The power of a skilled warrior is like turning a round stone into a mountain of a thousand feet. In battle, both opposing sides hope to achieve precise troop deployment, precise control as needed, and smooth implementation of actions, thus forming a favorable offensive and defensive "power" to gain the initiative on the battlefield. With the rapid development of artificial intelligence technology, the role of information systems is becoming increasingly prominent, and information devices such as perception, communication, and interference are playing an increasingly important role in combat. To form a "potential", it is not only necessary to consider the deployment and application of various weapons and equipment in physical space, but also to pay attention to the deployment and application of diverse information devices in virtual electromagnetic space, especially to target the linkage operation of "sensing communication disturbance", efficiently form the battlefield "electromagnetic potential", and lay a solid foundation for seizing the initiative of information-based intelligent combat. Forming aggregation potential and generating energy across the entire spectrum. The principle of 'concentrating superior forces and annihilating enemies from all sides' also applies to electromagnetic domain struggle. Aggregating multiple 'sensing communication interference' devices to form a synergistic force across the entire spectrum is beneficial for enhancing combat effectiveness. One is the collaboration and efficiency improvement of similar devices. The key is to enhance the comprehensive effectiveness of specific equipment and fully leverage its advantages in collaborative efficiency. For example, the Starlink system is a high-capacity low orbit satellite communication system composed of numerous low orbit satellites, which relies on multi satellite cooperation to improve communication effectiveness; Multiple interference systems can also be used to interfere with a single signal source, improving the interference effect in terms of power and frequency band. The second is close cooperation between heterogeneous devices. Various types of information devices with different but complementary functions can leverage the advantages of "1+1gt; 2" through close cooperation, which is another important way to unite forces. For example, reconnaissance equipment and jamming equipment work closely together to achieve detection and jamming, improving electromagnetic suppression effectiveness; The close cooperation between reconnaissance equipment and communication equipment enables real-time acquisition and transmission, improving the effectiveness of intelligence flow. The third is to coordinate with each other to avoid influence. During the normal operation of information equipment, it is highly likely that useless radiation will be released synchronously, causing mutual interference. Through the coordination of information equipment, such effects can be avoided, thereby achieving the normal operation of "inductive interference" equipment and ensuring the formation of a joint force. Create instant situations and release energy as needed. The principle of 'speed is the key to military success' emphasizes the importance of using information technology and intelligent warfare to strike at a slower pace. Focusing on combat needs and creating an instantaneous "electromagnetic force" will make the opponent unable to react in the electromagnetic domain and lose control. One is to concentrate advantages and quickly apply them. Based on the development of the battlefield situation, the sudden use of multiple types of information equipment can perceive real-time situation changes, quickly establish communication contacts, and instantly interfere and suppress opponents, forcing them into a disordered passive state. For example, by quickly utilizing sensing devices, the enemy situation can be quickly detected, and then real-time communication devices can be used to transmit the enemy situation at high speed, supporting and guiding the firepower unit to carry out real-time precision strike operations. The second is the preset device, which is suddenly activated. By using various methods such as air delivery, ground throwing, and special operations infiltration, various types of information equipment are pre-set in the enemy's formation, and suddenly activated when the enemy is slack or in other abnormal situations, which is conducive to quickly exerting their effectiveness. Currently, artificial intelligence technology endows information devices with stronger autonomous operation capabilities. By deploying them in important enemy areas, even underground facilities and buildings, and suddenly activating such information devices during combat, they can instantly form an advantage in application. Thirdly, there is redundancy and continuous availability. Currently, the confrontation in the electromagnetic domain is becoming increasingly fierce, and information equipment is facing a significant risk of collapse. Providing backup redundancy for "sensing disturbance" devices is beneficial for quickly restoring the available state of interrupted "sensing disturbance" actions, and can also play a role in instantaneous situations. For example, when one's own communication equipment is damaged, relying on redundant communication equipment can quickly restore communication. Form leverage and increase energy at the right moment. A gentleman is not a stranger, he is good at deceiving things. He should be good at leveraging external objects to deploy "electromagnetic forces" to ensure that the "sensing and interference" action can increase energy at the right moment. Firstly, make efficient use of natural environmental resources. The key is to rely on specific natural environments to help oneself contain the enemy and ensure that the electromagnetic radiation propagation effect is more in line with our own needs. For example, utilizing the advantage of elevation to enhance the effectiveness of our own "sensing communication disturbance" equipment and increase transmission distance. Utilize the advantage of weather conditions to curb the effectiveness of the other party's information equipment utilization. During the Kosovo War, the Yugoslav army took advantage of severe weather to weaken the operational effectiveness of NATO's space and air reconnaissance equipment. Secondly, leveraging civilian equipment resources. The key is to utilize various electromagnetic equipment resources from the civilian sector, leverage their sensing, communication, interference, and other functions, and achieve efficient deployment of "electromagnetic potential" through "civilian assistance to the military". In foreign military practice, by equipping some intelligence personnel with cellular phones, the effect of quickly obtaining the latest news dynamics has been achieved. Again, explore idle spectrum resources. Despite the dense and crowded electromagnetic radiation on the battlefield, there are still areas that can be utilized. On the one hand, it directly identifies idle and available frequency points to provide available electromagnetic channels for information devices to operate within a specific space, time, and frequency range. On the other hand, detecting and utilizing the enemy's frequency gap, enabling our own information equipment to operate in the enemy's frequency gap to form its jamming blind spot. The operation of information equipment relies on specific frequency points or bands, often requiring a certain gap to prevent frequency conflicts. This creates conditions for finding the enemy's frequency usage patterns and utilizing the enemy's frequency gaps. Create a misleading situation and force the enemy to lose their ability. The use of deception in military tactics creates an indistinguishable "electromagnetic force" that can mislead and incapacitate opponents. Firstly, electromagnetic feints confuse the enemy. By using "sensing interference" devices to implement electromagnetic feints, our side can create false deployments and actions, making it difficult for opponents to understand our true situation and grasp the key points, which in turn leads to their determination errors and action deviations. In the Second Chechen War, the Russian army carried out electromagnetic feints while carrying out search and suppression operations in the southern mountainous areas, luring Chechen armed militants to ambush the Russian army. The Russian army then carried out counter ambushes, taking the opportunity to eliminate their opponents. Secondly, electromagnetic concealment to avoid enemies. Hiding one's own "sensory interference" electromagnetic signals makes it difficult for the enemy to effectively perceive one's own electromagnetic usage. Advanced technology can be utilized to hide the "sensing interference" signal under noise or other signals, reducing the probability of being detected by the enemy; Electromagnetic maneuvering can also be used to ensure that specific "sensing interference" devices move to other areas in a timely manner after operation, reducing the probability of being detected and discovered by the enemy. Even if discovered by the enemy, it can avoid their subsequent interference and strikes. Again, electromagnetic impersonation of chaotic enemies. Flexibly using our own "sensing interference" equipment or releasing electromagnetic radiation as needed, impersonating enemy users to enter their electromagnetic equipment or information network to transmit and receive specific information, and implementing deception and interference, weakening the operational effectiveness of important enemy electromagnetic equipment, which is conducive to exposing enemy deployment, identifying enemy intentions, delaying enemy actions, and reducing enemy combat effectiveness.