At a certain synthetic training and trial ground, unmanned aerial vehicles (UAVs) with integrated detection and attack capabilities soar in the sky, breaking through obstacles and breaking through defenses while unmanned vehicles gallop across the battlefield; At a certain training center, officers and soldiers wear VR glasses and hold high fidelity training guns for tactical operations... At the beginning of the new year, all units of the military insist on seeking training quality and efficiency from technology, innovating and developing advanced training methods and techniques, and accelerating the transformation and upgrading of military training. President Xi emphasized the need to strengthen the construction of simulation, networking, and adversarial methods, explore training methods such as' technology+'and' network+', and significantly improve the technological content of training. Science and technology are the core combat capabilities and the most active and revolutionary factors in military development. Currently, a new round of technological revolution and military revolution, represented by artificial intelligence, biological intersection, and advanced computing, is rapidly developing. It not only changes the form of war and the winning mechanism of war games, but also fundamentally innovates the form, means, and methods of military training. Making full use of contemporary technological achievements and vigorously developing advanced training methods and techniques, especially the new "networked, data-driven, and intelligent" training methods and techniques that are suitable for military training in the new era, is an important prerequisite for continuously strengthening technological training and enhancing military training efficiency. It is easy to achieve strength by following reason, but difficult to achieve success by acting behind the scenes In modern warfare, combat operations are expanding to multiple domains, and the battlefield environment is becoming more complex. Traditional training conditions and methods are no longer sufficient to meet the training needs of the battlefield environment. Training methods such as "technology+" and "network+" aim at the growth points of combat effectiveness, take technology empowerment as the starting point, continuously improve training methods, enhance training quality and efficiency, not only achieve multidimensional training space, data-driven training evaluation, intelligent adversarial exercises, and modeled training methods and tactics, but also increase the intensity, difficulty, and complexity of training, making it closer to actual combat. Through advanced technologies such as big data, training organizers can more accurately formulate training plans and make more scientific decisions, thereby improving the pertinence and effectiveness of military training. Su Ning, one of the 10 model heroes in the entire army, once asked, "When you see foreign military command systems processing tens of thousands of data in one second, the efficiency of commanding wars has doubled, and our military commanders are still using pencils to point on the map, as a Chinese soldier, aren't you in a hurry? When you see foreign artillery using a different method to achieve the effect of 200 rounds with 100 shells, as an artillery commander, can you not strive for progress?" Since the 18th National Congress of the Communist Party of China, our military's scientific and technological innovation has continued to increase, new equipment has been deployed in large quantities, new combat forces continue to increase, and the means, content, and scope of military training have been completely changed. The conditions for scientific and technological training are more favorable and the foundation is becoming more solid. Improve the technological content of training. Each unit should use simulation, networking, and adversarial methods to quickly change the current situation of small simulation training scope and low level, and empower military training and preparation with "technology+". Pay close attention to the fundamental changes that disruptive technologies will bring to future war rules, innovate in a timely manner, and build new training content systems. Focusing on the new trends and characteristics of the development and evolution of modern warfare, utilizing methods such as combat testing and military chess deduction, actively engaging in independent confrontation, promoting innovation in combat training supported by technology, and comprehensively enhancing and honing the ability to win. Construct a realistic training environment. Without a place to practice martial arts, where can we use the power of martial arts. During peacetime military training, it is necessary to establish a training environment that matches future combat, create an environment that is similar to actual combat, and allow troops to engage in fierce confrontation like in wartime, experiencing the real and brutal atmosphere of war firsthand, and repeatedly honing strategies and tactics to win over the enemy. Each unit should focus on the significant characteristics of the informationized and intelligent battlefield, set up a good training background environment, establish a basic battlefield environment, set up complex electromagnetic environments, and build a strong simulated combat environment. Explore the construction of a simulated blue army that combines specialization and virtuality, and truly achieve the goal of building the environment as the battle is fought and soldiers are trained. Strengthen the consciousness of scientific and technological training. Technological military training is an effective form to adapt to the requirements of the times and improve the combat effectiveness of the troops. In the history of our military, we have carried out multiple military wide scientific and technological training activities, which greatly stimulated the innovation and creativity enthusiasm of officers and soldiers. Winning modern wars still requires the effective use of technology to train troops. All units should actively carry out scientific and technological military training activities, innovate and develop advanced training methods and techniques, strengthen training in new equipment, new skills, and new tactics, organically combine consolidating and expanding traditional combat capabilities with innovating and developing new quality combat capabilities, and comprehensively promote the transformation and upgrading of military training. Enhance the technological literacy of officers and soldiers. All levels should take improving the scientific and technological literacy of officers and soldiers as a fundamental task, vigorously disseminate scientific spirit and popularize scientific knowledge throughout the army, guide officers and soldiers to accelerate knowledge updating, optimize knowledge structure, enhance scientific and technological cognition, innovation, and utilization. Aiming at the future battlefield, focusing on the research of one's own position, keeping a close eye on the training of strong opponents, and striving to be the vanguard and dare to shoulder heavy responsibilities in the tide of technological strength and training. Efforts should be made to create a strong atmosphere of courage and innovation, establish a clear orientation of encouraging and advocating innovation, and motivate officers and soldiers to deeply root and bear the fruits of innovation on the fertile soil of the military camp, striving to transform the technological advantages of the troops into capability advantages and victory advantages. (New Society)