Executive Summary
This article is a literature review on the construction of the kill chain in computerized and intelligent combat systems. It explores the evolution of artificial intelligence-driven warfare, analyzing the conceptual essence, victory mechanisms, design philosophies, model construction, effectiveness evaluation, and scenario applications of the kill chain. The study also examines the research and application status of the kill chain among major military powers, such as the US and China, and projects future research directions, including soft kill chain theory, edge control systems, and specific combat scenarios.
Why It Matters
This document is crucial for defense analysts as it provides a comprehensive overview of the evolving kill chain concept, integrating AI and informationization, which is central to modern and future warfare doctrine and system design.
Key Takeaways
- The kill chain concept, originating from the US F2T2EA model, is rapidly evolving with AI and informationization, leading to structural changes in combat systems.
- Major military powers are intensely researching and applying intelligent kill chain concepts to gain an advantage in future conflicts.
- The transition from 'kill chain' to 'kill web' signifies a shift towards more iterative, distributed, and resilient combat architectures.
- The construction of kill chains should aim for speed and reliability, integrating operational concepts like distributed and mosaic warfare.
- The research highlights the importance of understanding foreign military advancements in kill chain theory and application for strategic preparedness.
Strategic Relevance
The evolution of the kill chain concept, particularly with the integration of AI and informationized systems, is fundamental to understanding and developing future military doctrine and capabilities. It directly impacts how forces detect, track, target, and engage adversaries, influencing strategic advantage and operational effectiveness in modern warfare.