AI” and strive to seize the initiative in future warfare.

  Fully recognize the inevitability of anti-artificial intelligence warfare

  In his essay “On Contradiction,” Comrade Mao Zedong pointed out that “the law of contradiction in things, that is, the law of unity of opposites, is the most fundamental law of dialectical materialism.” Throughout the history of military technology development and its operational application, there has always been a dialectical relationship between offense and defense. The phenomenon of mutual competition and alternating suppression between the “spear” of technology and the “shield” of corresponding countermeasures is commonplace.

  In the era of cold weapons, people not only invented eighteen kinds of weapons such as knives, spears, swords, and halberds, but also corresponding helmets, armor, and shields. In the era of firearms, the use of gunpowder greatly increased attack range and lethality, but it also spurred tactical and technical innovations, exemplified by defensive fortifications such as trenches and bastions. In the mechanized era, tanks shone brightly in World War II, and the development of tank armor and anti-tank weapons continues to this day. In the information age, “electronic attack” and “electronic protection,” centered on information dominance, have sparked a new wave of interest, giving rise to electronic warfare units. Furthermore, numerous opposing concepts in the military field, such as “missiles” versus “anti-missile,” and “unmanned combat” versus “counter-unmanned combat,” abound.

  It should be recognized that “anti-AI warfare,” as the opposite concept of “intelligent warfare,” will inevitably emerge gradually with the widespread and in-depth application of intelligent technologies in the military field. Forward-looking research into the concepts, principles, and tactical implementation paths of anti-AI warfare is not only a necessity for a comprehensive and dialectical understanding of intelligent warfare, but also an inevitable step to seize the high ground in future military competition and implement asymmetric warfare.

  Scientific Analysis of Counter-AI Combat Methods and Paths

  Currently, artificial intelligence (AI) technology is undergoing a leapfrog development, moving from weak to strong and from specialized to general-purpose applications. From its underlying support perspective, data, algorithms, and computing power remain its three key elements. Data is the fundamental raw material for training and optimizing models, algorithms determine the strategies and mechanisms for data processing and problem-solving, and computing power provides the hardware support for complex calculations. Seeking ways to “break through” AI by addressing these three elements—data, algorithms, and computing power—is an important methodological approach for implementing counter-AI warfare.

  Counter-data warfare. Data is the raw material for artificial intelligence to learn and reason, and its quality and diversity significantly impact the accuracy and generalization ability of models. Numerous examples in daily life demonstrate how minute changes in data can cause AI models to fail. For instance, facial recognition models on mobile phones may fail to accurately identify individuals due to factors such as wearing glasses, changing hairstyles, or changes in ambient light; autonomous driving models may also misjudge road conditions due to factors like road conditions, road signs, and weather. The basic principle of counter-data warfare is to mislead the training and judgment processes of military intelligent models by creating “contaminated” data or altering its distribution characteristics. This “inferiority” in the data leads to “errors” in the model, thereby reducing its effectiveness. Since AI models can comprehensively analyze and cross-verify multi-source data, counter-data warfare should focus more on multi-dimensional features, packaging false data information to enhance its “authenticity.” In recent years, foreign militaries have conducted relevant experimental verifications in this area. For example, by using special materials for coating and infrared emitter camouflage, the optical and infrared characteristics of real weapon platforms, and even the vibration effects of engines, can be simulated to deceive intelligent intelligence processing models; in cyberspace, traffic data camouflage can be implemented to improve the silent operation capability of network attacks and reduce the effectiveness of network attack detection models.

  Anti-algorithm warfare. The essence of an algorithm is a strategy mechanism for solving problems described in computer language. Because the scope of application of such strategy mechanisms is limited, they may fail when faced with a wide variety of real-world problems. A typical example is Lee Sedol’s “divine move” in the 2016 human-machine Go match. Many professional Go players, after reviewing the game, stated that the “divine move” was actually invalid, yet it worked against AlphaGo. AlphaGo developer Silva explained this by saying that Lee Sedol exploited a previously unknown vulnerability in the computer; other analyses suggest that this move might have contradicted AlphaGo’s Go logic or been outside its strategic learning range, making it unable to respond. The basic principle of anti-algorithm warfare is to target the vulnerabilities in the algorithm’s strategy mechanism and weaknesses in its model architecture through logical attacks or deception to reduce the algorithm’s effectiveness. Anti-algorithm warfare should be combined with specific combat actions to achieve “misleading and deceiving” the algorithm. For example, drone swarm reconnaissance operations often use reinforcement learning algorithms to plan reconnaissance paths. In this case, irregular or abnormal actions can be created to reduce or disable the reward mechanism in the reinforcement learning algorithm model, thereby reducing its reconnaissance search efficiency.

  Counter-computing power warfare. The strength of computing power represents the speed at which data processing can be converted into information and decision-making advantages. Unlike counter-data warfare and counter-algorithm warfare, which primarily rely on soft confrontation, counter-computing power warfare employs a combination of hard and soft tactics. Hard destruction mainly refers to attacks on enemy computing centers and computing network infrastructure, crippling their AI models by cutting off their computing power. Soft confrontation focuses on increasing the enemy’s computing costs, primarily by creating a “fog of war” and data noise. For example, during operations, large quantities of meaningless data of various types, such as images, audio, video, and electromagnetic data, can be generated to constrain and deplete the enemy’s computing resources, reducing their effective utilization rate. Furthermore, attacks can also be launched against weak points in the defenses of the computing power support environment and infrastructure. Computing centers consume enormous amounts of electricity; attacking and destroying their power support systems can also achieve the effect of counter-computing power warfare.

  Forward-looking planning for the development of anti-artificial intelligence combat capabilities

  In all warfare, one engages with conventional tactics and wins with unconventional ones. Faced with intelligent warfare, while continuously advancing and improving intelligent combat capabilities, it is also necessary to strengthen preparedness for counter-AI warfare, proactively planning for theoretical innovation, supporting technology development, and equipment platform construction related to counter-AI warfare, ensuring the establishment of an intelligent combat system that integrates offense and defense, and combines defense and counter-attack.

  Strengthen theoretical innovation in counter-AI warfare. Scientific military theory is combat effectiveness. Whether it’s military strategic innovation, military technological innovation, or other aspects of military innovation, all are inseparable from theoretical guidance. We must adhere to liberating our minds, broadening our horizons, and strengthening dialectical thinking. We must use theoretical innovation in counter-AI warfare as a supplement and breakthrough to construct an intelligent warfare theoretical system that supports and serves the fight for victory. We must adhere to the principle of “you fight your way, I fight my way,” strengthening asymmetric thinking. Through in-depth research on the concepts, strategies, and tactics of counter-AI warfare, we must provide scientific theoretical support for seizing battlefield intelligence dominance and effectively leverage the leading role of military theory. We must adhere to the integration of theory and technology, enhancing our scientific and technological awareness, innovation, and application capabilities. We must establish a closed loop between counter-AI warfare theory and technology, allowing them to complement and support each other, achieving deep integration and positive interaction between theory and technology.

  Emphasis should be placed on accumulating military technologies for countering artificial intelligence. Science and technology are crucial foundations for generating and enhancing combat effectiveness. Breakthroughs in some technologies can have disruptive effects, potentially even fundamentally altering the traditional landscape of warfare. Currently, major world powers view artificial intelligence as a disruptive technology and have elevated the development of military intelligence to a national strategy. Simultaneously, some countries are actively conducting research on technologies related to countering artificial intelligence warfare, exploring methods to counter AI and aiming to reduce the effectiveness of adversaries’ military intelligent systems. Therefore, it is essential to both explore and follow up, strengthening research and tracking of cutting-edge technologies, actively discovering, promoting, and fostering the development of technologies with counter-disruptive capabilities, such as intelligent countermeasures, to seize the technological advantage at the outset of counter-AI warfare and prevent enemy technological surprise attacks; and to carefully select technologies, maintaining sufficient scientific rationality and accurate judgment to dispel the technological “fog” and avoid falling into the adversary’s technological traps.

  Developing anti-AI warfare weapons and equipment. Designing weapons and equipment is designing future warfare; we develop weapons and equipment based on the types of warfare we will fight in the future. Anti-AI warfare is an important component of intelligent warfare, and anti-AI weapons and equipment will play a crucial role on the future battlefield. When developing anti-AI warfare weapons and equipment, we must first closely align with battlefield needs. We must closely integrate with the adversary, mission, and environment to strengthen anti-AI warfare research, accurately describe anti-AI warfare scenarios, and ensure that the requirements for anti-AI warfare weapons and equipment are scientifically sound, accurate, and reasonable. Secondly, we must adopt a cost-conscious approach. Recent local wars have shown that cost control is a crucial factor influencing the outcome of future wars. Anti-AI warfare focuses on interfering with and deceiving the enemy’s military intelligent systems. Increasing the development of decoy weapon platforms is an effective way to reduce costs and increase efficiency. By using low-cost simulated decoy targets to deceive the enemy’s intelligent reconnaissance systems, the “de-intelligence” effect can be extended and amplified, aiming to deplete their high-value precision-guided missiles and other high-value strike weapons. Finally, we must emphasize simultaneous development, use, and upgrading. Intelligent technologies are developing rapidly and iterating quickly. It is crucial to closely monitor the application of cutting-edge military intelligent technologies by adversaries, accurately understand their intelligent model algorithm architecture, and continuously promote the upgrading of the latest counter-artificial intelligence technologies in weapon platforms to ensure their high efficiency in battlefield application. (Kang Ruizhi, Li Shengjie)

現代國語:

引言

科學技術在軍事領域的廣泛運用,引起戰爭形態與作戰方式的深刻變化,大國軍事博弈越來越表現為技術上的顛覆與反顛覆、突襲與反突襲、抵銷與反抵銷。打贏未來智慧化戰爭,既要不斷推進人工智慧技術在軍事領域的深度轉化應用,還應加強辯證思維、堅持非對稱思想,創新發展反人工智慧作戰理論和戰法,前瞻佈局反人工智慧技術研究和武器裝備研發,實現「破智」制勝,努力掌握未來戰爭主動權。

充分認識反人工智慧作戰必然性

毛澤東同志在《矛盾論》中指出:「事物的矛盾法則,即對立統一的法則,是唯物辯證法的最根本的法則。」縱觀軍事技術發展及其作戰運用歷史,從來都充滿了攻與防的辯證關係,技術之「矛」與相對反制技術之盾」之間相互反制、「屢見」現象交替壓制的現象。

冷兵器時代,人們不僅發明出「刀、槍、劍、戟」等十八般兵器,與之對應的「盔、甲、盾」等也被創造出來。熱兵器時代,火藥的使用大幅提升了攻擊距離和殺傷力,但同時也催生了以「塹壕」「稜堡」等防禦工事為代表的技戰術創新。機械化時代,坦克在二戰中大放異彩,人們對「坦克裝甲」與「反坦克武器」相關技術戰術的開發延續至今。資訊時代,圍繞制資訊權的「電子攻擊」與「電子防護」又掀起一陣新的熱潮,電子對抗部隊應運而生。此外,「飛彈」與「反導」、「無人作戰」與「反無人作戰」等軍事領域的對立概念不勝枚舉。

應當看到,「反人工智慧作戰」作為「智慧化作戰」的對立概念,也必將隨著智慧科技在軍事領域的廣泛深度運用而逐漸顯現。前瞻性研究反人工智慧作戰相關概念、原則及其技戰術實現路徑,既是全面辯證認識智慧化戰爭的時代需要,也是搶佔未來軍事競爭高地、實施非對稱作戰的必然之舉。

科學分析反人工智慧作戰方法路徑

目前,人工智慧技術正經歷由弱向強、由專用向通用的跨越式發展階段。從其底層支撐來看,數據、演算法、算力依舊是其三大關鍵要素。其中,資料是訓練與最佳化模型的基礎原料,演算法決定了資料處理與問題解決的策略機制,算力則為複雜運算提供硬體支撐。從資料、演算法、算力三個要素的角度尋求「破智」之道,是實施反人工智慧作戰的重要方法路徑。

反資料作戰。數據是人工智慧實現學習和推理的原始素材,數據的品質和多樣性對模型的準確度和泛化能力有重要影響。生活中因為微小數據變化而導致人工智慧模型失效的例子比比皆是。例如,手機中的人臉辨識模型,可能會因人戴上眼鏡、改變髮型或環境明暗變化等原因,而無法準確辨識身分;自動駕駛模型也會因路況、路標及天氣等因素,產生對道路狀況的誤判。實施反數據作戰,其基本原理是透過製造“污染”數據或改變數據的分佈特徵,來誤導軍事智能模型的訓練學習過程或判斷過程,用數據之“差”引發模型之“謬”,從而降低軍事智能模型的有效性。由於人工智慧模型能夠對多源數據進行綜合分析、交叉印證,反數據作戰應更加註重從多維特徵出發,包裝虛假數據信息,提升其「真實性」。近年來,外軍在這方面已經有相關實驗驗證。例如,利用特殊材料塗裝、紅外線發射裝置偽裝等方式,模擬真實武器平台光學、紅外線特徵甚至是引擎震動效果,用來欺騙智慧情報處理模型;在網路空間,實施流量資料偽裝,以提升網路攻擊靜默運作能力,降低網路攻擊偵測模型的效果。

反演算法作戰。演算法的本質,是用電腦語言描述解決問題的策略機制。由於這種策略機制的適應範圍有限,在面對千差萬別的現實問題時可能會失效,一個典型例子就是2016年人機圍棋大戰中李世石的「神之一」。不少職業圍棋選手複盤分析後表示,「神之一手」其實並不成立,但卻對「阿爾法狗」發揮了作用。 「阿爾法狗」開發者席爾瓦對此的解釋是,李世石點中了電腦不為人知的漏洞;還有分析稱,可能是「這一手」與「阿爾法狗」的圍棋邏輯相悖或不在其策略學習範圍內,導致其無法應對。實施反演算法作戰,其基本原理是針對演算法策略機制漏洞和模型架構弱點,進行邏輯攻擊或邏輯欺騙,以降低演算法有效性。反演算法作戰應與具體作戰行動結合,達成針對演算法的「誤導欺騙」。例如,無人機群偵察行動常採用強化學習演算法模型規劃偵察路徑,針對此情況,可透過製造無規則行動或反常行動,致使強化學習演算法模型中的獎勵機制降效或失效,從而達成降低其偵察搜尋效率的目的。

反算力作戰。算力的強弱代表著將資料處理轉換為資訊優勢和決策優勢的速度。有別於反數據作戰和反演算法作戰以軟對抗為主,反算力作戰的對抗方式是軟硬結合的。硬摧毀主要指對敵算力中心、計算網路設施等實施的打擊,透過斷其算力的方式使其人工智慧模型難以發揮作用;軟對抗著眼加大敵算力成本,主要以製造戰爭「迷霧」和資料雜訊為主。例如,作戰時大量產生影像、音訊、視訊、電磁等多類型的無意義數據,對敵算力資源進行牽制消耗,降低其算力的有效作用率。此外,也可對算力的支撐環境和配套建設等防備薄弱環節實施攻擊,算力中心電能消耗巨大,對其電力支援系統進行攻擊和摧毀,也可達成反算力作戰的效果。

前瞻佈局反人工智慧作戰能力建設

凡戰者,以正合,以奇勝。面對智慧化戰爭,持續推動提升智慧化作戰能力的同時,也需強化對反人工智慧作戰的未雨綢繆,前瞻佈局反人工智慧作戰相關理論創新、配套技術發展與裝備平台建設,確保建立攻防兼備、防反一體的智慧化作戰體系。

加強反人工智慧作戰理論創新。科學的軍事理論就是戰鬥力,軍事戰略創新也好,軍事科技創新也好,其他方面軍事創新也好,都離不開理論指導。要堅持解放思想、開拓視野,強化辯證思維,以反人工智慧作戰理論創新為補充和突破,建構支撐和服務打贏制勝的智慧化作戰理論體系。要堅持你打你的、我打我的,強化非對稱思想,透過對反人工智慧作戰概念、策略戰法等問題的深化研究,為奪取戰場制智權提供科學理論支撐,切實發揮軍事理論的先導作用。要堅持理技融合,增強科技認知力、創新力、運用力,打通反人工智慧作戰理論與技術之間的閉環迴路,讓兩者互相補充、互為支撐,實現理論與技術的深度融合與良性互動。

注重反人工智慧軍事技術累積。科學技術是產生和提高戰鬥力的重要基礎,有些技術一旦突破,影響將是顛覆性的,甚至可能從根本上改變傳統的戰爭攻防格局。目前,世界各主要國家將人工智慧視為顛覆性技術,並將發展軍事智慧化上升為國家戰略。同時,也有國家積極進行反人工智慧作戰相關技術研究,探索人工智慧對抗方法,意圖降低對手軍事智慧系統效能。為此,既要探索跟進,加強對前沿技術的跟踪研究,積極發現、推動、催生智能對抗這類具有反顛覆作用的技術發展,在反人工智能作戰起步階段就搶佔技術先機,防敵技術突襲;還要精挑細選,注重保持足夠科學理性和準確判斷,破除技術“迷霧”,避免陷入對手技術陷阱。

研發反人工智慧作戰武器裝備。設計武器裝備就是設計未來戰爭,未來打什麼仗就發展什麼武器裝備。反人工智慧作戰是智慧化戰爭的重要組成部分,反人工智慧武器裝備也將在未來戰場上發揮重要作用。在研發反人工智慧作戰武器裝備時,首先要緊貼戰場需求。緊密結合作戰對手、作戰任務和作戰環境等,加強反人工智慧作戰研究,把反人工智慧作戰場景描述準確,確保反人工智慧作戰武器裝備需求論證科學、準確、合理。其次要建立成本思維。最新局部戰爭實踐表明,作戰成本控制是影響未來戰爭勝負的重要因素。反人工智慧作戰重在對敵軍事智慧系統的干擾與迷惑,加大誘耗型武器平台研發是一種有效的降本增效方法。透過低成本模擬示假目標欺騙敵智能偵察系統,可將「破智」效應延伸放大,力求消耗其精確導引飛彈等高價值打擊武器。最後要注重邊建邊用邊升級。智慧技術發展速度快、更新迭代快,要緊密追蹤對手前沿軍事智慧技術應用,摸準其智慧模型演算法架構,不斷推動最新反人工智慧技術在武器平台中的運用升級,確保其戰場運用的高效性。 (康睿智 李聖傑)

中國原創軍事資源:https://mil.sina.cn/

Exploring the Evolution of Chinese Military Intelligent Warfare Practices

探索中國軍事智慧戰爭實踐的演變

現代英語:

Recent local wars and military conflicts around the world demonstrate that modern warfare is gradually evolving towards an information-based and intelligent form. Faced with a new wave of military revolution, in order to fully explore the evolutionary laws of intelligent warfare, it is necessary to further clarify the fundamental support for the evolution of warfare practices, fully assess the technological advantages of warfare practices, and accurately identify the key challenges and difficulties in promoting the current evolution of warfare practices.

The evolution of intelligent warfare practices requires a foundation of social practice as its support.

As an important component of social activities, military activities are closely related to social activities. Similarly, as a specific form of military activity, war practice cannot be examined in isolation from the larger system of social practice.

The level of development of productive forces determines the height of practical evolution. Warfare is a part of human social practice and is always adapted to the level of social production. How humans conduct material production activities often determines how they organize war; the ways humans wage war reflect their modes of production. Engels proposed that the victory of violence is based on the production of weapons, and the production of weapons is based on the entire production process. Therefore, along with the development of productive forces, the means of warfare also continuously evolve. Just as it is impossible to find a weapon of the information age in the era of cold weapons, it is difficult to use typical weapons of the cold weapon era on the battlefield of the information age. Even daggers produced in the information age are different from those of the cold weapon era; from the alloy composition ratio to the forging technology, they embody the technological level of the information age and belong to the weapon of the information age.

Changes in the system of production relations influence the outcome of practical evolution. As a special form of social practice, the development and changes in war practice closely revolve around the direction and speed of social practice evolution. That is to say, behind every transformation in war practice, a similar social transformation is simultaneously underway, and it can only succeed when accompanied by a systemic transformation of the entire production relations. Marx succinctly pointed out that in all social forms, a certain form of production determines the position and influence of all other productions, and therefore its relations also determine the position and influence of all other relations. This is a universal light that obscures all other colors and alters their characteristics. War practice concepts that are too far ahead of their time often fail to succeed due to a lack of hardware and software support that matches the development of contemporary social practice. For example, the concept of joint operations was difficult to emerge in the era of cold weapons; even if military theorists foresaw this idea, it could not be applied in practice. Modern joint operations practice is actually a microcosm of large-scale socialized joint production in the military. Therefore, war design should return to social practice itself, seeking inspiration and reflection from it. Ignoring the overall development level of production relations and prematurely designing war scenarios for the intelligent era may make the scenarios and objectives appear science fiction, gamified, and fictional.

The effectiveness of intelligent warfare practices in achieving victory requires further testing in actual combat.

The evolution of warfare practices always aims to enhance operational superiority and the effectiveness of victory; however, this does not mean that the evolutionary process will naturally lead to this goal. Sometimes, in the early stages of changes in warfare practices, the effectiveness of victory is not obvious, and it is necessary to continuously evaluate the effectiveness of various combat methods during the development process.

First-mover advantage does not guarantee victory on the battlefield. Undoubtedly, whoever masters the latest winning mechanisms of warfare first will gain the initiative on the battlefield through tactical and technological superiority, but this first-mover advantage does not necessarily lead to final victory. While first-mover advantage certainly has a significant impact on winning a war, the history of warfare shows that tactical and technological advantages can be offset by mistakes or disadvantages in other areas. In World War II, the German army, which was the first to master the winning mechanisms of mechanized warfare, gained an advantage in the initial engagements on the Western Front in Europe and the Eastern Front in the Eastern Front. However, this initial advantage was quickly squandered due to strategic errors and overall inferior strength.

First-mover advantage is unlikely to constitute an absolute overwhelming advantage. In the era of globalization, human social practices are closely interconnected, and technological innovations from one country or region are quickly spilled over and spread. Therefore, the technological and tactical advantages in the era of intelligent warfare are often short-term and localized, making it difficult for any country or region to establish a long-term, all-encompassing, monopolistic lead. Currently, the rapid development of network communication technology has brought humanity closer together than ever before. Similarly, in the practice of intelligent warfare, various advanced reconnaissance methods will continuously penetrate the fortifications of both sides in combat. Sometimes, after the emergence of a new weapon, a countermeasure weapon or means will be invented or created very quickly.

The advantage of intelligent technology does not necessarily guarantee the optimal combat situation. Currently, the level of intelligence in warfare has not yet become the decisive factor in determining victory or defeat. Intelligent warfare is still in its nascent stage; the mechanisms of victory require in-depth research, many pieces of equipment need further development and verification, and various experimental pre-war practices need further testing and improvement. In contrast, informationized warfare is relatively mature; various weapons and equipment, along with supporting operational and tactical methods, have become relatively stable, and informationized warfare methods still have significant application potential. Therefore, in the evolution of warfare, while continuously innovating intelligent warfare methods, it is essential to fully develop the operational potential of informationized warfare.

The development and transformation of intelligent warfare practices require the combined efforts of humans and technology.

There are many factors that drive the evolution of intelligent practices. It is necessary to clarify the development support and evaluate the effectiveness of operational methods, comprehensively analyze various contradictions, grasp the key points, distinguish the essentials, and highlight the leading role of people.

Technological change is the most dynamic factor. Science and technology are core combat capabilities. As the most revolutionary factor in the development of warfare, every major technological innovation has a profound impact on the form of warfare. Engels once pointed out that once technological progress can be used for military purposes and has been used for military purposes, it immediately, almost forcibly, and often against the will of commanders, causes changes or even revolutions in the way of warfare. However, equating the intelligent military revolution with the high-tech revolution, and thus overemphasizing intelligent technology and pursuing the development of various intelligent weapons, undoubtedly fails to grasp the evolutionary essence of intelligent warfare. While technology plays an important role, it is not the only decisive factor; culture, politics, and people themselves also play a role. In his book *The History of World Wars*, British historian Jeremy Black repeatedly reminds readers not to fall into the trap of technological determinism and not to simply attribute all major changes in military history to technological innovation.

Institutional innovation is the key challenge. To fully leverage the combat effectiveness of equipment in the evolution of intelligent warfare, it is necessary to integrate all combat elements into a unified system, combining ideology, combat methods, organizational structure, education and training with military technology. The renowned military theorist Dupuy, in his book *The Evolution of Weapons and War*, argued that no matter how much the lethality of weapons increases, the compatibility and unity of new weapons with military tactics and organization is far more important than the invention and adoption of new weapons. The advantages of equipment can only create optimal combat power when integrated into a scientific organizational structure. Historically, Britain was the first country to possess aircraft carriers and tanks, but it was not the country that successfully led the revolution in mechanized warfare. In the transformation of warfare practice, the easiest thing to achieve is the upgrading of weaponry and equipment, but comprehensive innovation in warfare practice requires holistic innovation at the institutional level to create an overall effect. An army that only upgrades equipment without institutional reform will find it difficult to form a sustained and effective combat capability, and will not be able to truly lead a revolution in warfare practice.

The integration of people and weapons is key. People are the main actors in warfare. In the era of intelligent warfare, the decisive role of people in warfare remains unchanged; they are still the driving force behind the evolution of warfare. From the perspective of the two major categories of people and weapons, military technology belongs more to the “weapons” aspect, while other elements in warfare, such as military strategy, organizational structure, tactics, and combat methods, belong more to the “people” aspect. The more advanced the high-tech equipment, the more people are needed to master and utilize it. The era of intelligent warfare requires greater attention to the importance of wisdom and strategy, and greater reliance on people with intelligent-era concepts and thinking for command and design. Therefore, promoting the evolution of warfare requires focusing on people as the decisive element, fully integrating “people” and “weapons,” vigorously developing joint education in the context of intelligent warfare, and concentrating on cultivating scientific and technological personnel and command personnel who meet the requirements of intelligent warfare.

現代國語:

探究智能化戰爭實踐演進規律

■沈文科 宋騰淵 岳明峰

引言

近年來的世界局部戰爭和軍事沖突表明,現代戰爭實踐正逐步向信息化智能化形態演變。面對新一輪軍事革命浪潮,為充分探究智能化戰爭實踐演進規律,需要進一步釐清戰爭實踐演進的基礎支撐,充分評估戰爭實踐的技術優勢,找准推動當前戰爭實踐演進的重難點。

智能化戰爭實踐的演進需要社會實踐基礎作為支撐

作為社會活動的一個重要組成部分,軍事活動與社會活動有著十分密切的關系。同樣,作為軍事活動的一種具體形式,戰爭實踐也不能離開社會實踐的大系統去孤立地考察。

生產力發展水平決定實踐演進的高度。戰爭實踐是人類社會實踐的一部分,始終與社會生產水平相適應。人類怎樣進行物質生產活動,往往就怎樣組織戰爭,人類從事戰爭的方式,反映了它們的生產方式。恩格斯提出,暴力的勝利是以武器生產為基礎的,而武器的生產又是以整個生產為基礎的。因此,伴隨生產力的發展,戰爭實踐手段也在不斷發展。正如在冷兵器時代無法尋覓到一件信息化時代武器一樣,在信息化時代的戰場上也難以運用典型的冷兵器時代的武器。即使是信息化時代生產的匕首,也已然不同於冷兵器時代的匕首,從合金成分比例到鍛造成型技術,它本身蘊含了信息化時代的工藝水平,屬於信息化時代的武器。

生產關系系統變化影響實踐演進的結果。作為一種特殊形式的社會實踐,戰爭實踐發展變化緊緊圍繞社會實踐演進方向和速度展開。也就是說,一場戰爭實踐變革背後,也在同步進行著相似的社會變革實踐,而且需要伴隨整個生產關系的系統變革完成才能取得成功。馬克思精辟地指出,在一切社會形式中都有一種一定的生產決定其他一切生產的地位和影響,因而它的關系也決定其他一切關系的地位和影響,這是一種普照的光,它掩蓋了一切其他色彩,改變著它們的特點。過於超越時代的戰爭實踐設想,往往會因缺少符合同時代社會實踐發展所匹配的軟硬件支撐而難以成功。比如聯合作戰概念很難在冷兵器時代出現,即便有軍事理論家先驗地預想到這種理念,也無法在實踐中運用。而現代聯合作戰實踐實際上正是社會化聯合大生產在軍事上的縮影。因此,設計戰爭應當回歸社會實踐本身,從中尋找靈感和鏡像。若忽視生產關系的整體發展水平,超前設計智能化時代戰爭場景,將可能使場景目標變得科幻化、游戲化和虛構化。

智能化戰爭實踐的制勝效果需要戰爭的進一步檢驗

戰爭實踐演進的目標總是瞄准提高作戰優勢和制勝效果展開,然而這並不意味著演進過程會自然指向這一目標。有時候在戰爭實踐變革初期,其制勝效果並不明顯,需要在發展的過程中持續評估各種作戰手段的效果。

先發優勢不等於戰場上的必勝之勢。毫無疑問,誰先掌握了最新戰爭制勝機理,誰就能夠憑借技戰術優勢掌握戰場主動權,但這種先發優勢並不會必然導致戰爭最終勝利。先發優勢的確對贏得戰爭有巨大影響,但戰爭實踐發展史表明,技戰術先發優勢會被其他方面的失誤或劣勢抵消。在第二次世界大戰中,率先掌握了機械化戰爭制勝機理的德軍,盡管在西線歐洲戰場以及東線蘇德戰場的最初較量中獲得了優勢,然而這種初始優勢很快因其戰略上的失誤以及總體實力上的劣勢而被消耗殆盡。

先發優勢難以構成絕對的壓倒態勢。全球化時代,人類社會實踐緊密相連,一個國家或地區的技術創新很快會被外溢傳播,所以智能化時代的技戰術優勢往往是短期局域性的,一個國家或一個地區很難形成長期全域性的壟斷式領先。當前,網絡通信技術迅速發展,讓人類空前地彼此接近。同樣,在智能化戰爭實踐中,各類先進偵察手段將不斷洞穿作戰雙方的保密堡壘,有時一種新型武器出現以後,其制衡性武器或手段很快會被發明創造出來。

智能化優勢未必造成最佳作戰局勢。從當前來看,戰爭實踐的智能化含量尚未成為影響戰爭勝負的決定因素。目前,智能化戰爭實踐尚處於不成熟的萌芽期,戰爭制勝機理有待深入研究,許多裝備有待進一步開發驗證,各類試驗性的戰爭預實踐有待進一步檢驗和完善。相較而言,信息化戰爭實踐已相對成熟,各類武器裝備以及配套的戰役戰術手段已趨於穩定,信息化作戰方式仍有很大應用空間。因此在戰爭實踐演進中,要在不斷創新智能化戰爭實踐手段的同時,充分開發信息化戰爭實踐的作戰潛能。

智能化戰爭實踐的發展變革需要人與技術綜合推動

推動智能化實踐演進的因素有很多,需要在釐清發展支撐、評估作戰方式成效的前提下,綜合分析各類矛盾,抓住關鍵、區分要點,突出人的主導作用。

技術變革是最活躍因素。科技是核心戰斗力。作為戰爭實踐發展中最具革命性的因素,每一次重大科技創新都會對戰爭形態產生深遠影響。恩格斯曾指出,一旦技術上的進步可以用於軍事目的並且已經用於軍事目的,它們便立刻幾乎強制地,而且往往是違反指揮官的意志而引起作戰方式上的改變甚至變革。但是,將智能化軍事革命等同於高新技術革命,以至於過於注重對智能化技術的強調,過於追求各類智能化武器的研發,無疑是沒能正確把握智能化戰爭實踐的演進本質。技術雖然發揮重要作用,但並非起決定性的唯一因素,文化、政治以及人本身都在發揮作用。英國歷史學家傑裡米·布萊克在《世界戰爭史》一書中不斷提醒讀者,不要掉進技術決定論的陷阱,不能簡單地把軍事史上所有重大變革都歸因於技術革新。

制度化創新是難點。為充分發揮好智能化戰爭演進中的裝備作戰效能,需要將所有作戰要素凝聚為一個體系,將思想理論、作戰方式、編制體制、教育訓練等與軍事技術融為一體。著名軍事理論家杜普伊在《武器和戰爭的演變》一書中提出,無論兵器的殺傷力有多大提高,新兵器跟軍事戰術和編制的兼容統一,要比新兵器的發明和采用重要得多。裝備的優勢只有融入科學的組織形態,才能創造出最佳戰斗力。從歷史實踐看,英國是第一個擁有航空母艦和坦克的國家,但並不是成功引領機械化戰爭革命的國家。戰爭實踐變革中,最容易實現的是武器裝備的更新換代,但戰爭實踐全面創新需要在制度層面進行整體創新,形成總體效應。只有裝備更新而無制度變革的軍隊,是難以形成持久有效戰斗力的,也無法真正引領戰爭實踐革命。

人與武器結合是關鍵。人是戰爭實踐的主體。在智能化戰爭時代,人對戰爭實踐的決定性作用絲毫沒有改變,仍是推動戰爭實踐演進的主導。從人與武器這兩大范疇看,軍事技術更多屬於“武器”這一方面,而戰爭實踐中的其他要素,如軍事謀略、編制體制、組織結構、戰略戰術、作戰方式等則更多地屬於“人”這一方面。高新技術裝備越先進,越需要有人去掌握運用,智能化戰爭時代需要更多關注智慧和謀略的重要性,需要更多依靠具備智能化時代觀念和思維的人去指揮和設計。因此,推動戰爭實踐演進要聚焦人這一決定性要素,把“人”和“武器”充分結合起來,大力發展智能化戰爭背景下的聯合教育,聚力培養符合智能化戰爭要求的科技人才、指揮人才。

中國原創軍事資源:http://www.81.cn/

來源:中國軍網-解放軍報 作者:沈文科 宋騰淵 岳明峰 責任編輯:王一亙

2025-03-13

Studying military affairs, studying war, studying combat | A brief analysis of the intrinsic mechanism by which work style empowers combat effectiveness

學軍事、學戰爭、學戰鬥|淺析作風賦能戰鬥力的內在機制

現代英語:

President Xi Jinping pointed out, “For our military to become strong, its conduct must be impeccable.” Conduct is the intrinsic support and important source of combat effectiveness; excellent conduct can forge heroic troops, while lax conduct can destroy a victorious army. From an internal mechanism perspective, conduct is deeply rooted in all aspects of troop building and runs through the entire process of preparing for and fighting wars, profoundly influencing the generation and improvement of combat effectiveness. We must deeply grasp this ironclad rule that “excellent conduct is essential for forging heroic troops,” clarify the mechanism by which superior conduct is transformed into a winning advantage, and forge an invincible combat capability.

As an armed group carrying out political tasks, the military forms a powerful combat capability by following the mechanism of “excellent conduct—obedience to command—cohesive force.”

Political nature is an essential attribute of the military. Military conduct is the concrete manifestation of political requirements in the military’s behavioral patterns. The powerful combat capability it generates stems from the integrative role of politics: through the shaping of unified values, it solidifies individual will into a highly consistent collective will; through strict discipline, it ensures the military possesses the organizational and disciplined nature to obey orders; and through establishing common goals, it provides a tenacious fighting will and psychological foundation for charging into battle. The political nature’s requirements on military conduct forge the military into a politically unified whole, ensuring that the military possesses combat capabilities commensurate with the performance of its fundamental functions.

The generation of military combat effectiveness relies on the integration of individual strength under political guidance, and the principle of “excellent conduct—obedience to command—cohesive force” is precisely the logical manifestation of this principle. Excellent conduct is the “soft power” and spiritual foundation of military combat effectiveness. Firm political beliefs, unified value pursuits, and tenacious fighting spirit shape the collective character of soldiers, laying the ideological and political foundation for building a unified will. Furthermore, obedience to command becomes a conscious behavior, and the command system transforms spiritual power into orderly action through strict adherence to orders, transforming the troops from a “scattered” to a “formation,” and from “disorganized” to “organized.” When political beliefs are internalized and political and military orders are externalized, all members can form a coordinated and synergistic force under a common goal. This deep integration of will, wisdom, and action forms a complete chain from individual political cultivation to the collective combat power of the army, reflecting the general law of the army moving from “governance” to “strength”, and ultimately achieving an increase in overall combat effectiveness.

In informationized and intelligent warfare, the influence and constraints of political factors on war are becoming increasingly prominent, while autonomous operations and intelligent command and decision-making will be applied at an accelerated pace. The more emphasis is placed on autonomous decision-making at the tactical level, the more necessary it is to solidify the “guiding star” of political leadership and strictly prevent technological logic from diluting political logic. Strict political and organizational discipline must be enforced to internalize obedience to command as a sacred belief, imbuing intelligent command systems with a political soul, and maximizing concerted efforts to gain the initiative on the future battlefield.

The military’s primary responsibility is preparing for and fighting wars, and it forges its core combat capabilities by following the mechanism of “excellent conduct—diligent training—combat readiness.”

The military is born of war and exists for war; preparing for and fighting war is the ultimate manifestation of its fundamental function and value. The brutality, uncertainty, and coordination of combat demand that the military cultivate a disciplined and unwavering style of discipline through rigorous, realistic training, ensuring precise implementation of orders and a high degree of uniformity in action. It must maintain a spirit of courage and fearlessness, breaking through battlefield limits with the will to face life and death, and resisting the erosion of combat effectiveness by fear and retreat. It must adhere to a pragmatic approach, strictly yet flexibly implementing tactical norms, avoiding the damage to combat effectiveness caused by dogmatism and formalism. When the style of conduct is deeply aligned with the needs of combat in real-world training, it can open up the transformation channel from preparation for war to victory, and forge an elite force that is deterred from war and capable of fighting and winning.

Through systematic training, the military organically integrates the subjective initiative of soldiers with the objective performance of weapons and equipment, achieving the accumulation and release of energy. The “excellent conduct—diligent training—combat readiness” chain represents a hierarchical development of this process. Excellent conduct is the cornerstone, providing the intrinsic motivation and spiritual support for high-intensity, high-difficulty training through soldiers’ disciplined self-discipline, obedience to orders, and unwavering willpower. On this foundation, diligent training is effectively implemented, cultivating tactical awareness, coordination capabilities, and battlefield adaptability, transforming abstract advantages in conduct into concrete combat capabilities. At the same time, high-intensity training refines work style in reverse, forming a virtuous cycle of “work style promoting training, and training strengthening work style,” which further fosters the overall combat capability of the military. This progressive chain from work style to training to victory constitutes an important practical path for generating military combat effectiveness.

Looking towards the future training grounds, the profound evolution of technological and military revolutions is driving military training towards a comprehensive transformation towards multi-dimensional integrated training encompassing land, sea, air, space, cyberspace, and electronic warfare. Training is increasingly reliant on big data, virtual reality, and artificial intelligence technologies. Correspondingly, the development of work style must keep pace with these changes in training, shifting from traditionally focusing on discipline and attendance to emphasizing learning, research, combat readiness, and innovation. We must resolutely guard against formalism and empiricism, eliminating superficial practices such as “performing for show,” “training for show,” and “testing for show,” and strengthening problem-oriented approaches and practical effectiveness. The improvement of work style should focus on the primary responsibility of preparing for war and combat, ensure the implementation of systematic and technological training with a rigorous training style, promote the integration of combat and training with a pragmatic spirit, and ensure that the troops are strong and capable of winning in the generation of new combat capabilities.

The military is known for its tight organization and high degree of centralization and unity, and its strong combat effectiveness is fostered by the mechanism of “excellent conduct – internal purification – cohesion of morale”.

The military’s organizational advantages resonate with its superior work style, providing solid support for the generation and enhancement of combat effectiveness. The military’s rigorous hierarchical structure, centralized and unified command system, and rigid discipline create a seamless execution chain that ensures that the standards for work style development are precisely reflected in every unit and every soldier, avoiding the inefficiencies caused by fragmentation and decentralization. Based on this characteristic, work style development can quickly eliminate ideological impurities and behavioral malpractices, promoting a purified and improved internal environment. This work style advantage, transformed from organizational superiority, can rapidly build consensus and synergy, laying a solid foundation for boosting combat effectiveness.

The construction of a positive work style, through a chain of “excellent work style—internal purification—military morale cohesion,” eliminates deep-seated problems that erode the organization, enhances organizational effectiveness and combat potential, and broadens the channels for improving combat capabilities. Strict discipline and regulations provide value guidance and behavioral benchmarks for internal purification within the military. Leveraging the highly organized nature of the military, excellent work style can be transmitted from top to bottom within a tight organizational system, incorporating individual behavior into the framework of collective will. This organizational tightness leaves no room for bad practices and lax habits to hide, thereby achieving a deep cleansing and reshaping of the organizational structure. As internal purification deepens, the military will rid itself of the hidden dangers of internal friction and eliminate factors that could cause disunity. Officers and soldiers will form emotional resonance and trust bonds through shared values ​​and behavioral norms, thereby achieving deep cohesion of morale. Under the constraints of shared values ​​and strict discipline, the troops will become an unbreakable fighting collective, completing the transformation from shaping conduct to uniting strength.

The future military organizational structure will exhibit new trends of modular reorganization, networked collaboration, and intelligent empowerment, breaking down traditional hierarchical barriers and forming a flat, efficient, and cross-domain collaborative operating model. This not only improves combat response speed but also poses new challenges to work style development, requiring adaptive reforms to strengthen internal purification. Work style development should closely align with structural transformation. On the one hand, it is necessary to build a full-cycle intelligent supervision system, relying on data-driven methods to accurately identify work style risks across modules and fields, achieving early intervention and prevention. On the other hand, it is necessary to deepen the governance model that emphasizes both rigid discipline and flexible guidance, continuously purifying the internal ecosystem and enabling modular units to coalesce into a seamless fighting collective.

The military is rooted in the overall system of economic and social development, and forges inexhaustible combat power by following the mechanism of “excellent conduct—winning the hearts of the people—overall victory”.

The nation is the solid foundation of the military, and the overall economic and social development system contains enormous strategic resources and war potential, which constitute the material basis of the military’s hard power. However, this potential combat capability does not automatically transform into actual winning advantages; its effective activation and exploitation are inseparable from the military’s own spirit and conduct. A disciplined and exemplary military can win the heartfelt support of the people with its image as a just and civilized force. When the military’s excellent conduct translates into the trust and support of the people, the potential resources can be rapidly transformed into actual combat power through an efficient mobilization system, forming a powerful force of unity between the military and the people to jointly resist foreign aggression.

The ultimate logic of victory or defeat in modern warfare has shifted from single-service confrontations to systemic competition based on the overall strength of a nation. Excellent conduct, as an intangible asset and spiritual symbol of the military, is the key to unlocking popular support, forming a progressive mechanism of “excellent conduct—winning popular support—overall victory.” Excellent conduct is a prerequisite for winning popular support. A disciplined, incorruptible, and self-sacrificing military can effectively cultivate a just and reliable collective personality, thereby establishing a high degree of trust in the hearts of the people. Popular support is the key to overall victory. Public trust translates into human and material support for the war effort and psychological deterrence against the enemy, consolidating scattered social resources into a powerful force to support the war. Overall victory is the concentrated manifestation of integrated national defense. When the soft power of popular support is deeply integrated with the hard power of a nation’s economy and technology, the optimal allocation and efficient transformation of national strategic resources can be achieved, forming an overwhelming advantage across all dimensions and securing victory in systemic confrontation.

We must be keenly aware that the advancement of the times is propelling the military towards greater specialization. This resulting territorial divisions can weaken previously close ties due to differences in professional contexts and operational scenarios. We must break down professional barriers with a people-oriented approach, transforming professional capabilities into concrete actions serving the public, and leveraging our expertise in emergency rescue, public welfare, and other scenarios. Simultaneously, we must focus on establishing regular communication and joint construction mechanisms between the military and civilians, allowing military-civilian ties to continuously deepen through two-way interaction. Furthermore, a civilized army should demonstrate its qualities through strict discipline and a clean and honest work style, meeting the public’s expectations of the military, thereby winning the people’s heartfelt recognition and support, and obtaining the inexhaustible source of strength for building a strong army and winning battles.

現代國語:

淺析作風賦能戰斗力的內在機理

■張聰 劉軍民 劉光明

引言

習主席指出,“我軍要強起來,作風必須過硬”。作風是戰斗力生成的內在支撐與重要源泉,作風優良才能塑造英雄部隊,作風松散可以搞垮常勝之師。從內在機理看,作風深植於部隊建設各環節、貫穿於備戰打仗全過程,深刻影響著戰斗力的生成與提升。要深刻把握“作風優良才能塑造英雄部隊”這一鐵律,釐清作風優勢轉化為制勝優勢的機理,鍛造出無堅不摧的戰斗力。

軍隊作為執行政治任務的武裝集團,遵循“作風優良—聽從指揮—同向聚力”的機理形成強大戰斗力

政治性是軍隊本質屬性。作風是政治要求在軍隊行為模式中的具象化呈現,所催生的強大戰斗力,源於政治內在的整合作用:它通過統一的價值塑造,將個體意志凝聚為高度一致的集體意志;通過嚴明的紀律約束,確保軍隊具有令行禁止的組織性與紀律性;通過確立共同的目標指向,使沖鋒陷陣具備堅韌的戰斗意志和心理基礎。政治性對軍隊作風的要求,將軍隊鍛造為政治上的一塊整鋼,確保軍隊具備與履行根本職能相適應的戰斗力。

軍隊戰斗力的生成依賴於政治引領下個體力量的整合,而“作風優良—聽從指揮—同向聚力”正是這一原理的邏輯呈現。作風優良是軍隊戰斗力的“軟實力”與精神底色,堅定的政治信仰、同一的價值追求、頑強的戰斗精神,塑造了軍人的集體品格,為凝聚統一意志奠定了思想政治基礎。進而,聽從指揮成為自覺行為,指揮系統則通過令行禁止將精神力量轉化為有序行動,使部隊由“眾”成“陣”、由“散”趨“整”。當政治信念內化於心、政令軍令外化於行,全體成員便能在共同目標下形成步調協同的同向聚力。這種意志、智慧與行動的深度融合,構成從個體的政治修養到部隊的集體戰力的完整鏈條,體現出軍隊由“治”而“強”的普遍規律,最終實現整體作戰效能的增長。

在信息化智能化戰爭中,政治因素對戰爭的影響和制約愈發突出,而自主作戰與智能指揮決策也將同步加速應用。越是強調戰術層面的自主決斷,越需築牢政治引領的“定盤星”,嚴防技術邏輯沖淡政治邏輯。要通過嚴明的政治紀律與組織紀律,將聽從指揮內化為神聖信念,使智能化指揮系統擁有政治靈魂,以最大限度的同向聚力贏得未來戰場主動。

軍隊以備戰打仗為主責主業,遵循“作風優良—刻苦訓練—能征善戰”的機理錘煉硬核戰斗力

軍隊因戰而生、為戰而存,備戰打仗是其根本職能與存在價值的終極體現。作戰的殘酷性、不確定性與協同性,要求軍隊必須在實戰化的刻苦訓練中形成令行禁止的作風,確保指令精准落地、行動高度統一。必須永葆英勇無畏的戰斗精神,以直面生死的意志突破戰場極限,抵御恐懼與退縮對作戰效能的消解。必須堅守求真務實的作風,嚴格而又靈動地執行戰術規范,避免教條主義、形式主義對戰斗力的破壞。當作風在真打實訓中與作戰需求深度契合,便能打通從備戰到制勝的轉化通道,鍛造出懾戰止戰、敢戰能勝的精兵勁旅。

部隊通過系統性訓練將軍人的主觀能動性與武器裝備的客觀性能有機融合,實現能量的積蓄與釋放,而“作風優良—刻苦訓練—能征善戰”正是這一鏈路的層級式展開。優良作風是基石,能以軍人服從命令、令行禁止的紀律自覺與不畏艱險、堅韌不拔的意志品質,為高強度、高難度的訓練提供內在驅動與精神支撐。在此基礎上,刻苦訓練得以有效展開,使戰術意識、協同能力與戰場應變能力得到培育,將抽象的作風優勢轉化為具體的作戰能力。同時,在高強度訓練中反向淬煉作風,形成“作風促訓練、訓練強作風”的良性循環,進一步催生出軍隊整體的能征善戰特質。這一由作風到訓練再到制勝的遞進鏈條,構成了軍隊戰斗力生成的重要實踐路徑。

前瞻未來訓練場,科技革命和軍事革命的深度演進,驅動軍事訓練向陸、海、空、天、網、電等全維融合訓練深刻轉型,訓練愈發依托大數據、虛擬現實與人工智能技術。相應地,作風建設必須緊跟訓練之變,由傳統抓紀律、抓出勤,向抓學風、抓研戰、抓創新拓展。要力戒形式主義與經驗主義,杜絕“演為看”“練為看”“考為看”等虛假之風,強化問題導向與實戰實效。作風建設應聚焦備戰打仗主責主業,以嚴實訓風保障體系練兵、科技練兵落地,以求真務實精神推動戰訓耦合,確保部隊在新質戰斗力生成中過得硬、打得贏。

軍隊以組織嚴密和高度集中統一著稱,遵循“作風優良—內部淨化—軍心凝聚”的機理催生強韌戰斗力

軍隊的組織優勢能與作風優勢形成共振,為戰斗力的生成和提升提供堅實支撐。部隊嚴密的層級架構、集中統一的指揮體系和剛性的紀律約束,形成上下貫通、令行禁止的執行鏈路,使得作風建設的標准要求能夠精准體現到每一個單元、每一名官兵,避免分散化、碎片化帶來的低效問題。依托這一特點,作風建設可快速清除思想雜質和行為陋弊,推動內部生態淨化提質。這種由組織優勢轉化而來的作風優勢,能迅速凝聚起思想共識與行動合力,為提振戰斗力築牢堅實基礎。

作風建設通過“作風優良—內部淨化—軍心凝聚”的鏈環,清除侵蝕肌體的沉痾積弊,提升強大的組織效能與戰斗潛能,拓寬戰斗力提升的通道。嚴明的紀律與規范,能夠為部隊內部淨化提供價值導向與行為標尺。依托軍隊高度組織化的特點,優良作風得以在嚴密的組織體系中自上而下傳導,將個體行為納入集體意志的軌道。這種組織嚴密性使不良風氣與散漫習氣無處遁形,從而實現對組織肌體的深度清理與重塑。當內部淨化持續深化,軍隊將擺脫內耗隱患、消除離心因素,官兵在共同的價值追求與行為規范中形成情感共鳴與信任聯結,進而實現軍心的深度凝聚。在共同的價值追求與嚴明的紀律約束下,部隊成為牢不可破的戰斗集體,完成從作風塑造到力量聚合的升華。

未來軍隊組織結構將呈現模塊化重組、網絡化聯動、智能化賦能的新趨勢,打破傳統層級壁壘,形成扁平高效、跨域協同的運行模式,這既提升了作戰響應速度,也對作風建設提出新的挑戰,更需以適應性變革強化內部淨化。作風建設應緊扣結構轉型,一方面要構建全周期智能監督體系,依托數據化手段精准排查跨模塊、跨領域的作風隱患,實現抓早抓小、防微杜漸;另一方面要深化剛性紀律與柔性引領並重的治理模式,持續淨化內部生態,讓模塊化單元凝聚成無縫鏈接的戰斗集體。

軍隊植根於經濟社會發展大體系,遵循“作風優良—贏得民心—整體制勝”的機理鑄就不竭戰斗力

國家是軍隊的堅實依托,經濟社會發展大體系蘊藏著巨大的戰略資源和戰爭潛力,這是構成軍隊硬實力的物質基礎。然而,這種潛在的戰斗力並不會自動轉化為現實的制勝優勢,其有效激發與挖掘,離不開軍隊自身的精神面貌與作風形象。一支紀律嚴明、作風優良的軍隊,能夠以其正義之師、文明之師的形象獲得人民的衷心擁戴。當軍隊的優良作風化為民眾的信任與支持,潛在的資源便能通過高效的動員體系迅速轉化為現實的戰斗力,形成軍民一體、共御外侮的磅礴力量。

現代戰爭勝負的終極邏輯,已從單一軍種對抗轉向以國家整體實力為依托的體系較量。優良作風作為軍隊的無形資產與精神標識,是開啟民力之門的密鑰,構成“作風優良—贏得民心—整體制勝”的遞進機理。作風優良是贏得民心的前提,一支紀律嚴明、秋毫無犯且具備犧牲精神的軍隊,能有效塑造正義與可靠的集體人格,從而在民眾心中建立高度的信任。民心匯聚是整體制勝的樞紐,民眾的信任轉化為對戰爭的人力、物資支援及對敵方的心理威懾,將分散的社會資源凝聚為支撐戰爭的強大力量。整體制勝是一體化國防的集中體現,當民心所向的軟實力與國家經濟、科技等硬實力深度融合,便能實現國家戰略資源的最優配置與高效轉化,形成全維度壓倒性優勢,在體系對抗中鎖定勝局。

要清醒看到,時代發展推動軍隊建設向專業化深度邁進,由此帶來的領域區隔易讓原本緊密的聯系可能因專業語境的差異、行動場景的分野而被弱化。必須以親民作風打破專業壁壘,將專業能力轉化為服務群眾的實際行動,在應急救援、民生保障等場景發揮專業優勢。同時,注重建立軍民常態化溝通、共建機制,讓軍民聯系在雙向互動中持續深化。還應以嚴明的紀律、清廉的風氣彰顯文明之師的素養,契合民眾對軍隊的期待,由此贏得人民發自內心的認可與支持,獲得強軍勝戰生生不息的力量之源。

中國原創軍事資源:http://www.81.cn/

來源:中國軍網-解放軍報 作者:張聰 劉軍民 劉光明 責任編輯:趙梓晴 發布:2026-04-23

A Glimpse into the Chinese Military’s Intelligent Warfare Landscape: A Closer Look at the Mechanisms of Intelligent Operational Coordination

中國軍隊智慧戰爭格局一瞥:深入探討智慧作戰協調機制

現代英語:

Interconnection refers to the movement or change of one of several related entities, in which the others also move or change accordingly. Interconnection is the underlying logic of a combat system and the focus of its construction. Due to various factors, the degree of interconnection in traditional warfare is not deep or high-level, resulting in mismatched rhythms and unsatisfactory effects. Intelligent warfare is different. Relying on ubiquitous information networks and multiple relationship rules, each combat unit and functional node can maximize the release of system structural forces through multi-point synchronization, multi-domain hinge, multi-path coaxiality, and multi-layer resonant interconnection, using optimal interconnection to ensure optimal movement.

Mesh configuration, multi-point synchronous linkage

In intelligent warfare, various combat units and functional nodes dispersed throughout the battlefield aim to create nonlinear spatiotemporal relationships for combat operations. Relying on a massive battlefield information network that combines high throughput and high speed, low latency and agility, and high reliability and losslessness, these networks autonomously construct numerous fractal networks with similar characteristics through modular grouping and plug-and-play functionality. Based on predetermined joint operation rules, and leveraging “multiple algorithms + powerful computing power + superior data,” they can proactively predict battlefield situations and combat trends. This allows each combat unit and functional node to accurately grasp the timing of joint operations, flexibly adjust joint strategies, and autonomously negotiate joint actions. It transforms combat operations at various points, locations, and times into self-organized and self-coordinated actions anchored to key targets. This fundamentally changes the traditional model of concentrating combat power through the physical concentration of firepower and manpower. Instead, it relies on real-time information perception, on-demand data distribution, high-level situational awareness, and intelligent task assignment to achieve physical dispersion of forces and logical concentration of effectiveness.

Through organic, real-time, and coupled connections at multiple points, the rapid, agile, and efficient movement of the entire operational system is effectively guaranteed, thereby achieving the best systemic counter-offensive effect through mobile synergy. For example, for “window-like” missions with tight deadlines, high value, and high risk, forces at relevant points are concentrated in real time according to the principle of optimization, and actions are taken simultaneously through spatial cross-regional and temporal skipping methods. This multi-point synchronous linkage has transcended the traditional form of combat system energy release. It relies on the battlefield network to flexibly integrate and configure combat units and functional nodes in different spaces throughout the entire battlefield, effectively coordinating combat resources to achieve instantaneous breakthroughs and all-directional assaults on key targets in the main directions. It can form a significant asymmetric advantage over the enemy in a short period of time, leaving the enemy unable to defend, control, or resist, and may even produce a system collapse effect, greatly reducing its combat capabilities, thereby achieving the ideal combat effect.

Full-dimensional deployment, multi-domain articulated linkage

In intelligent warfare, the combat space covers the entire domain, including the physical, information, and social domains, exhibiting distinct characteristics of cross-domain connectivity, multi-domain integration, and mixed-domain combat. Therefore, the construction of an intelligent warfare system involves the aggregation of various resources beyond the military sphere, and the concentration of diverse elements distributed across all dimensions of the battlefield. Through aggregation and concentration, combat functions are progressively superimposed and accumulated to generate systemic combat capabilities. Simultaneously, the outcome of confrontations in any domain and their interactions can have uncertain impacts on the progress and outcome of intelligent warfare. Therefore, it is necessary and only possible to rely on the overall strength of the nation, conducting powerful overall coordination and organization from a strategic, joint, and holistic perspective to continuously generate and improve comprehensive strategic capabilities.

Through precise docking, fine coordination, and accurate dispatching of various military and civilian systems, structural barriers that may exist in cross-military-civilian operations can be gradually eliminated, effectively filling the “gaps” and “gaps” that originally existed in the joint combat system. This will accelerate the transformation from loose cooperation among multiple domains to close cooperation, forming a hinged linkage similar to a metal hinge, in order to generate the greatest degree of integration and cohesion. For example, camouflage has evolved from a combat support measure to a crucial operational activity that all branches of the armed forces must participate in. Its content, target, mission scope, technical means, engineering measures, and tactical requirements are significantly different from traditional camouflage. It has become an important aspect of battlefield confrontation, permeating all stages of intelligent warfare. Commanders at all levels and command organs need to strengthen the overall planning and meticulous deployment of camouflage in peacetime, promote deep cooperation and coordinated actions between military and civilian systems, and truly achieve “hiding deep underground” and “moving high in the sky,” thereby “protecting oneself and achieving complete victory.”

Task-driven, multi-axis coaxial linkage

In intelligent warfare, the opposing sides occupy multiple battlefields, including land, sea, air, space, cyber, and electronic warfare. In particular, intelligent combat platforms break through the physical limits and geographical separation of traditional combat platforms, enabling combat forces to reach extremely far, high, and deep areas. They can achieve real-time online presence, immediate response, and instantaneous action, greatly blurring the spatial and temporal boundaries of the battlefield. Traditional battlefield contact lines, troop concentration points, and front and rear divisions are gradually disappearing. The battlefield is rapidly developing in two directions: “infinitely expanding area” and “highly condensed combat space.” Offensive and defensive operations may no longer have fixed and unchanging “foci,” and the release of combat power is extremely rapid, with extremely frequent battle transitions. The “tentacles” of combat forces will be spread throughout the entire battlefield. As long as there is a mission requirement and a realistic possibility, the “tentacles” can be quickly extended to any tangible or intangible area of ​​the battlefield. Therefore, it is also difficult to clearly define the “areas of responsibility” for the actions of each combat force.

Taking firepower strike operations as an example, once there is an “order” mission, it must come from a multi-dimensional, multi-directional, and multi-path manned/unmanned collaborative strike force. It is no longer confined to the traditional long-term combat loop of “discovery-guidance-strike-evaluation”. Instead, it is based on the empowerment support of intelligent kill networks, giving full play to its own advantages of large scale, high dispersion, and strong saturation, and carrying out “coaxial” linkage energy release. In the “movement”, it selects and determines the strike direction, target, order, method, and intensity of each strike platform in real time, as well as the task allocation, combination form, and path planning among multiple platforms, etc., to achieve the optimal strike capability of “whoever discovers, strikes; whoever is discovered, strikes” on the basis of intelligent interconnection. In this way, combat forces originally belonging to multiple combat spaces need to undergo spatial deconstruction, transfer, or transformation, focusing combat energy into a relatively small spatial area, thereby forming new spatial relationships and combat structures, and decoupling themselves after completing the mission. Therefore, the entire combat space is always in a state of dynamic drift. In addition, if this “coaxial” operation is aimed at multiple targets, it can not only enhance the effectiveness of strikes and make up for the unnecessary consumption of traditional strike methods, but also “dilute” the density of its system defenses, increasing the difficulty of the enemy’s “unpredictable” confrontation, thus taking the art of target selection and strike to its extreme: “achieving the desired effect with the least risk, the least time, and the least resource consumption.”

Bidirectional through-flow, multi-layer resonant linkage

In intelligent warfare, the battlefield situation changes rapidly and the combat process enters the “countdown” era. The time process of battlefield perception, situation analysis, planning, effect evaluation, and feedback adjustment is compressed to the extreme. In addition, the number of combat units and functional nodes is growing exponentially, resulting in a very complicated procedural hierarchy and extremely complex interaction relationships in combat command. Leveraging the evolution and penetration of intelligent technology in the military field, and relying on the integrated intelligent command and control network of “data network + computing network + brain network”, commanders at all levels and command organs can be flexibly authorized to conduct analysis, judgment and decision-making remotely and synchronously. In addition, the development of intelligent technology promotes the accelerated extension of autonomous intelligent decision-making to the tactical terminal of individual soldiers and equipment, making it a reality to achieve a high degree of shared cognition from top to bottom and bottom to top. Simultaneously, relying on a high-capacity, multi-functional battlefield communication network with an integrated trunk communication network as its core, various operational units and functional nodes can communicate vertically, horizontally, and omnidirectionally. Communication is possible not only at the adjacent level but also across several levels, gradually making true information exchange from top to bottom and bottom to top a reality. This enables a highly responsive, almost resonant, response to changes in the battlefield situation, demonstrating formidable combat capabilities.

This restructuring of operational command means relying on intelligent command and control systems to deeply integrate command chains, flexibly implement parallel operations, and drive the transformation from traditional vertical serial to two-way parallel, and from original periodic business processing to online real-time intelligent processing. This significantly eliminates non-value-added tasks in the traditional command process, while making the various types of business activities and their combinations in the new operational command process more rational and seamless. Based on this, commanders at all levels and command organs can proactively take a high-level perspective, comprehensively consider problems, and strategize countermeasures. For example, as a crucial component of the joint operations support system, operational engineering support can explore establishing a command and control approach that combines top-down, multi-dimensional, and hierarchical methods. This ensures that, in any mission scenario, command relationships can be rapidly established vertically among subordinate support units, focusing on support needs at key targets, directions, locations, and times, thus providing timely and efficient engineering support to all operational forces. Simultaneously, engineering support command organizations at all levels can autonomously assess and adjust their operations based on the operational situation and support effectiveness, achieving alignment with the supported targets and cooperating units. This move moves beyond purely top-down command-based control, leveraging self-organization, self-adaptation, and self-coordination to achieve precise and efficient engineering support, ensuring the sustained operational capabilities of key supported targets.

現代國語:

聯動,即若干相關聯的事物,一個運動或變化時,其他的也跟著運動或變化。聯動是作戰體系運轉的底層邏輯,也是作戰體系構建的著眼點。受制於各種因素,傳統作戰中聯動“聯”的程度不深、層次不高,導致“動”的節奏難合拍、效果不理想。智能化作戰則不同,各作戰單元和功能節點依靠泛在的信息網絡和多重的關系規則,通過多點同步、多域鉸合、多路共軸、多層諧振式聯動,能夠最大限度地釋放體系結構力,用最佳的“聯”來保證最優的“動”。

網狀配置,多點同步式聯動

智能化作戰中,分散在戰場全域的各作戰單元和功能節點,著眼創建非線性的作戰行動時空關系,依托高通量與高速率、低時延與敏捷性、高可靠與無損性兼備的超大規模戰場信息網絡,通過模塊編組、即插即用,自主組建具備相似性特征的無數個分形網絡,並依據預定的聯動運行規則,借助“多算法+強算力+優算據”,超前預判戰場態勢和作戰走勢,便於各作戰單元和功能節點精准把握聯動時機、靈活調整聯動策略、自主協商聯動行動,使各點位、各區位、各時位的作戰行動轉變為錨定關鍵目標的自組織自協同行為,從根本上改變傳統靠火力、兵力的物理集中實現戰斗力集中的模式,而是依靠信息實時感知、數據按需分發、態勢高度共享、任務智能指派,實現力量上的物理分散、效能上的邏輯集中。

通過多點位的有機聯、實時聯、耦合聯,有效保證作戰全體系的快速動、靈敏動、高效動,從而達成機動聚優的最佳體系對抗效果。比如,對時限緊、價值高、風險大的“窗口性”任務,按照最優化原則,即時集中相關點位力量,采取空間跨區、時間跳序的方式同步動作。這種多點同步式聯動,已經跳脫出傳統意義上的作戰體系釋能形式,是在戰場全域內,依托戰場網絡靈活集成配置於不同空間的作戰單元和功能節點,有效統合作戰資源,實現對主要方向、要害目標的瞬時突防和全向突擊,可在短時間內形成與敵的顯著不對稱優勢,使敵來不及防、沒辦法控、無能力抗,甚至能夠產生體系崩塌效應,大幅降低其作戰能力,從而實現理想的作戰效果。

全維布勢,多域鉸合式聯動

智能化作戰中,作戰空間覆蓋物理域、信息域、社會域等全域,呈現出跨域連接、多域融合、混域交戰的鮮明特點。因而,智能化作戰體系的構建,是超越了軍事范疇的各類資源的大聚合,是廣布在戰場全維的各種要素的大集中,並通過聚合和集中,實現作戰功能的逐級疊加並累積生成體系作戰能力,同時,任何領域的對抗結果及其相互作用都可能對智能化作戰的進程和結果造成不確定影響。因此,必須也只能依靠國家的整體力量,從戰略高度、聯合層面、全局角度進行強有力的統籌組織,從而不斷生成和提高綜合博弈實力。

可通過軍地各系統的精確對接、精細協調和精准調度,逐步消除跨軍地行動可能存在的結構壁壘等,有效填補彌合作戰體系原本存在的“缺口”和“縫隙”,推動實現多域間的松散協作向緊密協同加速轉變,形成類似於金屬合頁的鉸合式聯動,以產生最大的融合度和黏合力。比如,偽裝已經從過去的戰斗保障措施,上升到目前各軍兵種部隊都須共同參與實施的重要作戰行動,其內容對象、任務空間、技術手段、工程措施以及戰術技術要求,都與傳統的偽裝有著重大區別,已經成為戰場對抗的重要內容,貫穿於智能化作戰的各環節全過程,需要各級指揮員及指揮機關在平時就加強偽裝的統籌規劃和精心布局,推動軍地各系統間的深度配合和協同動作,真正實現“藏於九地之下”“動於九天之上”,從而“自保而全勝也”。

任務牽引,多路共軸式聯動

智能化作戰中,對抗雙方身處的陸、海、空、天、網、電等多維戰場,尤其是智能化作戰平台突破了傳統作戰平台的物理極限和地理分隔,使得作戰力量的觸及范圍極遠、極高、極深,並能夠實現全時在線、即時響應、瞬時行動,致使戰場的時空邊界被大大模糊,傳統的戰場接觸線、兵力集結點及前後方劃分逐步消失,戰場朝著“幅域范圍無限擴大”和“交戰空間高度濃縮”兩個方向急速發展,攻防作戰將可能不再存在固定不變的所謂“焦點”,戰力聚釋極其快速,戰斗轉換極為頻繁。作戰力量的“觸角”將布滿戰場全域,只要有任務需求、具現實可能,就能夠將“觸角”快速遍及戰場任何有形或無形的區位,因此也很難界限分明地劃定各作戰力量行動的“責任區”。

以火力打擊行動為例,一旦有“訂單”任務,必定是來自於多維、多向、多徑的有人/無人協同打擊力量,其不再拘泥於傳統的“發現—引導—打擊—評估”的長時作戰環路,而是基於智能化殺傷網的賦能支撐,充分發揮自身規模大、高分散、強飽和的優勢,進行“共軸式”聯動釋能,並在“動”中實時優選確定各打擊平台的打擊方向、目標、次序、方式、強度,以及多平台之間的任務分配、組合形式、路徑規劃等,實現智能互聯基礎上“誰發現即誰打、發現誰即打誰”的最優打擊能力。這樣,原本分屬於多個作戰空間的作戰力量,就需要進行空間的解構、轉移或變換,將作戰能量聚焦到相對較小的空間區域,並由此形成新的空間關系和作戰結構,完成任務後即自行解耦。因此,整個作戰空間也始終處於動態漂移狀態。此外,如果這種“共軸式”行動是針對多個目標的,則既可以增強打擊實效,彌補傳統打擊方式“得不償失”的無謂消耗,也可以“稀釋”其體系防御密度,增大敵“防不勝防”的對抗難度,從而將“以最小的風險、最少的時間和最少的資源消耗,實現所期望的效果”的目標選擇與打擊藝術演繹到極致。

雙向貫通,多層諧振式聯動

智能化作戰中,戰場態勢瞬息萬變、戰斗進程進入“讀秒”時代,戰場感知、情況分析、計劃制訂、效果評估、反饋調整的時間歷程被極限壓縮,再加上作戰單元和功能節點的數量呈指數級增長,導致作戰指揮的程序層級非常繁瑣、交互關系極為復雜。借力於智能科技在軍事領域的演進滲透,依靠“數網+算網+腦網”一體的智能化指揮控制網絡,可靈活授權各級指揮員及指揮機關異地同步進行分析、判斷和決策,再加上智能技術的發展,推動自主智能決策加速向單兵單裝的戰術末端延伸,使得自上而下和自下而上實現高度的共享認知逐步成為現實。同時,依托以綜合干線通信網為主體的大容量、多功能戰場通信網絡,各作戰單元和功能節點之間既能夠縱向聯絡,也能夠橫向聯系,還能夠全向聯通;不僅鄰近級別可聯系,跨越若干級別還可聯系,使得自上而下和自下而上實現真正的信息互通逐步成為現實。如此,就能夠對戰場態勢各種幅度的變化產生類似於諧振般的極大響應,表現出強大作戰能力。

這種作戰指揮方式的重構,意味著依托智能化指揮控制系統,深度打通指揮鏈路、靈活實施並行作業,撬動傳統的縱向串行向雙向並行轉變、原有的周期性業務處理向在線實時智能處理轉變,使得傳統指揮流程中的非增值業務被大幅剔除,新型的作戰指揮流程中的各類型業務活動及其組合銜接則更為合理順暢。基於此,各級指揮員及指揮機關便能夠主動站上全局高位,通盤考慮問題、整體思謀對策。比如,作戰工程保障作為聯合作戰保障體系的重要組成部分,可探索建立由上到下、多維到端、逐級和越級相結合的工程保障指揮方式,確保在任何任務情境下,都能夠從縱向上對所屬保障單元快速構成指揮關系,鉚住重要目標、方向、地段和時節的保障需求發力,確保為各作戰力量提供及時高效的工程保障。同時,各級工程保障指揮機構還能夠根據作戰態勢和保障效果,自主判斷、臨機調控,實現與保障對象、協同單元的步調一致,不再單純依靠自上而下的指令式控制,而是通過自組織、自適應、自協同的效果來換取工程保障的精准高效,確保重點保障對象的持續作戰能力。

李民 來源:中國軍網-解放軍報 作者:李民 責任編輯:孫智英 發布:2025-06-17

中國原創軍事資源:http://www.81.cn/

Chinese Military’s Winning Logic: Wars of Attrition and Wars of Dissipation Present Distinctly Different Characteristics of Modern Conflict

中國軍隊的勝利邏輯:消耗戰與消耗戰呈現截然不同的現代衝突特徵

現代英語:

From war of attrition to war of dissipation

The Changing Winning Logic Under Intelligent Conditions

■ Chen Yan

Technological advancements are changing the nature of warfare, and different forms of warfare have their corresponding winning logics. In the era of cold weapons, firearms, and mechanized warfare, limited reconnaissance capabilities, insufficient precision in strikes, and inadequate communication, attrition warfare, based on the linear depletion of materials and energy, became the primary method of victory in traditional warfare. The winning logic was that whoever could more sustainably convert material resources into battlefield lethality, and whoever could withstand greater material and energy depletion, would have a greater “weight” on the scales of victory. With the advent of the information and intelligent warfare era, this winning logic has undergone significant changes.

In the latter half of the 20th century, with the widespread application of information technology in the military field, information warfare began to emerge on the historical stage. In information warfare, the specific structure of operational systems, key nodes, and power transmission chains underwent concrete changes, and the winning logic of war changed accordingly: striking nodes was more effective than striking the entire battlefield, and a broken link was more fatal than insufficient firepower. Under these circumstances, the importance of eliminating enemy personnel and destroying enemy equipment in combat operations gradually decreased, while the importance of accurately striking enemy command centers, communication nodes, and information chains became increasingly prominent. Prigogine’s “dissipative structure theory” posits that an open system, once its order is disrupted, will descend into chaos, or “entropy increase.” The emergence of dissipative warfare is precisely the concrete application of “dissipative structure theory” in the military field, supported by information technology.

The difference between attrition warfare and dissipation warfare, though only one word, reveals drastically different winning logics. In terms of objectives, attrition warfare aims to eliminate the enemy’s manpower and deplete their resources; dissipation warfare, on the other hand, aims to disrupt systemic structures and accelerate “entropy increase.” Its goal is no longer simply to eliminate every enemy, but to precisely and efficiently destroy the “orderly structure” of the enemy’s operational system, like removing the fuel supply, rapidly transforming a highly coordinated “living system” into a disorganized “dead system.” In terms of methods, attrition warfare relies on firepower coverage, positional warfare, and large-scale troop assaults; dissipation warfare relies heavily on precision strikes, information attacks, cognitive interference, and unmanned platform harassment. A precision-strike drone can destroy an enemy’s expensive combat equipment, leading to an increasing frequency of new strike tactics such as “skillful strikes” and “precision strikes” appearing in local wars. In terms of the criteria for determining victory or defeat, attrition warfare focuses on annihilating combat personnel and occupying geographical space; while dissipation warfare pays more attention to the recovery time of the system and the integrity of the command and combat chain. In terms of cost, attrition warfare means high casualties, high resource consumption, and a protracted war; dissipation warfare pursues stealth, low cost, and high effectiveness, striving to induce chaos and incapacitation of the enemy’s system at minimal cost.

The ability of dissipation warfare to achieve victory through ingenuity hinges on the continuous development of technology. As Engels pointed out, “Once technological advancements can be used for military purposes and have been used for military purposes, they immediately, almost forcibly, and often against the will of the commander, cause changes or even revolutions in the methods of warfare.” Breakthroughs in reconnaissance and sensing technologies have made the battlefield transparent. Satellites, radar, and drones weave an omnipresent “sky net,” making “detection equals destruction” a reality. The development of precision strike technologies has made “pressure point” destruction possible. Upgrades in network and communication technologies have made system interconnection a combat multiplier, but also a fatal weakness: once communication links are severed, the entire system is paralyzed. The penetration of artificial intelligence and cognitive technologies has enabled decision-making speeds measured in milliseconds. The widespread adoption of unmanned and low-cost combat platforms has fundamentally altered the cost of competition. The superposition of advanced technologies has spurred a fundamental shift in the nature of warfare: from competing on existing resources to competing on structure, from competing on firepower to competing on information, and from competing on hard destruction to competing on soft kill.

The key elements for winning attrition warfare are mainly reflected in the following aspects. First, disrupting command. The command center is the “brain” of the combat system; cutting it off renders the entire system soulless. Precisely striking command posts, paralyzing command networks, and destroying communication relay stations are more efficient than eliminating frontline soldiers. In the informationized and intelligent battlefield, both sides target command nodes as high-value targets, considering long-range firepower for “decapitation” strikes. Second, creating information chaos. Making it difficult for the enemy to see and judge is more lethal than direct destruction. False information, deepfakes, and cognitive interference leave enemy commanders making decisions in a fog, leading to a predicament of “doubting everything.” The other side of battlefield transparency is the superposition of information overload and information pollution. Thirdly, it disrupts coordination. Modern warfare relies heavily on system coordination. If the links between combat units are severed, through electronic suppression, destruction of relay stations, and interference with data links, elite units can be turned into “information islands.” Combat units without coordination are like strong men without limbs—powerful but unable to function. Fourthly, it depletes effectiveness. By employing attrition warfare, the enemy is trapped in an inefficient cycle. Continuous harassment and exhaustion are used to deplete high-value resources at low cost, forcing the enemy to invest heavily in defense, ultimately exhausting their energy in this “inefficient cycle.” These four aspects are intertwined and mutually supportive. Disruption of command leaves the enemy leaderless; information chaos leaves them disoriented; broken cooperation forces them to fight independently; and depleting their energy exhausts their resources, making continued operations unsustainable.

The shift from attrition warfare to dissipation warfare is not about replacement, but rather superposition. In intelligent warfare, whoever can simultaneously create “entropy increase” in both the physical and information domains will gain the initiative on the battlefield. Precise destruction in the physical domain and disruption of information domain chains, combined, can cause the opponent’s system to collapse in a relatively short time. Achieving dissipation warfare requires not only technological support but also a revolution in operational concepts. How to form a closed loop of reconnaissance, strike, and assessment; how to simultaneously create “entropy increase” in multiple battlefields; how to accurately identify the fatal weaknesses of the enemy’s system… these questions ultimately come down to the human factor. Only by deeply integrating human initiative with technological advantages can we truly seize the initiative in informationized and intelligent warfare. In the foreseeable future, through human-machine symbiotic intelligent decision-making systems, the efficiency of algorithms will be further combined with human creativity. This will not only achieve millisecond-level responses in data processing and logical deduction, but also drive a qualitative leap in decision quality and innovation potential through collaborative optimization mechanisms that dynamically adapt to changing environments. Simultaneously, this deep integration will reshape military training and talent development models, propelling combat personnel from traditional skill-based to intelligent collaborative types. Ultimately, the victory in dissipative warfare will belong to those combat forces that can both ride the wave of technological advancements and transcend technological limitations, achieving a dialectical unity of “intelligence” and “strategic advantage” in the interwoven battlefield of virtual and real warfare.

現代國語:

從消耗戰到耗散戰——

智能化條件下制勝邏輯的改變

■陳 豔

技術條件改變著戰爭形態,不同的戰爭形態有其相應制勝邏輯。在冷兵器、熱兵器和機械化戰爭時代,受制於偵察手段有限、打擊精度不足、通信聯絡等技術條件的局限性,基於物質與能量線性損耗比拼的消耗戰成為傳統戰爭形態的主要制勝方式,其制勝邏輯是,誰能更加持久地將物質資源轉化為戰場殺傷力,誰能承受更大物質與能量損耗,誰就能在勝利的天平上具備更有分量的“砝碼”。進入信息化智能化戰爭時代,這一制勝邏輯發生了顯著改變。

20世紀下半葉,隨著信息技術在軍事領域廣泛運用,信息化戰爭開始登上歷史舞台。在信息化戰爭中,作戰體系的具體結構、重要節點、力量傳導鏈路等發生了具體變化,戰爭的制勝邏輯隨之發生了相應改變:打擊節點比打擊全局更有效,鏈路斷開比火力不足更致命。在這種情況下,消滅敵方人員、摧毀對手裝備在作戰行動中的重要性不斷降低,而精確打擊敵方指揮中樞、通信節點、信息鏈路等的重要性愈加凸顯。普裡戈金的“耗散結構理論”認為,一個開放系統一旦有序性被破壞,便會走向混亂,即“熵增”。耗散戰的出現,正是在信息技術加持下,“耗散結構理論”在軍事領域的具體應用。

消耗戰和耗散戰,一字之差,制勝邏輯呈現出截然不同的特點。從目標看,消耗戰追求消滅敵方有生力量,耗盡對手資源;耗散戰則追求破壞體系結構、加速“熵增”,它的目標不再是單純消滅每一個敵人,而是精確、高效地破壞敵方作戰體系的“有序結構”,如釜底抽薪一般,讓高度協同的“活系統”迅速退化為一盤散沙的“死系統”。從手段看,消耗戰依賴火力覆蓋、陣地戰、大規模兵力突擊;耗散戰則倚重精確打擊、信息攻擊、認知干擾、無人平台襲擾。一架實施精准打擊的無人機,可以摧毀敵方造價高昂的作戰裝備,這使得“巧打”“精打”等新打擊手段“亮相”局部戰爭的頻率越來越高。從勝負判斷依據看,消耗戰注重殲滅作戰人員、佔領地理空間;耗散戰則更加關注體系的恢復時間、指揮與作戰鏈路的完整程度等。從代價看,消耗戰意味著高傷亡、高物資消耗、漫長的戰爭進程;耗散戰則追求隱蔽、低成本、高效果,力求以最小代價引發敵方體系的混亂與失能。

耗散戰之所以能以巧取勝,前提是技術條件的不斷發展。正如恩格斯所指出的,“一旦技術上的進步可以用於軍事目的並且已經用於軍事目的,它們便立刻幾乎強制地,而且往往是違反指揮官的意志而引起作戰方式上的改變甚至變革”。偵察與感知技術的突破,讓戰場變得透明。衛星、雷達、無人機編織成無處不在的“天網”,讓“發現即摧毀”變為現實。精確打擊技術的發展,讓“點穴式”摧毀成為可能。網絡與通信技術的升級,讓體系互聯成為作戰倍增器,同時也成為致命弱點:一旦通信鏈路被切斷,整個體系便陷入癱瘓。人工智能與認知技術的滲透,讓決策速度以毫秒計算。無人化與低成本作戰平台的普及,徹底改變了博弈成本。高新技術的疊加,催生了戰爭形態的根本轉變:從拼存量到拼結構,從拼火力到拼信息,從拼硬摧毀到拼軟殺傷。

耗散戰的制勝要素,主要體現在以下幾個方面。一是斷指揮。指揮中樞是作戰體系的“大腦”,切斷它,整個體系便失去靈魂。精確打擊指揮所、癱瘓指揮網絡、摧毀通信中繼站,這些手段比消滅前線士兵更高效。信息化智能化戰場上,作戰雙方都將指揮節點鎖定為高價值目標,考慮采用遠程火力實施“斬首”打擊。二是亂信息。讓對手看不清、判不准,比直接摧毀更具殺傷力。虛假信息、深度偽造、認知干擾,使敵方指揮員在“迷霧”中決策,陷入“懷疑一切”的困境。戰場透明化的另一面,是信息過載與信息污染的疊加。三是破協同。現代作戰高度依賴體系協同。如果切斷作戰單元之間的鏈路,通過電子壓制、摧毀中繼站、干擾數據鏈等,能夠讓精銳部隊變成“信息孤島”。沒有協同的作戰單元,如同失去手腳的壯漢,空有力氣卻無法施展。四是耗效能。通過耗散戰使對手陷入低效循環,持續襲擾、疲敝對手,用低成本消耗高價值資源,迫使對方投入大量資源進行防御,最終在“低效循環”中耗盡能量。這四個方面相互交織、互為支撐。斷指揮讓對手群龍無首,亂信息讓對手無所適從,破協同讓對手各自為戰,耗效能讓對手資源窮盡、難以為繼。

從消耗戰到耗散戰,不是取代,而是疊加。在智能化戰爭中,誰能在物理域、信息域同時制造“熵增”,誰就能贏得戰場主動。物理域的精確摧毀,信息域的鏈路阻斷,二者形成合力,能在較短時間內使對手體系崩潰。實現耗散戰,不僅需要技術的支撐,更需要作戰理念的革新。如何將偵察、打擊、評估形成閉環,如何在多域戰場同步制造“熵增”,如何精准識別敵方體系的致命弱點……這些問題最終都要回歸到人的因素。只有將人的能動性與技術優勢深度融合,才能真正掌握信息化智能化戰爭的主動權。在可以預見的將來,通過人機共生的智能決策系統,算法的高效性將與人的創造性進一步結合,這不僅能實現數據處理與邏輯推演的毫秒級響應,更通過動態適應多變環境的協同優化機制,推動決策質量與創新潛力實現質的飛躍。同時,這種深度融合還將重塑軍事訓練與人才培養模式,推動作戰人員從傳統技能型向智能協同型轉變。最終,耗散戰的制勝權將屬於那些既能駕馭技術浪潮,又能超越技術局限,在虛實交織的戰場中實現“智”與“勢”辯證統一的作戰力量。

來源:中國軍網-解放軍報 作者:陳豔 責任編輯:於雅倩 發布:2026-03-31

中國原創軍事資源:http://www.81.cn/

A Brief Analysis of Chinese Military Characteristics of Warfare in the AI ​​Era

人工智慧時代中國軍事作戰特徵簡析

現代英語:

AI is propelling warfare into an era of intelligent warfare. The winning mechanism of traditional warfare is “the big eat the small,” a contest of troop size and firepower density; the winning mechanism of information warfare is “the fast eat the slow,” pursuing a strike effect of detection and destruction; while the winning mechanism of AI warfare is “the sophisticated eat the crude”—whoever can achieve more refined perception, more accurate judgment, and more precise strikes through algorithms will gain the initiative on the battlefield. In this context, clarifying the characteristics of warfare in the AI ​​era can help us better grasp and utilize this winning mechanism, thereby gaining the upper hand and taking the initiative on the future battlefield.

Feature 1: Comprehensive Perception – From “A Fog of Darkness” to a “Transparent Battlefield”

AI is reshaping battlefield perception, achieving unprecedented battlefield transparency. Its core lies in breaking down barriers between military branches and operational domains, effectively integrating heterogeneous data streams from land, sea, air, space, cyber, and electronic domains. Through real-time fusion and processing, a unified, dynamic, and panoramic battlefield situation map is constructed. Ideally, commanders will no longer see fragmented local information, but a complete presentation of the entire battlefield situation, providing comprehensive information support for their decision-making. It is worth noting that this transparency highly depends on the purity and timeliness of the data. The party that possesses key, accurate, and real-time updated data holds the key to “see through” the battlefield; while the party that can effectively implement data pollution, inject false information, or conduct electromagnetic spectrum deception can plunge the adversary into a deeper “fog of war,” causing confusion or even blindness in their situational awareness. Therefore, we must clearly recognize that battlefield transparency brought about by AI is not equivalent to “omniscience”: while artificial intelligence can provide near-complete “battlefield pixels,” the authenticity, timeliness, and even the correlation of the information behind each “pixel” still rely on robust information verification and analysis mechanisms to ensure its accuracy.

To achieve this, a deep human-machine collaborative information analysis mechanism needs to be established. With the support of AI technology, “human + machine” becomes a new combat formation. AI acts as a high-speed, tireless “super advisor,” while humans are the ultimate decision-makers who gain a comprehensive understanding and grasp the overall direction. In this process, AI leverages its advantages of speed, accuracy, and the ability to operate at high intensity for extended periods, demonstrating its prowess in the initial screening of massive amounts of data, the automatic identification of key features, and the rapid early warning of potential threats. Humans, on the other hand, need to exercise their initiative, recognizing the “ethics of war” that AI might overlook, upholding the “political stance” that AI might ignore, and clarifying the “value judgments” that AI might overlook, ensuring that all decisions are human-led and always serve the overall strategic interests.

Feature Two: Rapid Closure of the Kill Chain – From “Hours” to “Milliseconds”

The deep integration of AI technology is driving a leapfrog upgrade in the speed of the kill chain closure in modern warfare: from the “hours” of the mechanized era and the “minutes” of information warfare to the “milliseconds” of the intelligent era. This change stems from the deep reconstruction of combat processes by algorithms, transforming the traditional linear kill chain into a dynamic response network. This enables AI to demonstrate strong battlefield autonomy, autonomously identifying high-value targets, autonomously planning optimal response plans, and autonomously allocating resources to the most suitable combat units for execution. This brings the “detect and destroy” combat objective closer to reality: once a target is captured by sensors, its coordinates, attributes, threat level determination, optimal strike plan generation, weapon platform allocation, and firepower release can be completed simultaneously in a short time, achieving an instantaneous closed loop from perception to action.

From this perspective, algorithms are weapons—code may be more lethal than missiles. Modern warfare has evolved from a contest of performance between single weapon platforms to an intelligent confrontation of entire combat systems. A smart kill chain system capable of millisecond-level closed-loop systems is powerful not only in the number of sophisticated weapons it can deploy, but also in its ability to autonomously complete the “decision-action” cycle. In this process, the autonomous decision-making logic built by code, the cross-domain collaborative network driven by data flow, and the real-time dynamic response supported by computing power constitute the core elements of generating new combat capabilities. At this point, soft-kill attacks on algorithmic systems can have strategic effects, such as disrupting enemy decision-making models, damaging enemy cloud computing nodes, and severing enemy battlefield data chains. The impact of such attacks may be even greater than destroying an enemy’s heavy arsenal with missiles. Therefore, in planning future warfare, algorithmic control must be placed on an equally important strategic position as information control and other emerging forms of control. Efforts must be made to build an intelligent combat system with millisecond-level autonomous decision-making capabilities and strong anti-interference resilience to ensure that the rhythm of combat is firmly controlled in complex adversarial environments.

Feature Three: The Boundary Between Reality and Virtuality Disappears—From the “Real Battlefield” to the “Global Battlefield”

In the era of information- and intelligent warfare, the clear-cut physical and virtual boundaries of the traditional battlefield are rapidly dissolving, gradually evolving into a “full-domain battlefield” where the physical, information, and social domains are highly integrated and interact with each other. The firepower clashes in physical space and the bit attacks and defenses in digital space are no longer two parallel lines, but rather a unified whole that is intertwined, mutually shaping, and deeply coupled.

This characteristic is first manifested in the coexistence of the virtual and real combat space. In the virtual space, a parallel space constructed by data streams, AI systems can not only map the situation of the physical world in real time, but also predict the enemy’s movement trajectory, evaluate the effectiveness of different combat plans, and even rehearse combat scenarios that have not yet occurred through deep learning and simulation. This precise mapping and advanced simulation of the physical world by the virtual space greatly expands the dimensions of battlefield perception and decision-making. Secondly, it is manifested in the cross-domain penetration of combat operations. A successful cyberattack may directly paralyze the enemy’s command and control system, turning its real-world tank formations into “steel graveyards”; similarly, the physical destruction of key power grids, communication nodes, etc., will also severely damage the opponent’s combat capabilities in the virtual space. Finally, it is manifested in the increasing blurring of combat subjects and means. With the support of AI technology, cyber hacker organizations and even individuals may become “asymmetric participants” with significant influence; attack methods are also becoming more generalized: a carefully designed piece of malicious code, a data poisoning attack targeting a key industrial control system, or a false intelligence inducement using AI can all trigger a chain reaction in the physical world. Attackers can remain hidden within networks, making them difficult for defenders to trace. This high degree of anonymity and unpredictability significantly increases the cost of defense. Faced with this complex situation, there is an urgent need to transform traditional defensive thinking and combat models, accelerate the construction of a unified confrontation system covering both physical and virtual spaces, develop intelligent combat methods that can penetrate physical and virtual barriers and implement cross-domain collaboration, and forge cross-dimensional suppression capabilities that allow physical destruction and digital suppression to take effect simultaneously.

Feature 4: Accelerated Iterative Evolution – From “No Progress, No Regression” to “Slow Progress, No Regression”

The development of military capabilities in the AI ​​era is a continuous and accelerating process. This is not a linear development of equipment generational replacement in the traditional sense, but rather a self-upgrading of intelligent technology: when relevant intelligent systems undergo millions of self-training sessions in a short period, the speed of technological iteration and offensive-defensive transitions is unprecedentedly accelerated. Yesterday’s impregnable “steel walls” may become “rubble” in the data deluge tomorrow; today’s proud “intelligent advantages” may become “outdated symbols” on a training sandbox the day after tomorrow. From this perspective, the form and logic of warfare in the AI ​​era are shifting from “if you don’t advance, you fall behind” to “if you advance slowly, you fall behind.” However, we must recognize that the more sophisticated the intelligent system, the more it relies on factors such as networks and algorithms. When satellite links are blinded, training databases are contaminated, and cloud computing nodes are destroyed, a highly intelligent war machine may instantly transform from “intelligent” to “incompetent.”

At the practical level, it is essential to construct an agile evolutionary mechanism of “anticipation and adaptation.” We must abandon the static mindset that “advanced equipment is the end goal” and view military capability development as a continuously iterating “living entity.” We must establish a keen network for sensing cutting-edge technologies and, through deep integration into the global innovation ecosystem, capture potential “technological singularities” that could disrupt the rules of warfare at the earliest possible moment. Simultaneously, we must establish a rapid feedback loop that seamlessly connects “research, testing, training, and combat,” ensuring that data from every exercise, simulated confrontation, and even virtual simulation becomes “nutrients” for the self-optimization of intelligent systems such as algorithms and models. This drives the dynamic adjustment of operational concepts, organizational structures, and tactics in near real-time, thereby generating a continuous and rapid endogenous driving force for evolution.

Postscript

In the AI ​​era, the nature of warfare has undergone profound changes—this leap towards intelligence presents both challenges and opportunities. We must embrace technology and accelerate the building of intelligent advantages, but we must also remain clear-headed, recognizing that human political, strategic, and value judgments are always the foundation for navigating future warfare and winning future battlefields. Only by closely integrating the sophistication of technological development with the depth of human wisdom can we consistently remain at the forefront of this wave of military transformation.

Source: 
PLA Daily | May 26, 2026, 05:35

現代國語:

AI正推動戰爭形態進入智慧化時代。傳統戰爭的製勝機理是“大吃小”,比拼的是兵力規模和火力密度;信息化戰爭的製勝機理是“快吃慢”,追求發現即摧毀的打擊效果;而AI戰爭的製勝機理是“精吃粗”——誰能通過算法實現更精細的感知、更精確的判斷、更精確的打擊權,誰就能掌握戰場權。在這種情況下,釐清AI時代的戰爭形態特徵,可以幫助我們更好掌握、運用這項制勝機理,進而在未來戰場占得先機、贏得主動。

特徵一:全局融合感知-從“迷霧重重”到“透明戰場”

AI正在重塑戰場感知模式,以實現前所未有的戰場透明化。其核心在於打破軍種與作戰域間的壁壘,有效整合陸、海、空、天、網、電等多維空間所產生的異質資料流,透過即時融合與處理,建構起一張統一、動態、全景式的戰場態勢圖。在理想狀態下,指揮官「目光所及」的將不再是割裂的局部資訊碎片,而是全域戰場態勢的完整呈現,為其決策提供全維度資訊支撐。值得注意的是,這種透明化高度依賴資料的純度與時效性。掌握關鍵、正確且即時更新數據的一方擁有開啟“透視”戰場的鑰匙;而能有效實施數據污染、注入虛假信息或進行電磁頻譜欺騙的一方,則能使對手陷入更深的“戰場迷霧”,造成其態勢認知的混亂甚至盲目。因此,我們必須清醒認識到,AI帶來的戰場透明化不等於“全知”:人工智能雖能提供近乎完整的“戰場像素”,但每個“像素”的真實性、時效性乃至其背後信息的關聯性,仍需依靠強大的信息驗證與研判機制來確保其準確性。

要做好這一點,需要建立人機深度協同的資訊研究機制。在AI技術的加持下,「人+機器」成為全新作戰編組。 AI是高速運算、不知疲倦的“超級參謀”,人則是洞察全局、把握方向的最終決策者。在這個過程中,AI發揮其快、準、可長時間高強度運行等優勢,在海量數據的初步篩選、關鍵特徵的自動識別、潛在威脅的快速預警等方面“大顯身手”;人則需要發揮主觀能動性,看見AI可能忽視的“戰爭倫理”,守住AI可能忽視的“政治立場”,廓清性,看見AI可能忽視的“戰爭倫理”,守住AI可能忽視的“政治立場”,廓清性,始終為清人的決策,

特徵二:殺傷鏈快速閉合-從“小時”到“毫秒”

AI技術的深度融入,正驅動現代戰爭殺傷鏈閉合速度發生跨越式升級:從機械化時代的“小時級”、信息化戰爭的“分鐘級”,躍升至智能化背景下的“毫秒級”。這項變化源自於演算法對作戰流程的深度重構,傳統線性殺傷鏈演變為動態響應網絡,使AI展現出強大的戰場自主性,能夠自主識別高價值目標、自主規劃最優處置方案、自主分配至最合適的作戰單元執行。這讓「發現即摧毀」的作戰目標不斷趨近現實:目標一旦被感測器捕獲,其座標、屬性、威脅等級判定、最優打擊方案生成、武器平台分配及火力釋放,可在較短時間內同步完成,實現從感知到行動的瞬時閉環。

從這個角度講,演算法即武器——代碼可能比導彈更致命。現代戰爭的較量,已從單一武器平台的表現比拼,躍升至整個作戰體系的智慧化對抗。一套能夠實現毫秒閉環的智慧殺傷鏈系統,其威力不僅在於它能調動多少高精尖武器,更在於它能更自主地完成「決策—行動」循環。在這個過程中,程式碼所建構的自主決策邏輯、資料流驅動的跨域協同網路、算力支撐的即時動態響應,它們共同構成了新型戰鬥力生成的核心要素。此時,針對演算法系統的軟殺傷可能產生戰略級效果,例如,破壞敵決策模型、毀傷敵雲運算節點、斬斷敵戰場資料鏈等,其打擊效果相較於用飛彈摧毀敵重型武器庫可能有過之而無不及。因此,運籌未來戰爭,必須將制演算法權置於與制資訊權等新興制權同樣重要的戰略位置,著力建構具備毫秒自主決策能力與強抗干擾韌性相輔相成的智慧作戰體系,確保在複雜對抗環境中始終牢牢掌控作戰節奏。

特徵三:虛實邊界消失-從“現實戰場”到“全局戰場”

進入資訊化智能化戰爭時代,傳統戰場中涇渭分明的物理與虛擬邊界正在加速消融,逐漸演變為一個物理域、資訊域和社會域高度融合、相互作用的「全局戰場」。實體空間的火力交鋒與數位空間的比特攻防不再是兩條平行線,而是相互交織、彼此塑造、深度耦合的統一整體。

這項特徵首先體現為作戰空間的虛實共生。在虛擬空間這個由資料流建構的平行空間裡,AI系統不僅能即時映射物理世界的態勢,更能透過深度學習和模擬推演,預測敵方的行動軌跡、評估不同作戰方案的效能,甚至預演尚未發生的戰鬥場景。這種虛擬空間對物理世界的精確映射與超前推演,大大拓展了戰場感知與決策的維度。其次,體現為作戰行動的跨域穿透性。一次成功的網路攻擊,可能直接癱瘓敵方的指揮控制系統,導致其現實中的坦克集群成為「鋼鐵墳墓」;同樣,對關鍵電網、通訊節點等的物理摧毀,也將重創對手在虛擬空間的作戰能力。最後,體現為作戰主體與手段的日益模糊化。在AI技術的加持下,網路駭客組織甚至個人,都可能成為具備重大影響力的「非對稱參與者」;攻擊手段同樣泛化:一段精心設計的惡意程式碼、一場針對關鍵工業控制系統的資料投毒、一次利用AI生成的虛假情報誘導,都可能引發物理世界的連鎖反應。攻擊者可以隱匿於網路中,讓防禦者難以溯源。這種高度的匿名性和不可預測性,大大增加了防禦的成本。面對此複雜情況,亟需轉變傳統的防禦思維與作戰模式,加速建構覆蓋實體與虛擬空間的統一對抗體系,發展能穿透虛實屏障、實施跨域協同的智慧作戰手段,鍛造物理摧毀與數位壓制同步生效的跨維壓制能力。

特徵四:迭代進化加速-從“不進則退”到“慢進則退”

AI時代的軍事能力發展,是一個持續的、加速的過程。這並非傳統意義上裝備代際更替的線性發展,而是智能技術的自我升級:當相關智能係統在較短時間內進行百萬次自我訓練,技術迭代、攻防轉換的速度被空前加速,昨日牢不可破的“鋼鐵城牆”,明日可能淪為數據洪流中的“斷壁殘垣”;今天引以為沙盤上的“智能化優勢”,女王上將陳垣”;今天將引以為沙天的“智能化優勢”。從這個角度講,AI時代的戰爭形態和戰爭邏輯正從「不進則退」轉變為「慢進則退」。但我們必須認識到,越是精密的智慧型系統,越是依賴網路、演算法等因素。當衛星連結被致盲、訓練資料庫遭污染、雲端算力節點被摧毀,高度智慧化的戰爭機器可能瞬間從「智慧」變成「無能」。

在實踐層面,必須建構「預見—適應」的敏捷進化機制。摒棄“裝備先進即終點”的靜態思維,將軍事能力建設視為持續迭代的“生命體”,建立敏銳的前沿技術感知網絡,通過深度融入全局創新生態,在第一時間捕捉可能顛覆戰爭規則的“技術奇點”。同時,建立“研、試、訓、戰”無縫銜接的快速反饋閉環,讓每一次演習、模擬對抗甚至虛擬推演的數據,都成為算法模型等智能係統自我優化的“養分”,驅動作戰概念、編制編成、戰術戰法在近乎實時的狀態下動態調整,進而催生出持續、快速進化的內生動力。

編後

AI時代,戰爭形態已發生深刻變化──這場智慧化躍遷,既是挑戰,也是機會。我們既要擁抱技術,加速建構智慧優勢,更要保持清醒,體認到人的政治判斷、戰略判斷、價值判斷等始終是駕馭未來戰爭、制勝未來戰場的基礎。唯有將科技發展之「精」與人類智慧之「深」緊密結合,才能在這場軍事變革浪潮中始終「勇立潮頭」。

中國原創軍事資源:http://www.81.cn/

Chinese Military Accelerating Construction of Advanced Combat Capabilities to Effectively Fulfilling Missions and Tasks

中國軍隊加快建立先進作戰能力,以有效完成任務

現代英語:

Auspicious snow welcomes spring, and flowers bloom. The Great Hall of the People once again welcomes the grand event of spring.

Delegates and members of the National People’s Congress and the Chinese People’s Political Consultative Conference shouldered heavy responsibilities and gathered together to discuss national affairs. This year marks the beginning of the “15th Five-Year Plan”. Faced with the turbulent international situation and the profoundly evolving war pattern, the proposal put forward at the Fourth Plenary Session of the 20th CPC Central Committee “accelerating the construction of advanced combat capabilities” has become an important topic of concern to military representatives and members.

“Advanced combat capability represents the most advantageous combat capability in information-based and intelligent warfare, and is the ‘weather vane’ of military construction and the ‘controlling high ground’ of military competition. Only by accelerating the development of advanced combat capabilities with a sense of urgency and responsibility that is outdated can we seize the strategic initiative on future battlefields and effectively fulfill the mission and tasks of the new era.” This is a strong consensus among the military representatives and commissioners. With their personal practice from the front lines of exercises and training, border outposts, and scientific research positions, they demonstrated the high morale and spirit of the People’s Army to anchor its goals, shift gears and speed up, and move towards world-class status.

★ System integration and iron fist

When interviewing Representative Qi Weiguang, he showed reporters two charts: one was the training plan of each military branch in the past “with chimneys”, with the color blocks split and shaped like “isolated islands”; the other was the joint exercise and training blueprint of today “building blocks put together”, with the modules interlocking and seamlessly integrated.

“1+1=1, this is the essence of joint operations! ” Qi Weiguang represents a broken word.

He used a joint long-sea cruise as an example to explain how the system “weather vane” reshapes the battlefield. During the entire operation, the “10,000-ton large-wheel drive” no longer “fights alone”, but has transformed into a “maritime information hub” and a “firepower fulcrum”, sharing data in real time with the Air Force’s early warning aircraft, the Navy’s observation station, and the Army’s long-range firepower, weaving precision “Skynet”.

“Any advanced platform will become an ‘information island’ if it is separated from the system. The ‘contingent’ we must seize is system integration and cross-border collaboration! ” Representative Qi Weiguang said.

Representative Chen Song from a synthetic brigade of the Army felt the same way: “In the past, during exercises, we often encountered the embarrassment of‘ the airspace not being open ’‘the frequency band not being connected’. Now, ‘United’ is engraved with combat instinct!” As one of the Army’s first digital unit commanders, he has a particularly deep understanding of systems “weather vanes”. He opened a thick, already slightly curled-edge book he had with him and said: “Before the attack was launched, the army and aviation opened up access roads and covered artillery firepower, each doing their job and cooperating closely. It used to be better than ‘running fast, playing accurately’, but now it looks like ‘connecting well, counting fast’. In one exercise, we achieved ‘discovery is destruction’ under the guidance of a drone, which was unimaginable in the past.”

“Advanced combat capabilities are generated through practical training. We must prioritize ‘battle’, focus on combat, and strive for practical combat! ” Many military representatives and deputies said that the training plans of the troops are no longer divided by “year”, but by “mission cycle”; the assessment standards are no longer “meter-second ring”, but “contribution rate” and “damage value”. When “discovery means destruction” becomes the norm, whoever can move one step faster in system integration will take the initiative on the battlefield.

From “a single military branch” to “a global vision”, from “physical superposition” to “chemical reactions”, the system-integrated “weather vane” is leading the three armies to clench their fingers into a fist and forge advanced combat capabilities that are both strong and sharp.

★ Challenge the extreme and sharpen the blade

The computer screensaver of Representative Wang Wenyi from the Air Force is a photo of a flight jacket armband. This badly worn armband silently tells the story of his blue-sky powerhouse’s pursuit of pushing boundaries and flying into battle.

“Future wars will be decided quickly. The flight scale must be pushed from the ‘pass line’ to the ‘limit value’, in line with actual combat standards! ” Representative Wang Wenyi showed reporters the achievements of the past year: high-intensity cross-day and night confrontation along the coast, with the number of daily flight hours per aircraft reaching new highs; in complex electromagnetic environments, the third generation of aircraft successfully completed the verification of the extreme penetration of new weapons..

“At first, some people questioned: Will it be too risky? My answer is: There is no ‘safe’ on the battlefield.” Representative Wang Wenyi recalled a scene of a dawn attack. That day, clouds were low, visibility was extremely low, and ground guidance was severely limited.“‘ In blind flight’, you must rely on instruments to maintain the formation and resist strong electromagnetic interference. If you only dare to draw a route in ‘10,000 meters of clear sky’ in peacetime, you will be hit in ‘low clouds and thick fog’ in wartime and your head will be bloodied!” Representative Wang Wenyi said firmly.

“‘Liftoff is combat, takeoff is assault’—— This is the iron rule we set. Not only do we need to take our fighter jets to new heights, but we also need to hone our combat effectiveness in extreme environments!” Representative Wang Wenyi’s words expressed the common voice of military representatives and deputies: Only by seamlessly connecting the training ground to the battlefield can we transform “the limit” into “the extreme” and truly seize the winning heights of the future battlefield.

“The countdown has begun to achieve the goals of the 100th anniversary of the founding of the People’s Liberation Army as scheduled. Time is of the essence and the task is arduous, so we must make every effort to overcome it!” When talking about extreme training, Representative Hou Changling from the Rocket Force has a bright eye.

That year, his unit quickly transitioned to “wartime status” as new and old equipment changed.“ Loading, testing, lighting, everything is done as it should be!” Representative Hou Changling still remembers vividly the scene when he encountered a severe sandstorm for decades during his cross-regional training. That time, they overcame environmental factors and operated accurately, setting a record for shooting accuracy in bad weather!

“Missiles must not only ‘hit out’, but also ‘hit accurately, hit hard, and win’. ” Representative Hou Changling’s tone was sonorous. “Please rest assured, Party and people, the ‘Heavenly Sword’ in our hands can be unsheathed at any time!”

“War does not allow us to choose our opponents, and the battlefield does not allow us to choose the weather and environment. ” Representative Luo Yu from the front line of the border defense told reporters that “Snowland Plateau, the temperature sometimes drops to more than -40 degrees Celsius. In the past, there have been cases of playing in the face of severe cold ‘retreating’ and lowering standards; now, we stipulate that all tactical courses must truly set the battlefield as real, the opponent as strong, the environment as dangerous, and the difficulties as sufficient!”

From “training what to take” to “filling in what is missing”, from “wandering at a low level” to “making new strides every year”, extreme training “weather vane” is forging a strong steel team that can win battles.

★ New domain and new quality plan for breakthroughs

Representative Xu Fengcan from the Army has a wonderful video of an ultra-low-altitude penetration saved on his work computer——

Several attack helicopters used terrain cover to launch raids, launching missiles to accurately destroy the “enemy” armor center, and the group immediately approached the ground and hid in the radar blind spot.

“This is not only a breakthrough in equipment capabilities, but also a breakthrough in the concept of breaking through the flat battlefield and forging ‘three-dimensional iron fist’. ” Representative Xu Fengcan introduced that in the past it was “play whatever you want”, and now it is “develop whatever abilities you play”. In recent years, they have paid close attention to cutting-edge technologies such as drone swarm networks, helicopter laser anti-missile, and manned and unmanned coordination, and have continuously deeply integrated new technologies into the force’s combat system. The goal is to achieve combat effectiveness in ultra-low-altitude penetration, promote the transformation of land and aviation forces from support and support to main combat assault, and ensure that they become a “three-dimensional iron fist” that tears apart the defense line on the future battlefield.

“Silent victory is the submariner’s mission! ” Representative Zhang Hongxing from the Navy’s submarine force gave a vivid picture of his understanding of new-quality combat capabilities.

During a drill, “Blue Army” deployed “dragnet” and “Red Army” submarines, using the thermocline as cover, ghostly crossed the anti-submarine network. At a critical moment, saturation attacks severely damaged “enemy” ship formations..

Representative Zhang Hongxing said: “This drill is an innovation in combat concepts, concealment and damage capabilities. It used to be said ‘to be able to go out and come back’, but now it is even more important ‘to be able to hide, play accurately, and run fast’. Our pursuit is to silently demand combat effectiveness to the limit and make the weapons in our hands become the deep sea ‘the magic needle of the sea’!”

“In modern warfare, whoever masters advanced technology masters the ‘life gate’ on the battlefield. ” A committee member from the Information Support Force and a reporter shared a personal story: a new piece of equipment was once “bottlenecked”. At that time, the Party member commando team “challenged and led” fought day and night and finally broke through the barriers, doubling the performance of the equipment.

“To seize ‘the commanding heights’, one must dare to venture ‘no man’s land’ and be willing to sit ‘cold bench’. Over the years, seeing the new equipment bring back combat power, the joy in my heart is unparalleled!” The Commissioner’s pride is palpable.

As a key force in winning future battlefields, new-quality combat effectiveness is related to the direction of war, construction transformation, and combat victory or defeat. Military representatives and deputies said that in order to seize the commanding heights of new territory and new quality and forge sharp swords to defeat the battlefield in the future, the People’s Army is leading the changes in war with changes in science and technology, and seeking opportunities to win battles with new capabilities, laying a solid foundation for winning the future.

Think about change and prepare for construction

■Guo Fengkuan

At the beginning of the Two Sessions, “accelerating the construction of advanced combat capabilities” became a hot topic among military representatives and deputies. Everyone held discussions and exchanges around the themes of “what will be needed on the battlefield in the future, what will be relied upon to win the war, and what will be practiced based on the current situation”. The construction of advanced combat capabilities plays an important role in changing the winning mechanism of war, enriching combat styles and scenarios, and traction of high-tech weapon manufacturing. To continuously improve the strategic ability to defend national sovereignty, security, and development interests, we need to deeply grasp the internal logic of the generation of advanced combat capabilities, systematically sort out the specific methods and paths to accelerate the construction of advanced combat capabilities, and focus on thinking about changes, construction, and preparations for advanced combat capabilities.

In today’s world, a new round of scientific and technological revolution and industrial transformation is accelerating breakthroughs, and the world’s new military revolution is accelerating. Strategic high-tech technologies such as artificial intelligence, big data, blockchain, and quantum technology are competing to burst forth. The widespread use of science and technology in the military field has caused profound changes in the form of war and combat methods, and is increasingly becoming an important factor in determining the victory or defeat of war.

At present, the evolution of war forms is showing many new trends, and intelligent features are more prominent. Some new technical equipment has formed a dimensionality reduction strike posture against traditional equipment. New-quality combat forces represented by strategic early warning, information control, algorithmic attack and defense, unmanned intelligence, etc. are increasingly becoming an important factor influencing the trend of modern warfare. Under the guidance of military intelligence, new-quality combat forces continue to give birth to combat types with higher efficiency and better quality. Advanced combat capabilities are increasingly becoming a powerful force driving the world’s new military revolution.

Accelerating the construction of advanced combat capabilities is not only an integral part of promoting high-quality national defense and military modernization, but also an important means to achieve the goals of the centenary of the founding of the People’s Liberation Army as scheduled. Only by adjusting and optimizing the military force system, accelerating the development of new combat forces, increasing the training of new military talents, and solidly promoting practical military training, and focusing all work on being able to fight and win battles, can the vitality of combat effectiveness elements burst forth and promote the construction of advanced combat effectiveness to a new level.

現代國語:

瑞雪迎春,鲜花吐蕊。人民大会堂再次迎来春天的盛会。

参加全国两会的代表委员肩负重托,齐聚一堂,共商国是。今年是“十五五”开局之年,面对风高浪急的国际形势和深刻演变的战争形态,党的二十届四中全会提出的“加快先进战斗力建设”,成为军队代表委员关注的重要课题。

“先进战斗力代表了信息化智能化战争最具优势的作战能力,是军队建设的‘风向标’和军事竞争的‘制高点’。唯有以时不我待的紧迫感责任感,加快先进战斗力建设,才能在未来战场赢得战略主动,有效履行新时代使命任务。”这是军队代表委员的强烈共识。他们以来自演训一线、边防哨所、科研战位的亲身实践,展现出人民军队锚定目标、换挡提速,向世界一流迈进的昂扬斗志和精神风貌。

体系融合攥铁拳

采访祁伟光代表时,他向记者展示了两张图表:一张是过去各军种“烟囱林立”的训练计划,色块割裂,形同“孤岛”;另一张是如今“积木拼合”的联合演训蓝图,模块咬合,浑然一体。

“1+1=1,这才是联合作战的精髓!”祁伟光代表一语破的。

他以一次远海联合巡航为例,阐释体系“风向标”如何重塑战场形态。在整个行动期间,“万吨大驱”不再“单打独斗”,而是化身为“海上信息枢纽”与“火力支点”,与空军预警机、海军观通站、陆军远程火力实时共享数据,织就精密“天网”。

“任何先进平台,脱离体系即沦为‘信息孤岛’。我们要抢占的‘制高点’,正是体系融合、跨界协同!”祁伟光代表说。

来自陆军某合成旅的陈松代表对此感同身受:“过去演习,常遇到‘空域未开’‘频段不通’的尴尬。如今,‘联合’已刻入战斗本能!”作为陆军首批数字化部队指挥员,他对体系“风向标”的理解尤为深刻。他翻开随身携带、已经有些卷边的一本厚厚资料说:“进攻发起前,陆航开辟通路、炮兵火力覆盖,各司其职、密切配合。过去比‘跑得快、打得准’,现在看‘联得好、算得快’。一次演习中,我们在无人机引导下实现‘发现即摧毁’,这在过去难以想象。”

“先进战斗力是在实战化训练中生成的,要‘战’字当头,一切向打仗聚焦、一切向实战用劲!”很多军队代表委员表示,现在部队的训练计划,不再按“年度”划分,而是按“任务周期”划分;考核标准,不再是“米秒环”,而是“贡献率”和“毁伤值”。当“发现即摧毁”成为常态,谁能在体系融合中快人一步,谁就掌握了战场的主动权。

从“单一军种”到“全域视野”,从“物理叠加”到“化学反应”,体系融合的“风向标”,正引领三军攥指成拳,锻造披坚执锐的先进战斗力。

挑战极限砺刀锋

来自空军的王文毅代表的电脑屏保,是一张飞行夹克臂章照片。这个磨损严重的臂章无声诉说着他所在的这支蓝天劲旅突破极限、向战而飞的追求。

“未来战争瞬息决胜,飞行标尺须从‘及格线’推向‘极限值’,向实战标准看齐!”王文毅代表向记者展示了过去一年的成绩:沿海高强度跨昼夜对抗,单机日飞行时数屡创新高;复杂电磁环境下,三代机成功完成新型武器极限突防验证……

“刚开始,也有人质疑:会不会太冒险?我的回答是:战场没有‘保险箱’。”王文毅代表忆及一次拂晓出击的场景。那天,云层低垂,能见度极低,地面引导严重受限。“‘盲飞’中,既要靠仪表保持编队,又要抗强电磁干扰。如果平时只敢在‘万米晴空’上画航线,战时就会在‘低云浓雾’里撞得头破血流!”王文毅代表坚定地说。

“‘升空即作战、起飞即突击’——这是我们立的铁规。不仅要让战机飞出新高度,更要锤炼极限环境下的过硬战斗力!”王文毅代表的话,道出军队代表委员的共同心声:训练场无缝对接战场,方能化“极限”为“极致”,真正抢占未来战场的制胜高点。

“如期实现建军一百年奋斗目标,已进入倒计时。时间紧迫、任务艰巨,唯有全力攻坚!”谈起极限训练,来自火箭军的侯长岭代表目光炯炯。

当年,他所在部队在新老装备更替之际快速转入“战时状态”。“装载、测试、点火,一切皆如实战!”回忆跨区驻训遭遇数十年不遇特大沙尘暴的情景,侯长岭代表记忆犹新。那次,他们克服环境因素精准操作,一举创造恶劣天气射击精度纪录!

“导弹不仅要‘打出去’,更要‘打得准、打得狠、打得赢’。”侯长岭代表语气铿锵,“请党和人民放心,我们手中的‘倚天长剑’,随时能听令出鞘!”

“战争不会让我们选择对手,战场也不会让我们选择天气和环境。”来自边防一线的罗宇代表告诉记者,“雪域高原,气温有时低至零下40多摄氏度。曾经,出现过在严寒面前打‘退堂鼓’、降低标准的情况;现在,我们规定,所有战术课目必须真正做到把战场设真、把对手设强,把环境设险、把困难设足!”

从“考什么练什么”到“缺什么补什么”,从“低层次徘徊”到“岁岁新跨越”,极限训练的“风向标”,正锻造出一支支能打胜仗的钢铁劲旅。

新域新质谋突破

来自陆军的徐枫灿代表的工作电脑上,保存着一段超低空突防的精彩视频——

数架武装直升机凭借地形掩护突袭,发射导弹精准摧毁“敌”装甲中枢,机群旋即贴近地面隐入雷达盲区。

“这不仅是装备能力的突破,更是打破平面战场、锻造‘立体铁拳’的理念突围。”徐枫灿代表介绍,过去是“有什么打什么”,现在是“打什么就发展什么能力”。这几年,他们密切关注无人机蜂群组网、直升机激光反导、有人无人协同等前沿技术,不断将新技术深度融入部队作战体系,目标就是要向超低空突防要战斗力,推动陆航力量从支援保障转向主战突击,确保在未来战场上成为撕开防线的“立体铁拳”。

“决胜无声,是潜艇兵的使命!”来自海军潜艇部队的张洪星代表对新质战斗力的理解生动形象。

在一次演练中,“蓝军”布下“天罗地网”,“红军”潜艇借温跃层掩护,幽灵般穿越反潜网,关键时刻饱和攻击重创“敌”舰艇编队……

张洪星代表说:“这次演练,是作战理念、隐蔽与毁伤能力的革新。过去讲‘出得去、回得来’,现在更要‘藏得住、打得准、跑得快’。我们的追求,就是向极限静默要战斗力,让手中的武器成为深海‘定海神针’!”

“现代战争,谁掌握了先进技术,谁就掌握了战场的‘命门’。”来自信息支援部队的一名委员和记者分享了一个亲身经历的故事:某新装备曾受“卡脖子”之困。当时,党员突击队“揭榜挂帅”,昼夜奋战,终于突破壁垒,装备性能倍增。

“抢占‘制高点’,要敢闯‘无人区’、甘坐‘冷板凳’。这些年,眼见着新装备焕发战力,内心的喜悦无与伦比!”这位委员的自豪感溢于言表。

作为制胜未来战场的关键力量,新质战斗力关乎战争走向、关乎建设转型、关乎作战胜负。军队代表委员表示,抢占新域新质制高点,锻造决胜未来战场的尖刀利刃,人民军队正以科技之变引领战争之变,以能力之新谋取胜战之机,为制胜未来夯实根基。

思变革 抓建设 做准备

■郭丰宽

两会伊始,“加快先进战斗力建设”成为军队代表委员热议的话题。大家围绕“未来战场要什么、打赢战争靠什么、立足当前练什么”主题,开展讨论交流。先进战斗力建设具有改变战争制胜机理、丰富作战样式场景、牵引高新武器制造等重要作用。不断提高捍卫国家主权、安全、发展利益的战略能力,需要深刻把握先进战斗力生成的内在逻辑,系统梳理加快先进战斗力建设的具体方法路径,聚焦先进战斗力思变革、抓建设、做准备。

当今世界,新一轮科技革命和产业变革加速突破,世界新军事革命加速推进,人工智能、大数据、区块链、量子科技等战略高新技术竞相迸发,科学技术在军事领域的广泛运用引起战争形态和作战方式深刻变化,日益成为决定战争胜负的重要因素。

当前,战争形态演变呈现很多新趋势,智能化特征更加突出,一些新的技术装备对传统装备形成降维打击态势,以战略预警、信息控制、算法攻防、无人智能等为代表的新质作战力量愈发成为左右现代战争趋势的重要因素。新质作战力量在军事智能牵引下,不断孕育出效能更高、质态更优的战斗力类型,先进战斗力愈益成为驱动世界新军事革命的强劲力量。

加快推进先进战斗力建设,既是高质量推进国防和军队现代化的题中应有之义,也是如期实现建军一百年奋斗目标的重要抓手。调整优化军事力量体系,加快新型作战力量发展,加大新型军事人才培养力度,扎实推进实战化军事训练,各项工作向能打仗、打胜仗聚焦,方能让战斗力要素的活力竞相迸发,推动先进战斗力建设不断迈上新台阶。

来源:解放军报 作者:钱晓虎 郭丰宽 彭冰洁 责任编辑:徐占虎 2026-03-05

解放军报记者 钱晓虎 郭丰宽 彭冰洁

中國原創軍事資源:http://www.mod.gov.cn/

Chinese Military Exploring the Path to Unleash and Develop New-Quality Combat Capabilities

中國軍隊正在探索釋放和發展新型高品質作戰能力的途徑

現代英語:

Introduction

The combat effectiveness factor is the decisive factor in the rise and fall of the army, and the combat effectiveness standard is the only fundamental standard for army construction. New-quality combat effectiveness is the product of revolutionary breakthroughs, innovative configurations, and creative application of innovation-driven combat effectiveness elements. It represents the development direction of advanced combat effectiveness and is the “sword” and “tip” that wins future wars. We must grasp the characteristics and laws of the generation of new-quality combat effectiveness, adhere to the principle of self-reliance, start from reality, vigorously promote independent innovation and original innovation, create a new-quality combat effectiveness growth pole, and provide strong strategic support for achieving the goals of the 100th anniversary of the founding of the People’s Liberation Army as scheduled and accelerating the construction of the People’s Army into a world-class army.

Emerging fields are fertile ground for incubation

Science and technology are the most dynamic and revolutionary factors in military development. Emerging fields are new strategic spaces and key technology fields that emerge with the advancement of science and technology and the expansion of the scope of human activities. They naturally have extremely strong value attributes such as timeliness, strategy, cutting-edge, and disruption. This also determines that emerging fields have many special advantages that traditional fields do not have. Technology is the core combat power, and new-quality combat power fundamentally comes from the innovation and application of technology. The continued advancement of the materialization and embodiment of key core technologies in emerging fields will have a profound impact on the construction of weapons and equipment, innovation in combat styles, adjustment of organizational systems, and the evolution of war forms. It will achieve innovative configuration and optimized combination of weapons and equipment, combat styles, and personnel, and promote new development and breakthroughs in combat effectiveness construction It provides good conditions and soil for liberating and developing new-quality combat capabilities, becomes an important incubator, accelerator, and multiplier for new-quality combat capabilities, and promotes the evolution of combat capabilities to a new quality state that is higher, more advanced, and has greater comparative advantages. Therefore, we must comprehensively enhance strategic capabilities in emerging fields, coordinate the development of forward-looking strategic emerging industries, place scientific and technological innovation in a more prominent position, open up a direct channel for the transformation of new quality productivity into new quality combat effectiveness, and build a new quality combat effectiveness innovation chain, growth chain, and killing chain that is compatible with the development of emerging fields Create a good ecology that relies on strategic emerging industries to liberate and develop new-quality combat effectiveness, continuously improve the contribution rate of scientific and technological innovation to the development of new-quality combat effectiveness, and achieve efficient integration and two-way promotion of new-quality productivity and new-quality combat effectiveness.

Military innovation is kernel driven

“Those who fly far away should replace their feathers.” To focus on innovation is to focus on development, and to seek innovation is to seek the future. Innovation is the primary driving force leading development and an accelerator for generating and improving combat effectiveness. For an army, only by daring to change and reshape itself, and bravely fighting against the current and chasing the tide can it win the future battlefield. World-class armies need to achieve material and technological casting and reshaping in construction and reform, and even more so, they need to achieve ideological sublimation and transformation in the practice of war and preparation for war. Military innovation has become an important strategy for many countries and militaries to seek competitive advantages. It has become a key variable in the success or failure of the game between major powers and the life and death of the military, and a powerful driving force for the liberation and development of new-quality combat capabilities. Therefore, we must promote innovation culture, optimize the innovation environment, create an innovation atmosphere, vigorously promote and encourage the pursuit of excellence, leading trends, and unremitting exploration, promote the innovative spirit that keeps pace with the times, strive to stimulate the innovative potential and innovative vitality of the vast number of officers and soldiers, make military innovation a value orientation, a way of thinking, and a living habit, and build an innovative army. We must resolutely overcome all forms of adherence to the norm, adherence to established ideas, and conservative practices, actively promote innovation in military theory, military technology, military organization, and military management, and vigorously promote all-round innovation from weapons and equipment to combat training, from theoretical research to the application of tactics, from systems and mechanisms to talent training, so that military innovation can be ahead of war and ahead of the adversary Use innovation to drive combat effectiveness from “quantity” value-added to “quality” leap.

Scientific theory is the leader in development

Scientific military theory is combat effectiveness. The generation of new-quality combat capabilities undoubtedly depends on advanced science and technology. However, new quality combat effectiveness is essentially the product of advanced military technology and advanced military theory “marriage”. In future wars, the realization of the potential of new-quality combat effectiveness will depend on whether there are new breakthroughs in the corresponding military theories and whether the corresponding combat theory system can be effectively established. On the one hand, new-quality combat effectiveness has shifted from the past “technology-driven” based solely on scientific and technological progress to a new track that pays more attention to “design-driven” based on the traction of military theoretical innovation. Only in this way can new vitality and vigor be injected into the liberation and development of new-quality combat capabilities. On the other hand, the generation and development of new-quality combat power is the product of the innovative development of material power. To make good use of this product and occupy the commanding heights of future wars, we must rely on ideological leaps to promote innovation in combat methods and elevate the application of new-quality combat power to a higher level. Just as mechanization encounters “blitzkrieg” and its power multiplies, the organic unity of material and ideological forces can constitute the king of victory. Therefore, we must grasp the general trend of world development and military development, proactively respond to national security risks and threats of war, continuously adapt to new situations, respond to new challenges, and solve new problems, boldly explore in practice, dare to break through in theory, give military theory scientific and technological wings, capture the “singularity ”“ inflection point” of cutting-edge strategic technological development, and accelerate the modernization of military theory Form a military theoretical system that is contemporary, leading and unique, and provide scientific theoretical support for the liberation and development of new-quality combat capabilities.

The talent pool is the determining factor

The way to strengthen the army is to gain people. Strong talent leads to strong new-quality combat effectiveness, and prosperous talent leads to prosperous new-quality combat effectiveness. The talent team is a valuable strategic resource for liberating and developing new-quality combat effectiveness. People, weapons and the way people and weapons are combined are the basic forms of the composition of combat effectiveness elements. The factor that determines the victory or defeat of a war is that people are not things. People are the most active and decisive factor in combat effectiveness, and new-quality combat effectiveness places higher demands on the thinking, knowledge and skills of military talents. When the capabilities and qualities of personnel and the overall structure of personnel cannot adapt well to the changes in combat effectiveness connotation and the requirements of the transformation of combat effectiveness generation mode, shortcomings will be formed in the combat effectiveness system and combat effectiveness activity will be reduced. Today, information-based and intelligent talents have become an important resource and determining factor in leading the development of new-quality combat effectiveness. Therefore, we must adapt to the accelerated evolution of modern warfare towards intelligence, face the world’s military frontier, face the major needs of national security, face national defense and military modernization, and face the formation of integrated joint combat capabilities. We must thoroughly implement the strategy of strengthening the military with talents in the new era, firmly establish the concept that talent resources are the first strategic resource, build a new type of military talent system, accelerate the modernization of military personnel, and promote the capabilities, quality, structural layout, We will comprehensively transform and upgrade development and management, forge high-quality, professional new military talents with both moral integrity and talent, build a strong talent team in various aspects such as joint combat command talents, new combat force talents, high-level scientific and technological innovation talents, and high-level strategic management talents, and better play the leading and supporting role of talents in liberating and developing new-quality combat capabilities.

Weapons and equipment are the material basis

“Pistol Battle Victory Sword”, this is the universal law of war. Weapons and equipment are the main symbol of the division of war forms, an important symbol of the modernization of the army, the material and technical basis of combat capabilities, and directly affect the level of combat effectiveness. In modern warfare, the influence of weapons and equipment on the outcome of war is becoming increasingly prominent. When the scientific and technological revolution comes, especially when a large number of scientific and technological innovation results emerge and are widely used in the military field, the emergence of new weapons and equipment based on these scientific and technological innovation results will bring about a revolutionary transformation of the weapons and equipment system. A new quality combat capability based on this new weapons and equipment system will also be generated, leading to the overall transformation and upgrading of combat capability Achieve a leap in combat effectiveness. It can be said that new-quality combat capability is the combat capability generated by the combined effect of various new types of weapons and equipment. Therefore, designing weapons and equipment means designing future wars, and weapons and equipment construction is a systematic project that integrates technology, funding, and management. Therefore, we must deeply understand and grasp the characteristics and laws of modern warfare, deeply grasp the contemporary connotation and characteristics and requirements of weapons and equipment construction, actively adapt to changes in the world, the times, and history, actively adapt to changes in science and technology, war, and adversaries, accurately identify changes, respond scientifically, and actively seek changes, accelerate the modernization of weapons and equipment, accumulate advantages in innovative breakthroughs, and compete with strong enemies in catching up Accelerate the development of new weapons and equipment to provide strong material and technical support for the liberation and development of new-quality combat capabilities.

Structural formation is the key bearing

Structure determines function, and function determines success or failure. The organic combination of war resources is the power source and amplifier for the exercise of power; whoever can combine combat elements into a whole that is more adapted to the new war environment can exert stronger combat effectiveness. Without the advantages of military organization, even with the most advanced technology and weapons, it is difficult to gain an overwhelming winning advantage. Especially driven by the collective explosion of contemporary science and technology, the liberation and development of new-quality combat effectiveness urgently requires profound changes and adjustments in the organizational form of the military, and promotes the integrated design, coordinated development, convenient flow, networked sharing, systematic integration, and efficient utilization of military talents, equipment, theory, technology, data, management and other factors, thereby greatly improving the efficiency of resource allocation. The main form of new-quality combat power is formed through the integration of network information systems. Moreover, the contribution of each combat element is no longer a simple linear superposition relationship. Comprehensive perception is the prerequisite, like a human eye; real-time accusations are the key, like a human head; precision strikes are the center of gravity, like a human fist; and full-dimensional protection is the foundation It is like a person’s self-defense; focusing on protection is the lifeblood, like a person’s energy supplement. Therefore, to promote the modernization of organizational forms and realize the scientificization of combat organization, we must shift from organizing according to the functions of the military services to integrating according to combat functions, and transform the combat system from integrating unit functions to aggregating factor energy. We must get rid of the model of simple superposition and mechanical coordination of combat forces “physical”, and instead pursue organic integration and efficient aggregation “chemical” Thus creating a new combination with new quality combat capabilities.

Education and training are the basic path

Dynamic evolution is the basic law for the generation of new-quality combat effectiveness. Without strict education and training, there will be no new-quality combat effectiveness. Education and training are the basic path for generating and improving combat effectiveness. They are the basic way to transform the potential combat effectiveness formed by personnel quality and weapons and equipment into real combat effectiveness. They are also the central link in liberating and developing new-quality combat effectiveness. When new combat equipment is put into service, people often only have a preliminary understanding of its new functions. Greater use value and stronger combat effectiveness must be discovered and explored in actual combat confrontation exercises. Compared with traditional combat forces, new-domain and new-quality combat forces have more complex combat platforms, more special energy release mechanisms, and more regulatory relationships involved in battlefield operations, requiring the mastery of new control techniques. Only when each position has skilled weapons and equipment control skills can it be skilled and courageous and maximize the effectiveness of the weapon system; only when each command personnel truly masters the method of close connection and smooth coordination of various systems and elements can they command and control with ease. Science and technology provide effective means of education and training, especially contemporary scientific and technological innovation, which promotes the closer integration of the two elements of people and weapons. Therefore, we must strengthen scientific and technological training, explore ways to empower military training methods such as “intelligence+”“network+”, strengthen simulation, combat testing, etc., and explore and understand the widest scope of battlefield application, the best formation and focusing method, and the greatest confrontation ability effect in adapting to the battlefield “game rules” from breaking to reconstruction Shorten the generation cycle of new quality combat power.

Strategic management is an important guarantee

“Hold the position and set your sights on it; hold the foundation and set your sights on it. ” The liberation and development of new-quality combat capabilities is a complex systematic project and an era project “starting with technology and achieving success through management”. Only by strengthening strategic management and grasping its inherent systematicity, correlation and coordination can we advance it as a whole, cultivate “one-finger Zen” into “iron fist”, and achieve twice the result with half the effort. On the one hand, liberating and developing new-quality combat capabilities involves many aspects, including military theory, organization system, weapons and equipment, talent construction, comprehensive support, etc. It requires integrating the wisdom and achievements of many related fields such as strategic experts, military experts, technical experts and engineering experts, so as to ensure the integrity of the multi-dimensional perspective and top-level design of problem research. On the other hand, the construction of new-quality combat capabilities has many types, a large time span, and wide resource requirements. It is necessary to properly handle the relationship between military demand and resource supply, near-term emergency response and long-term development, and local adjustment and overall advancement. In addition, the continuous emergence of new needs, new knowledge, new experience and new technologies will inevitably affect our understanding of new quality combat effectiveness. To this end, we must strengthen strategic management, follow the laws of technological development, and pay more attention to intensive and efficient development. Focus on improving top-level design, starting from different types of forces, tasks at different stages, and contradictions and problems, refine the specific development plan one by one, formulate and improve a clear development roadmap, and achieve precise planning, precise planning, precise deployment, precise implementation, and precise testing to avoid directional errors, structural chaos, and process loss of control; focus on making good use of incremental resources, integrating existing resources, and revitalizing idle resources, Improve the efficiency of resource utilization, transform resources into combat effectiveness to the greatest extent possible, prevent and put an end to inefficient, low-quality and low-level repeated construction, and ensure that the construction of new-quality combat effectiveness advances rapidly along the right direction and path.

現代國語:

引言

戰鬥力因素是軍隊興衰成敗的決定性因素,戰鬥力標準是軍隊建立唯一的根本的標準。新質戰鬥力是創新驅動戰鬥力要素革命性突破、創新配置、創意運用的產物,代表先進戰鬥力的發展方向,是贏得未來戰爭的「利劍」和「刀尖」。我們要掌握新質戰鬥力生成的特點規律,堅持以我為主,從實際出發,大力推進自主創新、原始創新,打造新質戰鬥力增長極,為如期實現建軍一百年奮鬥目標,加快把人民軍隊建成世界一流軍隊提供強大的戰略支撐。

新興領域是孵化沃土

科學技術是軍事發展中最活躍、最具革命性的因素。新興領域是隨著科學技術進步和人類活動範圍拓展,而出現的新型戰略空間和關鍵技術領域,天然擁有極強的時代性、戰略性、前沿性、顛覆性等價值屬性。這也決定新興領域在許多方面具有傳統領域所不具備的特殊優勢。科技是核心戰鬥力,新質戰鬥力從根本上看源自於科技的創新與應用。新興領域關鍵核心技術物化具化過程的持續推進,將對武器裝備建設、作戰樣式創新、編制體制調整和戰爭形態演進產生深刻影響,實現武器裝備、作戰樣式及人員的創新性配置和優化組合,推動戰鬥力建設取得新發展、新突破,為解放和發展新質戰鬥力提供了良好的速度因此,要全面提升新興領域戰略能力,統籌佈局前瞻性戰略性新興產業發展,把科技創新擺在更加突出的位置,打通新質生產力向新質戰鬥力直達轉化通道,構建同新興領域發展相適應的新質戰鬥力創新鏈、成長鏈、殺傷鏈,營造生產力向新戰略性新興產業解放與發展新質戰鬥力的良好生態力,不高效創新

軍事創新是內核驅動

「遠飛者當換其新羽。」抓創新​​就是抓發展,謀創新就是謀未來。創新是引領發展的第一動力,也是產生和提升戰鬥力的加速器。對一支軍隊來說,敢於自我變革、自我重塑,勇於擊水中流、逐浪潮頭,才能致勝未來戰場。世界一流軍隊需要在建設和改革中實現物質技術上的鑄造和重塑,更需要在戰爭和準備戰爭的實踐中實現思想觀念上的昇華與蛻變。軍事創新已成為許多國家和軍隊尋求競爭優勢的重要策略,成為攸關大國博弈成敗、軍隊生死興衰的關鍵變量,成為解放和發展新質戰鬥力的強大動力。因此,要弘揚創新文化,優化創新環境,營造創新氛圍,大力提倡並鼓勵追求卓越、引領潮流、不懈探索,弘揚與時俱進的創新精神,努力激發廣大官兵的創新潛能和創新活力,使軍事創新成為一種價值導向、一種思維方式、一種生活習慣,打造創新型軍隊。要堅決克服各種守常心理、守成思想和守舊做法,積極推進軍事理論、軍事技術、軍事組織、軍事管理創新,大力推進從武器裝備到作戰訓練、從理論研究到戰法運用、從體制機製到人才培養的全方位創新,讓軍事創新走在戰爭前面、走在對手前面,以創新戰鬥力由「質」的增值邁向「質」的增值邁向。

科學理論是發展先導

科學的軍事理論就是戰鬥力。新質戰鬥力的生成,無疑有賴先進科學技術。然而,新質戰鬥力本質上是先進軍事科技和先進軍事理論「聯姻」的產物。未來戰爭中,新質戰鬥力潛力的發揮,將依賴相應軍事理論是否有新突破,依賴相應作戰理論體系能否有效建立。一方面,新質戰鬥力已由過去的單純基於科技進步的「技術推動」轉向更加註重基於軍事理論創新牽引的「設計驅動」的新軌道。這樣才能為解放和發展新質戰鬥力注入新的活力和活力。另一方面,新質戰鬥力的生成發展,是物質力創新發展的產物,而要用好這一產物,佔據未來戰爭的製高點,則必須靠思想力飛躍推進戰法創新,使新質戰鬥力的運用躍升到更高的境界。正如機械化遇到了「閃擊戰」威力才倍增一樣,物質力與思想力的有機統一,方可構成製勝的王道。因此,要把握世界發展大勢和軍事發展潮流,前瞻應對國家安全風險和戰爭威脅,不斷適應新形勢、應對新挑戰、解決新問題,在實踐上大膽探索,在理論上勇於突破,給軍事理論插上科技的翅膀,捕捉前沿性戰略性技術發展的“奇點”“戰點”,加快軍事理論的現代化,形成具有現代性戰略性技術發展的“奇點”“戰點”,加快軍事理論發展,形成具有現代性理論,引領性支持性理論,支持性運動理論,形成具有獨特性的現代性理論和領導性理論,支持性運動理論。

人才隊伍是決定因素

強軍之道,要在得人。人才強則新質戰鬥力強,人才興則新質戰鬥力興,人才隊伍是解放和發展新質戰鬥力的寶貴戰略資源。人、武器以及人與武器的結合方式,是戰鬥力要素構成的基本形態。決定戰爭勝敗的因素是人不是物。人是戰鬥力中最活躍、最具決定意義的因素,新質戰鬥力對軍事人才的思維、知識和技能提出更高要求。當人員的能力素質與人員的整體結構都無法較好適應戰鬥力內涵變化與戰鬥力生成模式轉變要求時,就會在戰鬥力系統中形成短板,降低戰鬥力活性。今天,資訊化智能化人才已成為引領新質戰鬥力發展的重要資源和決定因素。因此,要適應現代戰爭加速向智慧化演變趨勢,面向世界軍事前沿、面向國家安全重大需求、面向國防和軍隊現代化、面向形成一體化聯合作戰能力,深入實施新時代人才強軍戰略,牢固樹立人才資源是第一戰略資源的理念,構建新型軍事人才體系,加快軍事人員現代化,推動軍事人員能力素質、結構佈局、開發管理全面轉型升級,鍛造德才兼備的高素質、專業化新型軍事人才,建強聯合作戰指揮人才、新型作戰力量人才、高層次科技創新人才、高水平戰略管理人才等各方面人才隊伍,更好發揮人才對解放和發展新質戰鬥力的引領和支撐作用。

武器裝備是物質基礎

“手槍戰勝利劍”,這是戰爭的普遍法則。武器裝備是戰爭形態劃分的主要標誌,也是軍隊現代化的重要標誌,也是作戰能力的物質技術基礎,直接影響戰鬥力水準。現代戰爭中,武器裝備對戰爭勝負的影響愈加凸顯。當科技革命來臨,特別是大量科技創新成果的湧現並廣泛運用於軍事領域時,以這些科技創新成果為基礎的新型武器裝備的出現,帶來武器裝備體系的革命性轉變,以這種新型武器裝備體系為基礎的新質戰鬥力就會隨之產生,從而導致戰鬥力的整體轉型升級,實現戰鬥力形態的躍升。可以說,新質戰鬥力就是各種新型武器裝備綜合作用而產生的作戰能力。因此,設計武器裝備就是設計未來戰爭,而武器裝備建設是集技術、資金、管理等於一體的系統工程。因此,要深刻認識和掌握現代戰爭的特點規律,深刻把握武器裝備建設時代內涵、特點要求,積極順應世界之變、時代之變、歷史之變,積極適應科技之變、戰爭之變、對手之變,準確識變、科學應變、主動求變,加快武器裝備現代化,在創新戰鬥中累積優勢,在緊緊抓住武器中推動力量發展力量,在創新中推動力量強大,在力量中推動力量強大,在力量中推動力量強大,在創新中推動力量,在力量中推動力量強大,在力量中推動力量力量,在新事物中推動力量強大,在力量中推動力量強大,在力量中推動力量力量,在新事物中推動力量強大,在力量中推動力量強大,在力量中推動力量力量,在新事物中推動力量強大,在力量中推動力量力量,在新事物中推動力量強大,在力量中推動力量強大,在力量中推動力量力量,在新事物中推動力量強大,在力量中推動力量,在力量中推動力量強大,在力量中推動力量,在力量中推動力量,在力量中推動力量強大,在新事物中推動力量發展為新力量。

結構編成是關鍵承載

結構決定功能,功能決定成敗。戰爭資源的有機組合,是力量發揮的動力來源、擴大機;誰能使作戰要素組合為一個更適應新的戰爭環境的整體,誰就能發揮出更強大的作戰效能。沒有軍隊組織形態優勢,即便技術、武器再先進,也很難獲得壓倒性制勝優勢。特別是在當代科學技術群體式爆發驅動下,解放和發展新質戰鬥力迫切需要軍隊組織形態深刻變革調整,推動軍事人才、裝備、理論、技術、數據、管理等要素整合設計、協同化開發、便利化流動、網路化共享、系統化整合、高效利用,進而大幅提升資源配置效率。新質戰鬥力的主體形態,是透過網路資訊系統的融合而形成的,而且每個作戰要素的貢獻已不再是簡單線性疊加關係,綜合感知是前提,猶如人的眼睛;實時指控是關鍵,猶如人的腦袋;精確打擊是重心,猶如人的拳頭;全維防護是基礎,猶如人的腦袋;精確打擊是重心,猶如人的拳頭;全維防護是基礎,猶如人的自我防衛補充。因此,推進組織形態現代化,實現作戰編組科學化,就要由按軍種職能編組向按作戰功能融合轉變,作戰體係由單元功能融合向要素能量聚合轉變,擺脫將作戰力量「物理式」簡單疊加、機械協同的模式,轉而追求「化學式」的有機融合、高效聚合,從而打造全新質戰鬥力的具備組合體。

教育訓練是基本途徑

動態演進是新質戰鬥力生成的基本規律,沒有嚴格教育訓練就沒有新質戰鬥力。教育訓練是戰鬥力生成和提升的基本路徑,是把由人員素質、武器裝備所形成的潛在戰鬥力轉化為現實戰鬥力的基本途徑,更是解放和發展新質戰鬥力的中心環節。新型作戰裝備入列,人們往往只是對其新異功能有了初步把握,更大的使用價值、更強大的作戰效能,必須在實戰化的對抗演練中發現和挖掘。新域新質作戰力量與傳統作戰力量相比,作戰平台更加複雜,能量釋放機制更為特殊,戰場行動涉及的調控關係更多,需要掌握新的駕馭之術。每個崗位人員只有具備熟練的武器裝備操控技能,才能藝高人膽大,將武器系統的效能發揮到極致;每位指揮人員只有切實掌握各系統、各要素緊密銜接、流暢配合的方法,才能指揮控制得游刃有餘。科技提供了有效的教育訓練手段,尤其是當代科技創新推動人和武器兩大要素結合得越來越緊密。因此,要加強科技練兵,探索「智慧+」網路+」等賦能軍事訓練方法路徑,強化模擬模擬、作戰試驗等方式,在對戰場「遊戲規則」從適應到打破再到重建中,探索摸清最廣的戰場適用範圍、最佳的編成聚力方式、最大的對抗能力效應,縮短新質戰鬥力生成週期。

策略管理是重要保證

「秉綱而目自張,執本而末自從。」解放和發展新質戰鬥力是個複雜的系統工程,也是一個「始於技術、成於管理」的時代工程。只有加強策略管理,掌握其內在的系統性、關聯性、協同性,才能整體推進,將“一指禪”練成“鐵拳頭”,收到事半功倍之效。一方面,解放和發展新質戰鬥力涉及許多方面,包括軍事理論、編制體制、武器裝備、人才建設、綜合保障等,需要集納戰略專家、軍事專家、技術專家和工程專家等眾多相關領域的智慧和成果,從而確保問題研究多維視角和頂層設計的完整性。另一方面,新質戰鬥力建設類型多、時間跨度大、資源需求廣,需要妥善處理軍事需求與資源供給、近期應急與長遠發展、局部調整與整體推進的關係。加之,新需求、新知識、新經驗、新技術不斷湧現,也必然影響我們對新質戰鬥力的認知。為此,要強化策略管理,遵循技術發展規律,更重視集約高效。專注於提升頂層設計,從不同類型力量、不同階段任務、不同矛盾問題入手,把具體的發展規劃逐一細化,制訂完善明晰的發展路線圖,做到精準規劃、精準規劃、精準部署、精準落實、精準檢驗,避免出現方向性錯誤、結構性混亂和過程性失控;注重用好增量資源、整合存量資源、盤活閒置資源,提高資源利用效益,最大限度地把資源轉化為戰鬥力,防止和杜絕低效低質低水平重複建設,確保新質戰鬥力建設沿著正確的方向、路徑快速推進。

来源:中国军网-解放军报 作者:许三飞 责任编辑:孙智英 发布:2024-06-20 00

许三飞

中國原創軍事資源:http://www.81.cn/

China to Accelerate Improvement of New-type Combat Capabilities


中國將加快提升新型作戰能力 

現代英語:

New-type combat capabilities are a completely new type of combat capability formed based on emerging technologies and operational concepts. With the rapid development of technologies such as artificial intelligence and big data, new types of combat forces are emerging in endless succession, growing rapidly in scale, and being widely and diversely applied, directly affecting and determining the quality and effectiveness of the generation of new-type combat capabilities. Understanding the inherent characteristics of new-type combat capabilities, grasping their generation mechanisms, and clarifying their development requirements are of great significance for accelerating the improvement of the construction level of new-type combat capabilities and ensuring that we can seize the initiative and gain the upper hand in future wars.

Recognizing the intrinsic characteristics of high-quality combat capability

New-type combat capabilities are a product of the development of warfare and technological progress. They aim for high efficiency and high quality, with technological innovation as their internal engine and leading lever. They are a new type of capability that drives and leverages the leapfrog development of all elements of advanced combat capabilities.

Strengthening the system. New-type combat capability is a new type of combat capability generated by changes in the constituent elements of combat capability. Driven by intelligent technology, the constituent elements of new-type combat capability are constantly expanding, including not only traditional elements but also new elements such as information networks, data resources, and intelligent algorithms. The generation of new-type combat capability has expanded from the traditional approach of improving the performance of individual weapon and equipment platforms through the input of human and material resources to the methods of self-overlapping or mutual overlapping of new and traditional elements, and new elements empowering traditional elements, bringing about a fusion transformation of the entire combat system. This “system empowerment” leads to qualitative changes in the quality, scale, and function of “lethality.”

Deepening human-computer interaction. The means, methods, and effects of combining humans with weaponry directly affect the quality and effectiveness of combat capability formation. Developing new types of combat capabilities can guide the optimal combination of humans and weaponry, and this combination, in turn, accelerates the development of new types of combat capabilities. With the deepening application of technologies such as large-scale models and parallel simulations, decision support systems are becoming more intelligent, weaponry performance is becoming more advanced, and human-computer interaction is becoming more convenient and efficient. Through high-intensity simulated training and combat-oriented exercises, the collaborative combat capability between humans and weaponry will be greatly enhanced, providing a driving force for the incubation of new types of combat capabilities.

Multi-dimensional Expansion. New-type combat capabilities are breaking through traditional land, sea, and air combat domains, continuously expanding into the far seas, polar regions, cyberspace, and electromagnetic domains, and deeply integrating from the purely physical domain to the physical and information domains. Through cross-domain interaction, various resources and potentials are transformed into real capabilities, aggregating combat energy from different dimensions to form a coordinated, powerful, and complementary combat system, amplifying the multiplier effect of new-type combat capabilities. Recent local wars around the world demonstrate that new-type combat forces, represented by strategic early warning, information control, algorithmic attack and defense, and unmanned intelligence, are showing tremendous power on the modern battlefield.

Grasp the mechanism of new combat capability generation

The mechanism for generating new-type combat power is to solidify the foundation of combat power through revolutionary enhancement of basic element capabilities, to connect the combat power release chain through cross-domain integration of new elements, and to promote the emergence of combat power through networked and innovative configuration of all elements, thereby achieving a significant improvement in all-element combat power.

Revolutionary enhancements to fundamental capabilities are crucial for building a solid foundation for new-type combat power. People, weaponry, and the integration of people and weaponry are the three basic elements constituting combat power. Under new historical conditions, revolutionary enhancements to these fundamental capabilities are a vital foundation for forming new-type combat power. People are the most active and dynamic element of combat power. Currently, officers and soldiers possess diverse knowledge structures, strong learning and acceptance abilities, higher levels of thinking, more refined professional skills, and stronger innovation capabilities, making them the creators driving the generation of new-type combat power. Weaponry is the material carrier of new-type combat power. With the development of advanced military technologies, the emergence of various new types of weaponry, such as ultra-long-range, precision, intelligent, and stealthy weapons, forms the hardware foundation for generating new-type combat power. The integration of people and weaponry is the engine driving the generation of combat power. In intelligent warfare, weapons and equipment are not only tools in the hands of military personnel, but also an integral part of military personnel. Under a more scientific system and organizational structure, more precise management and support, and more advanced command and control, combat effectiveness is enhanced through human-machine interaction, human-machine collaboration, and human-machine integration.

By integrating new elements across domains, we can connect the chains for releasing new combat capabilities. The characteristics of generating and releasing new combat capabilities are the seamless and rapid integration of these chains. Promoting the comprehensive release of new combat capabilities requires focusing on new combat capability elements and new combat forces, accelerating the closure of single chains such as intelligence chains, command chains, lethality chains, and support chains, and the integration of multiple chains. On the one hand, new elements drive the high-quality closure of single chains. New elements such as data, algorithms, and networks are integrated into traditional combat chains. Through organic combination with traditional combat forces and elements, they optimize chain construction, resource allocation, and capability matching, shortening chain closure time and improving chain operational efficiency, thus providing new growth points for the generation of new combat capabilities. On the other hand, new force elements expand the hinges of multi-link collaborative systems. By using new force elements to remove bottlenecks in multi-link connections and increase the number of nodes for multi-link integration, various resources and potentials can be connected through cross-domain link closures. This aggregates the operational energy advantages of different dimensions, creating a joint combat system with interconnected, networked, deeply hinged, and collaboratively operating multi-link systems, thereby promoting the full release of new combat capabilities.

Achieving a new type of combat capability network through innovative configuration of all elements. The generation and development of new-type combat capabilities involves multiple aspects, including technological innovation, theoretical innovation, and institutional and mechanism innovation. To advance the construction of new-type combat capabilities, it is necessary to grasp the development characteristics of cross-integration and mutual support among different fields and technologies, focus on the innovative configuration of combat capability elements, optimize the configuration structure of combat capability elements, and improve the configuration mechanism of combat capability elements, so as to promote the formation of a situation of breakthroughs in multiple points and collective emergence. We must rely on an intelligent combat management system that enables real-time situational awareness, efficient information processing, rapid and autonomous decision-making, precise coordinated operations, and automatic control of weapons and equipment. This system will allow combat elements to be “plug and play” and “dynamically reconfigured,” rapidly forming a structure that conforms to battlefield realities and combat missions. It will ensure the rapid integration of combat methods, the rapid formation of combat forces, the rapid execution of combat actions, and the rapid delivery of combat resources. This will foster new efficiencies in command and control, precision strikes, and information offense and defense, significantly improving the efficiency of combat power generation and forming a new type of combat power network that is reconfigurable in resources, adaptable in links, and fully covers capabilities.

Clarify the requirements for the development of new-type combat capabilities

New-type combat capabilities are the result of revolutionary breakthroughs in military technology and profound changes in the combat capability generation model. They have both the characteristics and laws of traditional combat capability generation, as well as their unique essential attributes and generation methods. We should deeply grasp the dialectical relationship and internal logic of their generation and development, and clarify their development requirements.

Efforts should be focused on the integration of traditional and new combat capabilities. Traditional combat capabilities are the prerequisite and foundation for the formation and development of new-type combat capabilities, while new-type combat capabilities are the integration and upgrading of traditional combat capabilities. Vigorously developing new-type combat capabilities does not mean completely abandoning traditional combat capabilities; on the contrary, the stronger traditional combat capabilities are, the better new-type combat capabilities can develop. On the one hand, we should closely follow the trends of technological development and changes in the form of warfare, study new mechanisms, grasp new characteristics, plan and lay out in a forward-looking manner, accelerate the systematic construction of new-type weapons and equipment, accelerate the improvement of military personnel’s ability to apply new-type capabilities, scientifically increase the proportion of new-type combat forces in new domains, and expand new tracks for the generation of new-type combat capabilities. On the other hand, we should firmly safeguard the fundamental strength and base of traditional combat capabilities, give full play to the advantages of traditional equipment, mechanisms and technologies, and accumulate strength in connecting new equipment, integrating new mechanisms and aggregating new technologies, so as to achieve a high-low combination, tiered connection and mutual promotion of “new” and “old” to enhance overall combat capabilities.

Seeking practical results in “element integration.” Technological innovation is a core element in developing new-type combat capabilities, but it is not the only one. Vigorously developing new-type combat capabilities requires not only occupying the high ground of technological innovation but also emphasizing the integrated and coordinated development of technology with systems, management, and other elements. On the one hand, we should highlight the “driving and leading” role of technological innovation, fully strengthen our confidence and determination in independent innovation, target cutting-edge fields, accelerate research on the military applications of new and disruptive technologies, and accurately identify the “key points” and “catalytic domains” that technological innovation empowers combat patterns and weaponry. On the other hand, we must pay attention to the “integration and coordination” effect of multiple elements. We must fully recognize the role and status of both technological and non-technical factors in promoting the formation and development of new combat capabilities, and focus on using technological breakthroughs to drive the upgrading of tactics and methods, the optimization of combat forces, the improvement of management mechanisms and support models, and systematically promote the comprehensive and balanced development of new combat capabilities through the integration and coordination of multiple factors.

We must maintain our momentum in the “fast and slow combination.” The formation and development of new-type combat capabilities is a long-term process, characterized by inheritance and gradualism. It requires a balanced approach, considering the relationships between primary and secondary priorities, immediate needs and long-term development, and effectively employing a “fast and slow combination.” On the one hand, we should emphasize the creation of asymmetric “speed.” We must closely follow the evolution of warfare and advancements in military technology, closely monitor the development trends of adversaries’ weaponry and combat styles, target their vital weaknesses, quickly identify the “window of opportunity” for creating asymmetric advantages with new-domain, new-type forces, accelerate forward-looking planning and transformation, and strive to create “trump cards” in weaponry to achieve leapfrog development in combat capabilities. On the other hand, we must focus on achieving high-quality “stability.” With a view to matching national strategic needs and aligning with the war preparation process, we must adhere to starting from the actual war situation, scientifically and rationally formulate top-level plans for the development of new-type combat capabilities, highlight the tackling of key issues such as technological shortcomings and capability weaknesses that have long constrained the generation of combat capabilities, lay a solid foundation for the development of new-type combat capabilities, provide development conditions, accumulate development momentum, and promote the high-quality and steady development of new-type combat capabilities.

(Author’s affiliation: Strategic Assessment and Consulting Center, Academy of Military Science)

現代國語:

新質戰鬥力是依托新興科技手段和作戰理念所形成的一種全新戰鬥力。隨著人工智慧、大數據等科學技術的飛速發展,新型作戰力量的類型層出不窮、規模極速增長、運用廣泛多樣,直接影響和決定新質戰鬥力的生成質效。認清新質戰鬥力內在特色、掌握其生成機理、明晰其發展要求,對於加快提升新質戰鬥力建設水平,確保在未來戰爭中搶佔先機、贏得主動具有重要意義。

認清新質戰鬥力內在特點

新質戰鬥力是戰爭發展和技術進步的產物,其以高效能、高質量為目標,以科技創新為內在引擎和主導槓桿,是牽引並撬動先進戰鬥力全要素躍升的新型能力。

強體系賦能。新質戰鬥力是戰鬥力構成要素改變所產生的新生戰鬥力。在智慧化技術的推動下,新質戰鬥力的構成要素不斷拓展,不僅包括傳統要素,還包括資訊網絡、數據資源、智慧演算法等新型要素。新質戰鬥力的生成,由傳統的通過人力物力等資源投入,改善武器裝備單個平台性能,向通過新型要素和傳統要素的自疊加或互疊加、新型要素賦能傳統要素等方式拓展,帶來整個作戰體系的聚變轉化,以“體系賦能”引起“殺傷力”質量、規模、功能等質變。

深人機互動。人與武器裝備的結合手段、結合方式、結合效果,直接影響戰鬥力形成質效。發展新質戰鬥力可以牽引人與武器裝備形成最佳結合,這種結合同時促進新質戰鬥力加速發展。隨著大模型、平行模擬等技術深化應用,決策支援系統更為智慧化,武器裝備性能更為先進,人機互動更為便捷高效,透過高強度的模擬化訓練和實戰化演練,人與武器裝備的協同作戰能力將大為增強,為孵化新質戰鬥力提供了動力源泉。

多維域拓展。新質戰鬥力突破傳統的陸海空等作戰領域,不斷向遠海、極地、網絡、電磁等領域拓展,從單純的物理域向物理域資訊域等深度融合拓展。透過跨域互動將各類資源與潛能轉化為現實能力,聚合不同維域的作戰能量,形成整體連結、強強融合、優勢互補的作戰體系,放大新質戰鬥力倍增效應。從世界近幾場局部戰爭實踐看,以戰略預警、資訊控制、演算法攻防、無人智慧等為代表的新質作戰力量,在現代戰場上正顯現出巨大威力。

掌握新質戰鬥力生成機理

新質戰鬥力的生成機理,是以基本要素能力革命性提升夯實戰鬥力基石,以新型要素跨域融合貫通戰鬥力釋放鏈路,以全要素網絡化創新配置促進戰鬥力湧現,達到全要素戰鬥力大幅提升的效果。

以基本要素能力革命性提升,築牢新質戰鬥力基石。人、武器裝備以及人與武器裝備的結合,是戰鬥力構成的三個基本要素。在新的歷史條件下,基本要素能力革命性提升,是形成新質戰鬥力的重要基礎。人是戰鬥力要素中最活躍、最能動的要素。當前,官兵知識結構多元、學習接受能力強,具備更高的思維層次、更精的專業技能、更強的創新能力,是推動新質戰鬥力生成的創造者。武器裝備是新質戰鬥力產生的物質承載。隨著軍事高新技術發展,超遠程、精確化、智慧化、隱身化等各種新型武器裝備的出現,是推動新質戰鬥力生成的硬體基礎。人與武器裝備的結合是推動戰鬥力生成的引擎。智慧化戰爭中,武器裝備不僅是軍事人員手中的工具,也是同軍事人員的結合體,在更科學的體制編制結構下,更精準的管理保障下,更為高超的指揮控制下,以人機交流、人機協作、人機共融的形態提升戰鬥力。

以新型要素跨域融合,貫通新質戰鬥力釋放鏈路。鏈路貫通閉合、快速高效融合是新質戰鬥力生成釋放的特點。促進新質戰鬥力全面釋放,需以新型戰鬥力要素及新質作戰力量為主線,加速情報鏈、指揮鏈、殺傷鏈、保障鍊等單鏈路閉合、多鏈路貫通融合。一方面,新型要素推動單鏈路優質閉合。數據、演算法、網路等新型要素融入傳統作戰鏈路,透過與傳統作戰力量、作戰要素有機結合,優化鏈路構建、資源調度、能力匹配,縮短鏈路閉合時間、提高鏈路運行效率,為新質戰鬥力生成提供了新增長點。另一方面,新型力量要素拓展多鏈路協同體系鉸鏈。通過新型力量要素打通多鏈路貫通堵點、增加多鏈路融合節點,以跨域鏈路閉合將各類資源和潛能連接在一起,聚合不同維域的作戰能量優勢,打造多鏈路相互耦合、網狀輻射、深度鉸鏈、協同運行的聯合作戰體系,促進新質戰鬥力全面釋放。

以全要素創新配置,實現新質戰鬥力網系湧現。新質戰鬥力的生成與發展,事關科技創新、理論創新、體制機制創新等多個面向。推動新質戰鬥力建設,要掌握不同領域與各項技術之間交叉融合、相互支撐的發展特徵,聚焦戰鬥力要素的創新配置、優化戰鬥力要素配置結構、完善戰鬥力要素配置機制,推動形成多點突破、群體迸發的局面。要依托態勢實時感知、資訊高效處理、快速自主決策、精準協同作戰和武器裝備自動控制的智能化作戰管理系統,實現作戰要素“即插即用”“動態重組”,快速形成符合戰場實際和作戰任務的結構編成,確保作戰手段“快融”、作戰力量“快組”、作戰行動“快打”、作戰資源“快打”,催生指揮控制、精確打擊和信息攻防對抗體系新效能,大幅提升戰鬥力生成效率,形成資源可重組、鏈路自適應、能力全覆蓋的新質戰鬥力網。

明晰新質戰鬥力發展要求

新質戰鬥力生成軍事技術革命性突破、戰鬥力生成模式深度變革共同作用的結果,其既有傳統戰鬥力生成的特點和規律,更有其特殊的本質屬性和生成方式,應深刻把握其生成發展的辯證關系和內在邏輯,明晰其發展要求。

在「新舊結合」上下功夫。傳統戰鬥力是形成和發展新質戰鬥力的前提與基礎,新質戰鬥力是傳統戰鬥力的融合升級。大力發展新質戰鬥力並不代表全面拋棄傳統戰鬥力,相反只有傳統戰鬥力越堅實,新質戰鬥力才可能發展越好。一方面,應緊跟科技發展與戰爭形態變化趨勢,研究新機理、掌握新特徵,前瞻性謀劃佈局,加速推進新質武器裝備體系化建設,加緊提升軍事人員新質能力運用素養,科學提升新域新質作戰力量比重,拓展新質戰鬥力生成新賽道。另一方面,應牢牢守住傳統戰鬥力這個基本面、基本盤,發揮傳統裝備、傳統機制、傳統技術的優勢,在銜接新裝備、融入新機制、聚合新技術上積蓄力量,實現「新」「舊」高低搭配、梯次銜接、相互促進,提升整體作戰能力。

在「要素融合」上求實效。科技創新是發展新質戰鬥力的核心要素,但不是唯一要素。大力發展新質戰鬥力,不僅要佔領科技創新高地,還要重視科技與制度、管理等多要素融合協調、一體聯動。一方面,應突顯科技創新的「驅動引領」作用,充分堅定自主創新的信心決心,瞄準前沿領域,加速新型技術、顛覆性技術軍事應用研究,找準科技創新賦能作戰樣式、武器裝備的「關鍵點」「催化域」。另一方面,要注重多要素的「融合協調」效應。充分認識技術與非技術要素在推動新質戰鬥力形成發展中的地位作用,注重以技術突破帶動戰法打法升級、作戰力量優化、管理機制健全和保障模式完善,在多要素融合協調中體系化推進新質戰鬥力全面均衡發展。

在「快慢組合」上使長勁。新質戰鬥力的形成發展是一個長期過程,具有繼承性、漸進性等特徵,需要統籌好主與次、先與後、現實急需與長遠發展等關系,打好「快慢組合拳」。一方面,應突顯塑造非對稱的「快」。緊跟戰爭形態演變、軍事科技進步,緊盯對手武器裝備、作戰樣式發展動向,瞄準對手要害命門,快速找到以新域新質力量塑造非對稱優勢的“窗口期”,加緊前瞻佈局、加快轉化應用,著力打造武器裝備“撒手鐧”,實現戰鬥力跨越式發展。另一方面,要注重謀求高品質的「穩」。著眼與國家戰略需求相匹配、與戰爭準備進程相銜接,堅持從戰爭實際出發,科學合理制定新質戰鬥力建設發展頂層規劃,突出長期制約戰鬥力生成的技術短板、能力弱項等矛盾問題攻關,為新質戰鬥力夯實發展基礎、提供發展條件、積蓄發展後勁,推動質戰力穩步發展。

(作者單位:軍事科學院戰略評估諮詢中心)

季 明 許珺怡 時鵬翔

中國原創軍事資源:http://www.mod.gov.cn/

China’s Violence of War Shifts from Annihilation to Domination of the Enemy

中國的戰爭暴力從殲滅戰轉向對敵方的征服戰

現代英語:Military Academy

Editor’s Note: In today’s world, war looms large, with open and covert conflicts erupting one after another, revealing new connotations of war. The theory of war discusses the superstructure of violence, taking conflict as its object of study, exploring the roots, purposes, forms, and methods of political, military, economic, and social conflicts; the theory of violence studies the means and behavioral basis of war, taking confrontation as its object of study, exploring the nature, forms, laws, and violence of weapons and their use in confrontation. The theory of war is supported by the theory of violence, and the theory of violence is guided by the theory of war; the two complement each other, driving the evolution of the art of war. On July 24th of this year, this journal published Professor Lin Dong’s article “Comprehensive War Changes the Form of Conflict,” proposing a new theory of war. Here, this journal has invited Professor Lin Dong to write another article, “War Violence: From Annihilating the Enemy to Dominating the Enemy,” elaborating on the new theory of violence corresponding to the new theory of war, for our readers.

War is the highest form of violence, and violence is its most essential characteristic. As humanity entered the 21st century, driven by both technological advancements and pressing needs, war and violence entered a more advanced stage—the era of dominant violence.

1. The inevitability of the shift in war violence from annihilating the enemy to dominating the enemy

In the 21st century, information and intelligent technologies are reshaping the space and means of violence in warfare, triggering a differentiation in the application of violence. While novice war players are still reveling in the ever-evolving violence of conquering cities and territories, skilled war players have already devised new forms of violence that allow them to manipulate the enemy without firing a single shot. Once the opponent falls into the trap of being controlled, no matter how many battles they win, it will all be in vain, ultimately returning them to square one, or even leading to utter ruin.

The purpose of dominating violence is to enable oneself to strike the enemy and render their strikes ineffective. The ultimate goal of victory, pursued by both sides in war throughout history—to subdue the enemy without being subdued—is characterized by the asymmetry of violent confrontation. Information and intelligent technologies have solved the complexities of controllable and coordinated warfare, making war no longer like it was during World War II, where “the war machine, once started, was difficult to stop.” Violence has become a political tool that can be manipulated and used with ease. Especially under informationized and intelligent conditions, the controllability and deprivation of violence in war provide the conditions for dominating violence. The side possessing advanced technology can dominate the battlefield and control the course of war through non-contact warfare, achieving its war objectives by deterring, dismantling, and dismantling the enemy’s tools of violence. Thus, violent confrontation manifests as the deprivation or restraint of the opponent’s violence, allowing oneself to successfully evade enemy attacks.

The essence of dominating violence lies in the shift from annihilating the enemy to dominating the enemy, a shift determined by the emphasis on economic objectives in modern warfare. Engels pointed out, “Violence is merely a means; on the contrary, economic interests are the ends. The ends are far more ‘fundamental’ than the means used to achieve them.” Fundamentally, modern warfare pursues social values ​​and economic interests, leading to the expansion of war violence from direct to indirect violence. Simply put, victory can be achieved without physically destroying the enemy. Firstly, it involves the precise use and control of violence. The controllability of violence is developing towards precision, which is not only a political necessity to reduce collateral damage but also an economic necessity to lower the cost of war. It is also a requirement for quickly controlling the battlefield, effectively dominating the enemy, and seizing victory—a distinctive feature of modern warfare. Secondly, it has evolved from inflicting violence to deterring violence. Traditional violent confrontation emphasizes victory through battlefield combat, while dominating violence seeks to deter and dismantle the effectiveness of enemy violence. By displaying force and refusing the enemy’s use of force, it instills fear of war or renders the war machine inoperable, thereby achieving war objectives with minimal use of violence. Currently, the US military’s concepts of deterrence warfare and decapitation strikes are based on this idea. Thirdly, bloodless violence is comparable to bloody violence. The greatest advantage of bloodless violence is that it not only significantly reduces the cost of using violence but also increases the asymmetry of its use, leading to unexpected changes in the course of battle.

The dominant principle governing violence has shifted from the traditional greater use of violence to the optimal use of violence, leading to a decrease in the brutality of war. Since the end of the Cold War, casualties in modern warfare have decreased dramatically. From the Gulf War to the Iraq War, the total number of deaths on both sides dropped from less than 100,000 to less than 20,000, while the Vietnam War saw nearly 1.7 million deaths. However, the driving force behind this sharp decline in war casualties is not a decrease in the lethality of war, but rather strategic needs, primarily economic needs, as the economy has always been the root of war. Taking the Iraq War as an example, the United States sought oil resources; therefore, its purpose in launching the war was to establish an Iraq that aligned with American interests. “Destroying” Iraq or plunging it into chaos would only exacerbate the destructive nature of the war, increase the cost of post-war reconstruction, and amplify hostility, making post-war stability maintenance more difficult. Simultaneously, the overall decline in the brutality of war is also attributed to the progress in the world’s moral views on war since World War II, resulting in restrictions on the use of violence in war, with media playing a role in public opinion oversight. Thus, the violence of war was precisely used and released after precise planning and design. Unprecedented high-intensity military strikes could be carried out under the principle of minimizing (sufficient) collateral damage and not causing large-scale casualties. Instead of causing mass casualties among the enemy, the strikes quickly rendered the enemy unable to resist, which is equivalent to turning surgical strikes into minimally invasive surgery to reduce the aftereffects of war.

2. Dominating the enemy’s thinking is becoming the direct course of war.

Dominating the enemy evolved from deterring the enemy, but it is not a new concept. From Sun Tzu’s “the best strategy is to subdue the enemy by their plans” to the tactics of “leading the enemy by the nose,” there is a wealth of ideas about domination. However, in the past, due to a lack of weapons and technology, dominating the enemy was indirect. Today, the informatization and intelligentization of weapons are transforming the idea of ​​dominating the enemy into a direct approach to warfare.

Lethal violence plays a dominant role in military force, exhibiting a dual-track pattern of bloodshed and non-bloodshed in manned combat spaces, moving from physically eliminating the enemy to dominating them physiologically and psychologically. From cold weapons to firearms, all are physical violence that injures the body, belonging to the category of bloodshed violence. After carpet bombing reached its peak, it was constrained by the laws of war, shifting towards precision strikes to reduce unnecessary casualties. At the same time, demonstrating force remains an effective political tool; nuclear deterrence acts as a strategic stabilizer, and precision strikes enhance the effectiveness of conventional deterrence. However, precision violence is not “merciful violence,” and battlefield pressure is greater than ever before.

During World War I, biological and chemical weapons emerged, with bacteriological and chemical warfare entering the battlefield, causing massive casualties and ecological damage, and were banned by the Hague Convention. However, since the beginning of the 21st century, hegemonic powers have continued to pursue biological and chemical warfare, and terrorism has used these weapons as the best tool of violence against humanity. Therefore, some scholars consider the 21st century the century of biological warfare. With technological advancements, the controllability of the lethality of biological agents has greatly increased. In 2002, Russia used biogas for the first time in the anti-terrorism battlefield during a hostage crisis, marking the entry of non-lethal weapons into conventional warfare. With the rapid development of non-lethal weapons, the focus has shifted from gunpowder-based killings to controlling and destroying biological (physiological) systems, thereby disabling combat effectiveness. In particular, non-lethal weapons are more cost-effective compared to lethal weapons such as aircraft, warships, and tanks. With simplified manufacturing techniques, olfactory weapons, rubber bullets, traps, biological reagents, stun grenades, and laser blinding weapons have been deployed, driving lethal violence towards a soft-kill approach. Modern deterrence warfare and effects-based operations demonstrate that making the enemy afraid to use weapons or unable to use weapons on the battlefield can lead to easier victories. During the Iraq War, the United States successfully used deterrence warfare to intimidate and deceive Saddam Hussein, preventing him from using the Scud missiles that posed a threat to U.S. forces.

Intelligent warfare is shifting from force-intensive to weapon-intensive battlefields. Higher-dimensional spaces such as cyberspace, outer space, and electromagnetic spectrum are replacing land, sea, and air as the dominant operational spaces. These spaces are nearly unmanned, and with massive political, economic, and military critical infrastructure such as oil pipelines, storage facilities, and transportation hubs becoming the focus of attack, weapons of mass destruction are breaking free from the constraints of manned battlefields and turning towards destroying weapon systems and combat platforms. This shift from lethal violence to destructive violence has led to an unlimited increase in war violence. From the Gulf War to the Iraq War, the US military used cluster bombs and depleted uranium munitions to strike Iraqi military and political infrastructure and armored convoys, breaking the nuclear threshold to some extent and opening a new direction for the development of weapons of mass destruction. From the US military’s use of graphite bombs to attack urban power systems in the Kosovo War to the damage and paralysis of Iranian nuclear facilities by a virus attack, electromagnetic pulse weapons, space weapons, and cyber weapons have demonstrated enormous power. Although destructive weapons are strictly controlled and do not directly target humans, they aim to destroy operational systems, infrastructure, and even the enemy’s survival environment, thereby forcing the enemy to submit. What warrants particular attention is that nuclear strikes, restricted by the laws of war, are moving away from cities and civilians, and even densely populated manned battlefields, but are shifting towards sparsely populated unmanned battlefields, such as space, the deep sea, and isolated islands.

With the development of informatization and intelligentization, the information and cognitive domains have become new battlegrounds for penetrating the economy and society. Information tools and cognitive tools have naturally become new tools of violence, mainly manifested in the forms of cyber violence, economic violence, and cultural violence, which have emerged rapidly and forcibly altered the judgments, positions, and decisions of adversaries at the strategic and social levels. Cyber ​​warfare involves artificially creating false data or tampering with big data to induce adversaries to make incorrect judgments and decisions; economic violence has evolved into economic sanctions, financial warfare, and technological decoupling warfare, attacking adversaries’ stock markets and banking systems, disrupting adversaries’ supply chains through legal and coercive commercial means, and hindering adversaries’ development and innovation; cultural violence leverages digital networks to push traditional public opinion warfare into public diplomacy and global media warfare, thereby influencing the positions of the international community and the global public.

In short, in the era of dominant violence, the violence of war has shifted, expanding from lethal violence to destructive and coercive violence.

3. Just wars and unjust wars follow different paths of dominant violence.

In the 21st century, the violent nature of war has not changed; violence remains the primary act of war, and without violence, there can be no war. In the era of cold weapons, violence manifested as the clash of swords; in the era of firearms, it evolved into the smoke of gunpowder; and in the nuclear age, the violence of war has expanded infinitely. To this day, humanity as a whole still lives in a relatively peaceful era of insecurity under the threat of nuclear weapons.

Marx’s assertion that “violence is the midwife of every old society that gives birth to a new one” remains a tenet of just war. However, advancements in warfare and the globalization of warfare have elevated the structural transformation of violence in just war from a natural process to a conscious one. First, we must not allow the pursuit of efficiency in war to obscure our historical perspective, recognizing that only just war can achieve complete victory. Wars are always categorized as just or unjust, and informationized and intelligent warfare is no exception. Second, modern warfare practice has provided both tactical and technical lessons for promoting the development of just war theory and negative examples for political and strategic critique. A profound realization is that the US military’s promotion of low-casualty, low-cost warfare efficiency has given the world a strong impression of swift military victories. However, the US spent trillions of dollars on post-war reconstruction in Afghanistan and Iraq, yet still could not avoid the eventual withdrawal. Such lessons are ancient, and modern warfare continues to repeat them. The secret it reveals is that the pursuit of efficiency in informationized and intelligent warfare has not changed the fundamental principle that only just war can win peace. The U.S. military achieved military dominance through its superior combat power and, to some extent, economic dominance from before the start of the war until the end of the major combat operations. However, without just political leadership, its rapid victories based on information superiority were still short-lived, unsustainable, and politically unsuccessful military victories. Therefore, developing informationized and intelligent warfare along a just path is both determined by the political nature of the just side and a prerequisite for the just side to win.

Just wars differ from unjust wars, which are frequently waged for hegemonic gain. Just wars are typically acts of self-defense, driven by necessity, aiming to deter further and larger conflicts through a single act of violence, thus serving an educational purpose against violence. In 1958, the People’s Liberation Army’s shelling of Kinmen, evolving from all-weather attacks aimed at eliminating enemy manpower to shelling every other day, then to shelling without targeting individuals, and finally to notifying the enemy before shelling, represents a transformation from lethal violence to destructive violence, and finally to coercive violence. This served the war’s objectives of deterring, educating, and uniting the enemy, fully demonstrating the wisdom and courage of just wars. The view of violence in just wars can be summarized by “one central principle and two basic points”—the central principle is using just violence to curb unjust violence. This is fundamentally different from the pursuit of maximizing violence and the inhumane tendencies of unjust wars. One fundamental point is the development of self-defense violence, advocating the development of weapons to destroy weapons. Dominating the enemy requires emphasizing the development of violence capable of stopping violence itself, expanding military force in a direction where lethality and destructiveness are controllable, moving from lethal to non-lethal, and from environmentally destructive to environmentally minimal. Another fundamental point is the forceful, justified, and restrained use of force, not seeking to maximize its use, but rather selecting the methods of its application to dominate the enemy, and defining the laws of force in its specific application.

A just war advocates using lethal and destructive violence supplemented by coercive violence, moving from focusing on destroying the enemy’s tools of violence to deterring and preventing the enemy from using them, demonstrating a higher level of dominance over violence. Fundamentally, a just war is about defending one’s own territory and maritime borders, and highly values ​​the need for post-war environmental and social governance. It should be recognized that the US military dropped large quantities of depleted uranium, thermobaric, and graphite bombs in cities in Yugoslavia, Afghanistan, and Iraq, and established virus laboratories in other countries, causing long-term damage to urban environments and people’s livelihoods; its invisible destruction is enormous. Unjust wars, under the guise of reducing “bloodshed politics,” expand from inflicting external wounds to inflicting irreparable internal damage, abusing non-lethal violence, such as using audio weapons beyond reasonable limits, rupturing eardrums and causing hearing loss—more cruel than gunpowder-based killings, bringing terror rather than deterrence. Compared to the destructive and lethal nature of unjust wars, the violent structure of a just war is centered on coercion. First, we must strive to deter the enemy from launching its war machine, based on large-scale military declarations and pressure, demonstrating invincible strength and the determination to not withdraw until the objective is achieved. This will advance the deterrence strategy to a new level of dominance, showcasing the effectiveness of war preparations and deterring the enemy from taking desperate measures. Second, we must use limited lethal and destructive violence to prevent the enemy from operating its war machine, forcing it to abandon violent resistance. This method of depriving or hindering the enemy from using weapons is far less costly than destroying their weapons, more effective than destroying their troops and equipment, and more suitable for just wars. Third, we must use coercive violence as the main force, based on a protracted approach, and win an overwhelming strategic posture through flexible economic warfare, cyber warfare, and cognitive warfare.

Looking to the future, only just wars can bring about progress in the civilization of warfare. This is because the progress of the civilization of warfare depends on the warring parties’ understanding and choice of violence. History has proven that the dominant role of absolute violence in unjust wars is temporary and unreliable. While it provides conditions for the inevitable victory of just wars, the excessive abuse of violence simultaneously creates asymmetrical pressure on the just warring parties to exercise restraint. Therefore, just wars need to combine violence and non-violence to exert a dominant role, giving new support to the “inevitable victory of just wars” in the era of intelligent globalization. Just wars employ relative violence to achieve victory, aiming to create conditions for a political solution through limited but long-term military and economic control. This involves mobilizing the people of both sides and the international community to prevent the enemy from using the war machine, winning through containment, and containing through victory. It seeks to use violence efficiently and at low cost, achieving political victory with minimal casualties, minimal damage, and minimal cost.

(Author: Lin Dong, Professor at the National Defense University)

現代國語:

【講武堂】

編者按:當今世界,戰爭風雲籠罩,明戰暗戰此起彼伏,蘊藏戰爭新內涵。戰爭論講暴力之上層建筑,以沖突為研究對象,探究政治軍事經濟社會沖突的根源、目的、形態和方式﹔暴力論則研究戰爭之手段與行為基礎,以對抗為研究對象,探究武器和運用武器進行對抗的性質、形式、法則和暴烈程度。戰爭論以暴力論為支撐,暴力論則以戰爭論為指導,二者相輔相成,推動戰爭藝術的演化。今年7月24日,本刊發表了林東教授的文章《綜合戰爭改變沖突形態》提出了一種新戰爭論,這裡,本刊再請林東教授撰寫《戰爭暴力從消滅敵人走向支配敵人》一文,闡述與新戰爭論相對應的新暴力論,以饗讀者。

戰爭是暴力的最高形式,暴力是戰爭的最本質特征。人類進入21世紀,在技術推動和需求牽引雙雙作用之下,戰爭暴力進入了一個高級階段——支配暴力時代。

1、戰爭暴力從消滅敵人向支配敵人轉變的必然性

21世紀,信息化智能化技術正在刷新戰爭暴力的空間和手段,觸發暴力應用層次分化。當初級戰爭玩家還陶醉於攻城克地的暴力日新月異之中,高明的戰爭玩家已經布局不費一兵一卒而調動敵人於股掌之中的全新暴力,而對手一旦掉入受支配的陷阱,無論打贏多少場戰役戰斗,都是做無用功,終回原點,甚至萬劫不復。

支配暴力目的是使自己能打擊敵人,並使敵人的打擊失靈。歷來戰爭雙方所追求的至高戰勝境界——致人而不致於人,其最大特點就是暴力對抗的不對等性。信息和智能技術解決了戰爭手段可控與協調等復雜性問題,使戰爭不再像二戰時期那樣“戰爭機器一經啟動就難以停止”,暴力手段成了可以駕馭並游刃有余的政治工具。尤其是在信息化智能化條件下,戰爭暴力的可控性、可剝奪性為支配暴力提供了條件,掌握高技術的一方通過實施非接觸作戰主宰戰場和主導戰爭進程,通過威懾、瓦解和解除敵人的暴力工具來達到戰爭目的,從而使暴力對抗呈現為剝奪或掣肘對手的暴力,並使自己成功避開敵人的打擊。

支配暴力本質是從消滅敵人向支配敵人轉移,是現代戰爭凸顯經濟目的所決定的。恩格斯指出:“暴力僅僅是手段,相反地,經濟利益是目的。目的比用來達到目的的手段要‘基礎性’得多。”從根本上講,現代戰爭追求社會價值和經濟利益,導致戰爭暴力從直接暴力向間接暴力拓展。簡單地說,不需要從肉體上毀滅敵人而贏得勝利,一是精確使用和控制暴力。暴力的可控性向精確化方向發展,這不僅是減少附帶損傷的政治需要,也是降低戰爭成本的經濟需要,還是快速控制戰局,有效支配敵人,奪取戰爭勝利的效益需求,這已成為現代戰爭發展的鮮明特點。二是從施與暴力發展到遏制暴力。傳統的暴力對抗強調通過戰場搏斗來取勝,而支配暴力則追求威懾、拆解敵人暴力的效力,通過顯示武力和拒止敵人使用武力的方式,使敵人畏懼戰爭或無法運作戰爭機器,從而以最少量地施與暴力,來達到戰爭目的。目前看,美軍發明的震懾戰、斬首戰都是基於這樣的觀念產生的。三是不流血的暴力與流血的暴力相媲美。不流血的暴力的最大優勢是不僅能大幅度減輕暴力運用的成本,而且能提高暴力運用的非對稱性,使戰局發生奇變。

支配暴力的法則從傳統更多地使用暴力變為最佳使用暴力,從而導致戰爭暴烈性有所下降。冷戰結束以來,現代化戰爭造成的傷亡驟然減少了。從海灣戰爭到伊拉克戰爭,戰爭雙方死亡總數從不到10萬人下降到不足2萬人,而越南戰爭死亡總數則是近170萬人。但導致戰爭傷亡銳減的動因並不是戰爭殺傷力在減小,而是戰略上的需要,首先是經濟上的需要,經濟歷來是戰爭的本源。以伊拉克戰爭為例,美國要獲得的是石油資源,因此它發起戰爭的目的是建立符合美國利益的伊拉克,“打爛”伊拉克或者伊拉克陷入混亂隻能加劇戰爭的破壞程度,增加戰后重建的成本,並擴大敵對情緒增加戰后維穩的困難。同時,戰爭暴烈性的總體下降還歸因於二戰以來世界人民在戰爭道義觀上的進步,產生了對戰爭暴力使用的限制,其中媒體傳播起到了輿論監督作用。由此,戰爭暴力在精確規劃和計劃之后被精確地使用了、被精確地釋放了,前所未有的高強度軍事打擊,能夠在最少(足夠)並不導致大面積附帶損傷的原則下進行,不再使敵人大量死去,而是使敵人快速失去抵抗意志和抵抗能力,相當於外科手術式打擊轉向微創手術,以減小戰爭后遺症。

2、支配敵人的思想正在變成直接的戰爭路線

支配敵人是從威懾敵人發展而來的,但並非新概念。從孫子的“上兵伐謀”到“牽著敵人鼻子走”的戰略戰術,都蘊含著豐富的支配思想,但過去缺乏武器和技術條件,支配敵人的方式是間接的。而今,武器的信息化智能化,正在把支配敵人的思想變成直接的戰爭路線。

殺傷性暴力發揮武力支配作用,在有人作戰空間呈現流血和不流血雙軌模式,從肉體上消滅敵人邁向從生理和心理上支配敵人。從冷兵器到火器,都是物理暴力殺傷肌體,屬於流血的暴力,當地毯式轟炸發展到頂峰后受到戰爭法制約,轉向精確殺傷,減少不必要的殺傷。同時,顯示武力仍是有效的政治工具,核威懾起著戰略穩定器作用,精確殺傷提升常規威懾效力。但精確暴力並非“仁慈的暴力”,戰場壓力超過以往任何時期。

在第一次世界大戰期間,生化武器興起,細菌戰、毒氣戰進入戰場,導致大規模傷亡並破壞生態環境,被《海牙公約》禁止。但進入21世紀以來,霸權主義仍在謀求生化戰爭,而恐怖主義更是把生化武器作為反人類的最佳暴力工具,因此,21世紀被一些學者認為是生物戰的世紀。隨著科技的進步,生物戰劑殺傷力可控性大大增強,2002年俄羅斯在處置人質危機事件中首次將生物氣體用於反恐戰場,標志著非致命性武器走進了常規戰爭。隨著非致命性武器大發展,從火藥殺傷肌體邁向控制、破壞生物(生理)系統,從而使戰斗力失能。尤其是非致命性武器的造價與飛機、軍艦、坦克等致命性武器相比具有高性價比,隨著制造技術簡易化,嗅覺武器、橡皮子彈、捕捉器、生物試劑、眩暈彈、激光致盲武器列裝,它們帶動殺傷性暴力朝著軟殺傷方向發展。現代震懾戰和基於效果作戰實踐表明,戰場上使敵人不敢使用武器和使用不了武器,可以贏得更容易。伊拉克戰爭期間,美國成功地運用震懾戰來恫嚇和欺騙薩達姆,使其一直未能啟用對美軍有威脅的飛毛腿導彈。

智能化戰爭從兵力密集型戰場轉向武器密集型戰場,網絡、太空、電磁空間等高維度空間取代陸海空成為主導性作戰空間,這些空間近乎無人化,加上輸油管道、倉儲、交通樞紐等體積龐大的政治經濟軍事關鍵基礎設施成為打擊重心,推動大規模殺傷性武器突破有人戰場的羈絆,轉向破壞武器系統和作戰平台。殺傷性暴力轉向破壞性暴力,導致戰爭暴力仍在無限增長。從海灣戰爭到伊拉克戰爭,美軍使用集束炸彈、貧鈾彈打擊伊拉克軍政基礎設施和裝甲車隊,一定程度上打破了核門檻的禁忌,開啟了大規模殺傷性武器發展的新方向。自美軍科索沃戰爭使用石墨炸彈攻擊城市供電系統起,到伊朗核設施受到病毒攻擊而毀傷癱瘓,電磁脈沖武器、太空武器、網絡武器顯示出巨大威力。破壞性武器雖然嚴格控制,不直接針對人體,但卻力圖破壞作戰體系、基礎設施甚至是敵人的生存環境,從而迫使敵人屈服。尤需警惕的是,核打擊因戰爭法限制而遠離城市和平民,甚至兵力密集的有人戰場,但轉向人員稀少的無人戰場,太空、深海和孤立的島嶼。

隨信息化智能化發展,信息域認知域成為深入經濟社會的新戰場,信息工具和認知工具也自然成為新暴力工具,其主要以網絡暴力、經濟暴力、文化暴力等形式展現出來並異軍突起,強制性改變對手戰略層和社會層的判斷、立場和決策。網絡戰人為制造假數據或篡改大數據,誘導對手做出錯誤判斷和決策﹔經濟暴力演化出經濟制裁、金融戰、科技脫鉤戰,打擊對手股市和銀行系統,以法律和強制性商業手段中斷對手供應鏈,遲滯對手發展創新﹔文化暴力借助數字網絡推動傳統輿論戰邁向公共外交戰和全球傳媒戰,從而影響國際社會和全球公眾的立場。

總之,在支配暴力時代,戰爭的暴烈性發生了轉移,即從殺傷性暴力向破壞性暴力、強制性暴力拓展。

3、正義戰爭與非正義戰爭走不同的支配暴力路線

21世紀,戰爭的暴力本質並未改變,暴力仍是戰爭的主要行為,沒有暴力就談不上戰爭。在冷兵器時代暴力表現為刀光劍影,在火器時代發展成硝煙彌漫,到了核時代戰爭暴力走向無限擴大,至今,人類總體上仍處於核威脅下不安全的相對和平年代。

馬克思關於“暴力是每一個孕育著新社會的舊社會的助產婆”的論斷,至今仍是正義戰爭信條。但戰爭手段的進步和戰爭時空全球化的展開,使正義戰爭的暴力結構性轉變從自然過程上升到自覺過程中來。首先,不為戰爭的效益觀掩蓋戰爭的歷史觀,認清隻有正義的支配才能取得戰爭的徹底勝利。戰爭總是分正義和非正義兩類,信息化智能化戰爭也不例外。其次,現代戰爭實踐既為我們推動發展正義戰爭理論提供了戰術技術上的經驗借鑒,同時也提供了政治和戰略上批判的反面教材。一個深刻認識是,美軍宣揚的小傷亡、低成本戰爭效益觀,給世界帶來了軍事速勝的深刻印象。但美國在阿富汗、伊拉克這兩個國家花上萬億美元來搞戰后重建,還是無法避免最終撤軍走人的結局。這樣的教訓古已有之,現代戰爭又繼續重演,它揭示的奧秘是,信息化智能化戰爭的效益觀並沒有改變隻有正義戰爭才能贏得和平的規律。美軍憑借強大的戰斗力做到了軍事上的支配,從戰爭發起前到主要戰事結束期間也在一定程度做到經濟支配,但沒有正義的政治統領,其信息優勢下的快速制勝仍然是短暫的、不能維持的、政治失敗的武力勝利。因此,開辟信息化智能化戰爭在正義方向上的發展路線,既是正義方政治性質所決定,同時也是決定正義方打贏的前提條件。

正義戰爭與非正義戰爭牟取霸權利益而頻繁發動戰爭不同,通常是被迫採取戰爭自衛行動,並力爭通過一次性暴力的釋放來阻止更多更大的戰爭,從而達成反暴力的教育作用。1958年,中國人民解放軍炮擊金門,從消滅敵人有生力量的全天候打擊轉向隔日炮擊,再轉向不打人的炮擊,再轉向炮擊前通知敵人,就是從殺傷性暴力到破壞性暴力,再到強制性暴力的轉換過程,起到震懾敵人、教育敵人、團結敵人的戰爭目的,充分展示了正義戰爭的大智大勇。正義戰爭的暴力觀可以用“一個中心兩個基本點”來概括——以正義暴力遏制非正義暴力是中心,這與非正義戰爭追求暴力最大化及其反人類傾向有本質區別。一個基本點是發展自衛的暴力,主張發展消滅武器的武器,支配敵人更要強調發展那些能夠制止暴力的暴力,立足朝殺傷力、破壞力可控的方向拓展武力,從致命性向非致命性方向拓展,從環境破壞大向環境破壞小方向拓展。另一個基本點是有力有理有節地使用武力,不求最大化地使用武力,而是圍繞支配敵人選擇武力的運用方式,並在具體運用中界定武力法則。

正義戰爭主張以殺傷性暴力、破壞性暴力輔助強制性暴力,從重在摧毀敵人暴力工具邁向遏制和拒止敵人使用暴力工具,展示更高的支配暴力境界。從根本上講,正義戰爭是保衛自己的國土、海疆,高度重視戰后環境和社會治理需要。應看到美軍在南聯盟、阿富汗和伊拉克城市扔下了大量貧鈾彈、溫壓彈和石墨彈,在他國建立病毒實驗室,對城市環境和民生的傷害是長遠的,其隱形的破壞是巨大的。這種非正義戰爭以降低“流血的政治”為名,從制造外傷向制造不可修復的內傷拓展,濫用非致命性暴力,如音頻武器超過合理的度,震裂耳膜,導致聽覺喪失,比火藥殺傷更殘忍,帶來的不是威懾而是恐怖。相比於非正義戰爭突出破壞性和殺傷性,正義戰爭暴力結構則以強制性為中心。一是力求遏制敵人啟動戰爭機器,立足大規模的武力宣示和施壓,顯示不可戰勝的實力和不達目的不收兵的決心,將威懾戰略推進到支配戰略的新思路,把戰爭准備的實效顯示出來,懾止敵人鋌而走險﹔二是以有限殺傷性暴力、破壞性暴力釋放拒止敵人運行戰爭機器,使敵人放棄暴力抵抗,這種用剝奪或掣肘敵人使用武器的方式比摧毀敵人武器代價要小得多,比摧毀敵人兵力兵器更有效,更適用於正義戰爭。三是以強制性暴力為主體,立足持久,以富有彈性的經濟戰、網絡戰、認知戰贏得壓倒性戰略態勢。

展望未來,隻有正義戰爭才能帶來戰爭文明的進步。因為,戰爭文明是否進步取決於戰爭方對暴力的認知和選擇。歷史証明,非正義戰爭奉行絕對暴力的支配作用是暫時的、不可靠的,為正義戰爭必勝提供了條件,但同時超限濫用暴力對正義戰爭方的克制暴力構成非對稱的犧牲壓力。為此,正義戰爭有必要把暴力和非暴力綜合起來發揮支配作用,使“正義戰爭必勝”在智能化全球化時代獲得新支撐。正義戰爭施展相對暴力制勝,立足以有限但長期的軍事和經濟扼控為政治解決創造條件,發動敵我雙方的人民和國際社會,制止敵人使用戰爭機器,在遏制中打贏,在打贏中遏制,追求高效益、低代價的暴力運用,以最小傷亡、最小破壞、最小成本達成政治勝利。

(作者:林東,系國防大學教授)

中國原創軍事資源:https://military.people.com.cn/