The analysis of the future of war by the World Economic Forum has sent a very clear message: war will become faster, more deadly, and therefore more humane and humane than ever before. Humans will have drones (drones) on the battlefield, agents in the headquarters (threat analysis and instant decision-making), and agents in the enemy's backyard (infrastructure cyber attacks). On the one hand, commanders and soldiers on foot will be able to see more battlefields, and highly sensitive electronic eyes and ears will enhance human perception; on the other hand, the pace of events will become larger, so that the brain will be in a similar way Relying on artificial intelligence, the artificial intelligence can process large amounts of input and make hundreds of instantaneous decisions at the same time. Electronic warfare is a battle in any modern conflict battle. Weapons with advanced electronic targeting and guidance systems are launched under the authorization provided by electronic communications and after a decision-making process, which has been informed by signal intelligence generated by other electronic systems, among other things. In turn, they are disturbed by electronic cell phone jammer signals that try to deceive target systems, interfere with guidance, disrupt communications, and drop electronic noise clouds to defeat any SIGINT measures. All of these are divided into three main parts: 1) Electronic Attack (EA), those measures designed to actively interfere with the enemy’s capabilities and personnel; 2) Electronic Protection (EP), those measures designed to confuse EA measures; 3) Electronic Warfare Support (EWS) is a measure taken by tactical commanders to defeat electronic threats on the battlefield.
When we enter the second decade of the 21st century, digital technology seems to have completely occupied our lives, and we can feel that we are simply reduced to a series of signals. Signals have even replaced our language. We often feel like we are receiving a mixed signal; we send a signal to notify someone in the room; we are invited to send a booster signal we believe in and warn us not to let the signal cross the signal. No wonder the recent holiday season boasted a "Christmas mobile jammer sale." From a more serious point of view, we have had so much communication between us, so people and organizations are studying various types of signal jammers for a long time to eliminate noise and limit the amount of noise transmission. Although there are many signal types, the way the signal jammer works is actually very simple. Once you know the frequency of the target signal, you can overload the signal by sending out your own stronger signal. If you want to target not only the device, but also the general signal flow, please aim the jammer at the base station/relay antenna (for example, mobile phone jammer) in public places to keep silent). The farther the distance, the greater the Power required to submerge it. If the signal is hopping, please cover a certain range of frequencies to cover a wider range of signal damage. Sometimes, like drone jammers, the jamming signal needs to be narrowly focused in a specific direction.