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Until recently, satellite navigation system outages in populated areas were a rare and sometimes sensational phenomenon that caught everyone's attention on social media and the news. Yet such incidents seem to be becoming the daily norm. With the invasion of the Kremlin region on the night of May 3, the era of "GPS failure" suddenly began (in every sense of the word). The public immediately blamed this on the machinations of "Bandra". Drivers in central Moscow learn to fool GPS jammers Then there were problems with car navigation and car-sharing services in the city centre. Russian intelligence quickly deployed " phone jammer " to jam GPS/GLONASS signals in the area, effectively jamming the guidance systems of any drone that tried to replicate its early May night adventure. Now, if you rely solely on your smartphone's navigation system, you might mistakenly think that a person is somewhere on the outskirts of Moscow. The situation is expected to

Washington - After considering how combat might be conducted in many different environments, the U.S. Army is changing its approach to long-range electronic warfare, signals intelligence and cyber systems. The U.S. Army will customize long-range jammer device for the European and Indo-Pacific theater The Land Layer System-Brigade and Above Echelon (TLS-EAB) is intended for use by larger Army formations, including divisions and armies with thousands of troops and extensive firepower. The system is considered a key part of the service's "depth awareness" strategy - the ability to identify, monitor, target and engage adversaries from longer distances with greater precision. Mark Kitz, head of the Program Executive Office for Intelligence, Electronic Warfare and Sensors (PEO IEW&S), said the Army is "evolving our approach to acquisition," especially for flexibility. For example, the Indo-Pacific region, where the United States could come into conflict with C

According to a now public DHS assessment, small gps blocker , particularly "personal privacy devices" readily available on the Internet, pose one of the greatest risks to the nation's critical infrastructure. Homeland Security report details privacy signal jammers risks According to researchers at the Department of Homeland Security's (DHS) Infrastructure Threat and Risk Analysis Center (HITRAC), these devices, also known as PPDS, are among the three most likely causes of GPS outages. However, of these three scenarios, only the one involving multiple PPDS is considered the most likely to occur and the most likely to cause harm to industrial infrastructure operations. The study authors evaluated the impact of different types of GPS interference after examining their possibilities. The more likely a certain type of disruption is to occur, the greater its potential impact, and the higher its overall risk. To better understand what would happen if GPS signals were we