The rapid development of generative AI technology is profoundly changing the way human society produces and lives, and accelerating its penetration into the military field. Humans fight in the same way they produce. This technological wave will have a revolutionary impact on the concepts, models, and capabilities of national defense mobilization, providing powerful new momentum for winning future informationized and intelligent wars. Generative AI differs from traditional discriminative AI in that its core lies in "creation". It uses deep learning to collect massive amounts of data, grasp the inherent laws and features of things, and generate new, logical, and coherent content such as text, images, audio, etc. This marks the transition of artificial intelligence from a single task "discriminator" to a comprehensive understanding and multi task collaborative "creator". The powerful data mining, pattern summarization, and trend prediction capabilities of generative AI provide unprecedented technological support for military intelligence. For example, in the future, combat systems based on generative AI can deeply analyze massive enemy combat data, accurately extract their action patterns and tactical habits, and even simulate the decision-making thinking of enemy commanders, providing intelligent solutions for efficient response. The enormous potential of generative AI in the military field has attracted high attention from major military powers around the world. The United States included it in the list of key technologies as early as 2023 and established a special working group of the Department of Defense to accelerate its application. Russia emphasizes mastering a "complete set of autonomous technologies" in the field of generative AI, viewing it as a core capability related to "national sovereignty and technological autonomy". The UK's Defense Artificial Intelligence Strategy also explicitly identifies generative AI as a key path to enhance the intelligence level of weapons and equipment. Currently, the global competition for military intelligence centered around generative AI is intensifying, and countries around the world are increasing their investment to promote the application of generative AI in the military field. Military experts predict that the deep integration of generative AI into the national defense mobilization system will significantly enhance the ability to support and ensure victory. Accurately predict battlefield support requirements. Everything is established in advance, and failure to do so leads to failure. Future information-based and intelligent warfare is a joint operation across the entire region, characterized by fast pace, high consumption, and high precision. By utilizing the powerful data analysis and processing capabilities of generative AI, we can deeply explore the consumption patterns of modern warfare materials, accurately deduce future combat support needs, and provide solid data support for scientifically formulating mobilization plans and accurately allocating resources such as manpower, material resources, and information resources, achieving the goal of "pre war planning". Significantly improve the efficiency of mobilization decision-making. The future battlefield situation is constantly changing, and fighter jets are fleeting. To some extent, war is a race of speed, which puts forward new and higher requirements for the efficiency of front-line support. The faster and more accurate the mobilization and command decisions, the greater the possibility of supporting and ensuring victory in the war. By deeply integrating generative AI into various support and support systems, intelligent interconnection of personnel, equipment, and materials can be achieved. Through real-time analysis of massive data such as material reserves, status, and location, the support and support system can intelligently match the needs, material attributes, and transportation capabilities of the troops, far exceeding traditional command speed to generate optimal support solutions, ensuring "precise and immediate response". Optimize the efficiency of multi-dimensional collaborative support. In the complex battlefield environment of the future, the high consumption and fast mobility of diverse combat forces pose severe challenges to cross domain collaborative support. Generative AI can quickly identify the needs of different combat domains and units, and autonomously allocate tasks, plan paths, and locate navigation based on the capabilities, locations, and resource availability of each support unit. It achieves precise point-to-point delivery of support materials, ensuring "global linkage and efficient collaboration". Improve the accuracy of battlefield support. In the material supply chain, generative AI can monitor battlefield consumption and inventory dynamics in real time, predict supply trends, intelligently formulate replenishment plans, and comprehensively plan the optimal delivery route based on factors such as transportation and enemy situation, reducing costs and improving timeliness. For example, in the field of battlefield medical rescue, through intelligent analysis of medical data, generative AI can quickly identify potential injuries of the wounded, accurately match the nearest rescue forces and medical resources, and significantly improve the efficiency and success rate of battlefield treatment. Of course, generative AI also faces many challenges in military applications. For example, when encountering knowledge blind spots in professional fields, generative AI may generate erroneous information; When facing malicious attacks such as data pollution and model theft from opponents, it can easily lead to system loss of control. These challenges warn people that the military application of generative AI must prioritize safety, reliability, and controllability. It is necessary to break through key bottlenecks such as data security protection, algorithm trustworthy governance, and application ethical norms, and accelerate the construction of an autonomous, controllable, secure, and reliable technological system and governance framework. Only in this way can we truly harness generative AI and make it a powerful engine for accelerating the intelligent transformation of national defense mobilization and serving the preparation for war. (New Society)