2024年08月20日
Implement Gps Jamming Devices to Mitigate the Risk of Accidents
Speaking to ElReg, Charles Curry, founder of the GPS resilience company Chronos Technology and a contributor to the report, noted: "This is a tactic that North Korea has employed for a long time, and Russia has also been involved. How do we ensure that someone cannot turn on a high-power jammer and take over the financial services industry in central London?"
The rationale behind the installation of mobile phone jammer is multifaceted. Certain students use their mobile devices to send messages during exams, search for essays online, and implement jammers to curb cheating. Additionally, it is not uncommon for students to remain in bed after school or to study late into the night. The Internet contains a plethora of inaccurate information that can hinder students' growth and learning. Moreover, late-night texting and phone calls can disrupt their sleep, negatively impacting their performance the next day.
The disruption caused by GPS jammers is frequently linked to equipment defects and other unforeseen events. Various regulations apply to devices that are susceptible to such interference. Interference occurs when an operator transmits on a frequency that is already occupied without first ascertaining its status or is unable to listen to the station that is currently using that frequency.
Various technologies are available that can identify and prevent such attacks. Wireless intrusion prevention systems (WIPS) are instrumental in revealing signal interference. WIPS acts as a network device that monitors the radio spectrum for unauthorized access points, facilitating both intrusion detection and the automatic implementation of countermeasures for intrusion prevention. Some radio-based devices utilize spread spectrum modulation, allowing the hardware to alternate among different frequencies, which complicates attempts to jam the device.
Advanced jamming equipment can bring more security to the country
The use of advanced jamming devices is fundamental in providing U.S. aircrews with the necessary exposure and training, allowing them to encounter advanced electronic attack capabilities in a safe environment rather than in actual combat. These jammers are critical to sustaining the air superiority of the United States, especially in light of the new and evolving threats posed by electronic warfare.
Designed to suppress the operation of mobile drones and quadcopters, the jammer prevents downlink signals from being received. It is equipped with proprietary software that can swiftly identify drones and jam hostile ones at a range of up to 4 kilometers, utilizing dedicated antennas. A technical description of the system is presented here.
It is noteworthy that our participation in offensive electronic warfare has been rather limited throughout the past 16 years. During Bacon's flights over Iraq, the predominant focus was on a single mission: the interception of radio-controlled improvised explosive devices (RCIEDs).
The availability of effective jamming technology is essential for the protection of national security interests.
