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Police in Florham Park, New Jersey, recently warned residents that a new type of criminal method is quietly spreading. Thieves use Wifi jammers to disrupt home security systems and even prevent victims from using their phones to make emergency calls. This incident not only sounded the alarm, but also prompted police to remind citizens to raise safety awareness and take effective preventive measures.

Case details: How do Wi-Fi jammers work?

According to the police, a resident found that his security camera suddenly stopped working when he was at his home on Lincoln Avenue. At the same time, his mobile phone signal was also interfered and he could not call 911 for help. Robert Siciliano, CEO of Protect Now LLC, said in an interview: “Wi-Fi signal jammers work in a similar way to cell phone jammers. They can make home security systems ineffective.”

Police analysis said that thieves may weaken the functions of cameras and alarm systems by blocking Wi-Fi signals to avoid being monitored and recorded. Mobile phone signals may also be affected, hindering residents from calling for help, making it difficult for them to seek help in time.

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High-tech criminal methods of South American theft groups

The New Jersey police issued a warning on its Facebook account, saying that the criminal methods of this burglary case showed that the suspect may be a member of the “South American Theft Group”. The police said that the group has frequently committed crimes in many places in the United States in the past few years, and completed the burglary by using high-tech tools such as Wi-Fi jammers to evade monitoring equipment. This news has aroused public concern about home safety and has also prompted the police to step up their investigation into the organization.

With the gradual development and spread of GPS jamming technology, the stability of civilian and military GPS signals is facing severe challenges. The Coast Guard Navigation Center is responsible for coordinating the work of the Civilian GPS Service Interface Committee and has issued a number of risk notices on GPS jamming.cell phone jammer In a statement, the center warned of GPS signal instability in the area near the White Sands Missile Range, which is expected to affect a radius of up to 180 miles. This statement has attracted more attention to the threat of GPS jamming technology.signal jammer

GPS Jamming Investigation by the U.S. Department of Homeland Security

Against the backdrop of frequent GPS jamming incidents, the U.S. Department of Homeland Security has joined forces with the FCC and the FAA to track and eliminate illegal jamming sources. GPS jammerJohn Merrill, manager of the Department of Homeland Security’s Positioning, Navigation and Timing Program, said that small, inexpensive GPS jamming devices are widely circulated on the market and are difficult to locate, which undoubtedly increases the security risks of civilian and military GPS devices. Wifi jammerThe New Jersey case shows that although it is time-consuming and complicated to find the source of interference, it is a necessary means to ensure the safety of GPS use.drone jammer

Application and expansion of Russian jammers on the Korean Peninsula

Geopolitical tensions on the Korean Peninsula have led to more frequent use of GPS jammers. North Korea has installed Russian jammers on vehicles near the border that can cover GPS signals within a range of 30 to 60 miles, and is developing jammers with a wider range. This expansion shows the importance and ability of state actors to interfere with GPS, posing a potential threat to regional and global security.

The impact of GPS jamming on military equipment and the need for optimization

Currently, the GPS chips equipped in the rifleman radios used by the U.S. Army only receive civilian signals and have poor anti-jamming capabilities. The U.S. Army is trying to test the actual performance of the equipment under jamming through network integration assessments. This assessment is not only a necessary means in a simulated actual combat environment, but may also promote future equipment upgrades. Compared with Russian jammers, civilian GPS signals are more easily jammed. Jules McNeff emphasized that although this option saves costs in the short term, in the long run, the vulnerability of the equipment will seriously affect combat effectiveness if it encounters jamming.

Build an electronic warfare protection wall for armored vehicles

The Piranha AVD 360 system is an all-round electronic signal jammer that can form an electronic protection circle with a diameter of up to 600 meters around the vehicle. Within this range, any enemy drone or quadcopter will lose control and be unable to execute commands or transmit intelligence. The Ukrainian Ministry of Defense pointed out in a statement that the commissioning of the “Piranha” system has greatly enhanced the protection capabilities of armored vehicles. GPS jammer This device can not only help prevent drones from conducting reconnaissance or attacks on vehicles, but also reduce the enemy’s intelligence acquisition speed and reduce the defense pressure of the Ukrainian army.

According to Piranha-Tech, the power output of the Piranha drone jammer reaches more than 200 watts, ensuring a wide 360-degree coverage. With this system, Ukraine’s armored forces will greatly reduce the risk of exposure to enemy drone surveillance and be able to make tactical adjustments more flexibly.

Multiple interference: the advantage of shielding satellite navigation systems

In addition to jamming drones, the Piranha system is also able to jam Russia’s GLONASS navigation system. Mikhailo Fedorov, Ukraine’s Minister of Digital Transformation, pointed out that by blocking the enemy’s navigation signals, Ukraine can effectively weaken the enemy’s ability to mobilize and locate. In modern warfare, accurate navigation and positioning are crucial to the success of combat, especially in high-frequency drone tactics. Therefore, the Piranha device with the function of jamming the navigation system provides Ukraine with more powerful battlefield control.

Innovative design: jamming system integrated into armored vehicles

The installation design of the Piranha AVD 360 system is highly technical and meets the internal structural requirements of armored vehicles. The core components of the device are placed inside the vehicle, while the external components with fin antennas ensure the efficient operation of the device. This design not only allows the “Piranha” system to adapt to a variety of military vehicles, but also achieves 360-degree all-round protection, ensuring that any enemy equipment that enters the protection circle will find it difficult to escape interference. In addition, the system is easy to upgrade and can add more interference functions in the future to adapt to the rapidly changing battlefield needs.

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The successful development of the “Piranha” system shows that Ukraine has made significant breakthroughs in modern electronic warfare technology. Under the escalating threat of Russian drones and missiles, Ukrainian troops need more advanced battlefield protection equipment, and “Piranha” is an effective response to this demand. With the large-scale production of the system, Ukraine plans to deploy it to more front-line positions to form a more stable electronic warfare defense network.

In the future, Ukraine may further improve the “Piranha” system to give it a wider range of applications. Through innovative electronic warfare technology, Ukraine can fight against various threats from the enemy and maintain its advantage in the escalating war.

　　Background of the CCS System

The Counter Communication System (CCS) was first deployed in 2004 to counter other countries’ ability to use electronic warfare to interfere with U.S. satellite signals. Since then, CCS has undergone several upgrades, with Block 10.1 signal jammer launched in 2014 and Block 10.2 officially announced in March 2020 after a year of rigorous testing.

　　CCS Block 10.2 GPS jammer technological Advances and System Features

CCS Block 10.2 GPS drone blockers is a mobile electronic warfare system designed to temporarily block enemy satellite communications. Its updates include support for multiple frequency bands and other advanced features, giving operators more flexibility in choosing jamming methods to disrupt enemy satellite communications. This flexibility not only improves the effectiveness of operations, but also enhances the U.S. Space Force’s ability to respond in complex battlefield environments.As the main contractor of the CCS system, L3Harris focused on adopting agile software development methods during the development of Block 10.2 to ensure that the system can quickly adapt to future technological changes and tactical requirements. This approach enables CCS to be quickly updated and improved to maintain its technological advantage when facing new electronic warfare threats.

　　Usage scenarios and operators

The users of CCS mainly include the Air National Guard in California, Colorado and Florida, as well as the active Space Force. It is worth noting that some of the members of the Air National Guard who participated in the development of CCS are also civilian employees of L3Harris. This combination of military and civilian not only improves the efficiency of system development, but also enhances the operators’ familiarity with the system.

　　Initial operational capability and strategic significance

• According to the U.S. Space Force, CCS Block 10.2 has reached “initial operational capability”, which means that the troops can begin to use this system in actual combat. Lieutenant Colonel Steve Brogan, head of materials for the SMC Special Projects Directorate, pointed out that CCS is “the only offensive system in the U.S. Space Force’s arsenal”, a statement that highlights its importance in future wars.
• In an increasingly complex global security environment, the influence of electronic warfare is increasing, and the commissioning of CCS Block 10.2 marks the active action of the US Space Force in responding to this challenge.
• The commissioning of CCS Block 10.2 not only represents the technological progress of the United States in the field of electronic warfare, but also reflects its deep understanding of the future combat environment. As electronic warfare intensifies around the world, CCS will become an important tool to ensure the success of the US Space Force in future operations.

During the conflict between Ukraine and Russia, the U.S.-supplied M142 High Mobility Rocket System (HIMARS) was once a key strike weapon for the Ukrainian army, helping them to effectively strike long-range targets. cell phone jammerHowever, a recent Ukrainian classified weapons assessment report pointed out that due to Russia’s effective EW jamming system, the accuracy of HIMARS has dropped significantly to less than 10%. GPS jammerThe interference caused by Russia’s EW system on the battlefield not only affects HIMARS, but also other GPS-guided weapons, causing them to deviate from their targets and reducing their effectiveness.Wifi jammer

The Role and Influence of HIMARS

HIMARS is a high-mobility rocket launch system manufactured by Lockheed Martin. drone jammerIts core feature is that it can launch a variety of ammunition, including accurate GPS-guided missiles. GSM jammerThe flexibility and high accuracy of this system make it outstanding in the Ukrainian battlefield, and it can effectively destroy targets 186 miles (about 300 kilometers) away. Initially, HIMARS was seen as a powerful weapon against Russian forces, and its ability to be quickly deployed and redeployed allows the Ukrainian army to flexibly respond to battlefield changes.signal jammer

The impact of electronic warfare on HIMARS

Russia’s electronic warfare jammer system is described as sending a “cone” of electronic waves from the ground to the sky, disrupting HIMARS’ satellite communications, thereby affecting the missile’s precise aiming. This jamming caused the missile to deviate from its target by as much as 50 feet (about 15 meters), greatly reducing its strike accuracy. Russia’s success in electronic warfare not only limited HIMARS, but also limited Ukraine’s key strikes, causing it to lose some of its advantage on the battlefield.

Analysis of the reasons why HIMARS lost its effectiveness

According to a confidential assessment by Ukraine, Russia’s electronic warfare technology is extremely innovative and can accurately locate and interfere with the Ukrainian military’s satellite communications. Because HIMARS missiles rely on the GPS system for guidance, any interruption or interference in the signal will cause it to deviate from its target. In addition, Russia’s electronic warfare system does not stop at HIMARS. Other Western-supplied weapons such as Excalibur GPS-guided artillery shells have also been greatly reduced in effectiveness due to Russian jamming, and some have even been forced to be decommissioned. U.S. officials and defense contractors are conducting in-depth investigations into this issue to deal with this electronic warfare threat.

Western countries’ response strategies

Currently, the US Department of Defense is working closely with its allies to support Ukraine in dealing with the Russian electronic warfare threat. The Pentagon is researching and developing technical solutions, hoping to find technologies that can improve the anti-interference capabilities of HIMARS and other weapon systems. In addition, the United States has provided Ukraine with suggestions for improving the performance of HIMARS to help the Ukrainian army better utilize the system.

American technology company Anduril Industries recently officially launched the Pulsar series of electronic warfare systems, which are designed to deal with increasingly complex modern battlefield threats, including drones and improvised explosive devices. signal jammerThe Pulsar system can be flexibly configured for fixed facilities, ground vehicles and aircraft, and plans to launch a backpack model to meet the mobility needs of soldiers.cell phone jammer

As the complex electromagnetic environment on the battlefields of Eastern Europe and the Middle East continues to test the armies of various countries, the US military has gradually realized its shortcomings in the field of electronic warfare.GPS jammer Chris Brose, Anduril’s chief strategy officer, pointed out that the current electronic warfare environment requires the US military to have more flexible defense and offensive means, and the Pulsar series of products is designed for this purpose.Wifi jammer

Advanced technical features: software-defined and rapid response

The development of the Pulsar series of systems began in 2020 and is entirely funded by Anduril. drone jammerAs a software-defined electronic warfare tool, Pulsar can quickly adapt to new threats and overcome hardware limitations. GSM jammerThis flexible architecture allows the system to be updated in the shortest time to ensure rapid response on the battlefield. Especially when potential hostile countries such as China and Russia use new electronic warfare technologies, the response speed of the Pulsar system may become a key factor in determining victory or defeat.

Pulsar’s autonomous learning function gives it a strong adaptability on the battlefield. According to Sam El-Akkad, general manager of Anduril RF and electronic warfare systems, when a single system discovers a new threat, the Pulsar system can pass information to other systems through small metadata to achieve “cooperative learning”, greatly improving battlefield response efficiency. This feature means that the Pulsar system can adapt to the complex electromagnetic environment in different regions in a short period of time and continuously update its defense capabilities.

Since the conflict between Ukraine and Russia, the frequency and threat level of FPV drones have continued to rise. These drones are capable of carrying out suicide attacks, posing a huge threat to Ukraine’s military and infrastructure. In response to this challenge, a Ukrainian company called “Kvertus” has developed a portable signal jammer that can be easily loaded into a backpack. It is not only small and flexible, but can also be used directly on the battlefield. This “backpack jammer” has become a powerful weapon for the Ukrainian army to defend against Russian drones.

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Technical features of the “backpack jammer”

The “backpack jammer” system mainly works by emitting interference waves in the same frequency band as the drone control signal.cell phone jammer The device consists of two antennas and successfully cuts off the control link of the drone by interfering with the connection between the FPV drone and its control device, thereby deviating from the original target.GPS jammer In particular, the device can simultaneously block six main communication channels, including GPS, making it impossible for the drone to continue flying when it is 250 meters away from the target.Wifi jammer Due to its portability, the operator can carry it with him and quickly deploy it on the front line. This design not only enhances flexibility, but also makes it difficult for the enemy to identify and lock the interference source.drone jammer

Tactical innovation: battlefield application of portable jammers

The Ukrainian army is currently using this equipment on the actual battlefield.GSM jammer Although it is difficult for the outside world to confirm the specific combat effect, the introduction of this innovative jamming technology is undoubtedly an important progress for Ukraine in dealing with the threat of drones. Previously, the Russian army had also deployed similar jamming equipment on tanks to achieve electronic warfare attacks. With the continuous evolution of drones and anti-drone technology on the battlefield, intercepting and jamming drones has become one of the core tasks of combat.

Both sides continue to use electronic warfare advantages to destroy the opponent’s air defense system and clear obstacles for the operation of drones and missiles. Ukraine’s “backpack jammer” fills some of its shortcomings in electronic warfare, especially in terms of mobility and flexibility. This device allows soldiers to easily approach the battlefield and implement precise jamming, avoiding the shortcomings of fixed-position equipment that is easy to be located and destroyed.

Background and system deployment In March 2020, the U.S. Space Force announced the official deployment of its first “offensive weapon system” – a satellite jammer called the “Counter Communications System (CCS)”. cell phone jammer The system is not a weapon in the traditional sense, but a device that weakens the enemy’s combat effectiveness by blocking the enemy’s satellite communication signals.GPS jammer The way this weapon works means that it can greatly weaken its military communications and coordinated combat capabilities by cutting off its connection with the homeland without directly destroying the enemy’s assets.Wifi jammer This is of great significance to modern military forces that rely on satellites for command transmission.signal jammer

The 4th Space Control Squadron of the Space Force at Peterson Air Force Base in Colorado received the CCS system this time.drone jammer According to the Pentagon’s description, CCS is an “expeditionary, deployable and reversible offensive space control (OCS) system” with flexible offensive uses. Its working principle is to weaken the enemy’s capabilities in command and control, intelligence warning, and information dissemination by interfering with enemy satellite communication signals in a specific area. GSM jammer As a result, enemy forces will find it difficult to obtain support information or command instructions from the mainland in a timely manner, thus affecting their combat efficiency.

Upgrades and technological progress of the CCS system The CCS system was originally launched in 2004 and has been upgraded several times to the latest Block 10.2 version. Compared with earlier versions, Block 10.2 has stronger signal jamming capabilities and can cover a wider range of radio frequencies, including commonly used C, Ku, X and Ka bands. It has a wide range of uses and is suitable for responding to various emergencies and combat environments.

Currently, the CCS system is not only operated by the 4th Space Control Squadron, but also assigned to Air National Guard units including California, Colorado, Florida and Hawaii. Its deployment form is flexible and can be quickly transported to the war zone by military transport aircraft, enabling it to have a very high response speed when responding to sudden military needs.

Electronic warfare capabilities are becoming increasingly important in the complex environment of modern warfare. The dismounted electronic jammers recently awarded by the U.S.cell phone jammer Army mark a major advance in the field of electronic warfare. GPS jammer This new device, derived from the technology of special operations forces, greatly shortens the time for conventional soldiers to equip themselves, demonstrating the military’s flexibility in responding to rapidly changing battlefield needs.signal jammer

Opportunities and development

In September 2023, the U.S. Army signed a $1.5 million contract with Mastodon Design LLC, a subsidiary of CACI, to develop the “Ground Layered System Brigade Combat Team Backpack Electronic Attack System” (TLS-BCT). Wifi jammer This system not only provides soldiers with the ability to conduct jamming on the move, but also can adapt to different combat environments, which is an important innovation for infantry units.drone jammer

The system includes two Beast+ and one Kraken device. Beast+ is a small backpack system weighing about 20 pounds, with certain portability and flexibility. GSM jammer Todd Probert, president of national security and innovation solutions at CACI, pointed out that Kraken is a more powerful variant that can be loaded in vehicles, but can also be easily carried and has stronger signal analysis capabilities.

Technology maturity and ready-made solutions

The TLS-BCT system is already a project of record for the U.S. Special Operations Command, which means the Army does not need to build a new system from scratch and conduct comprehensive testing. Probert emphasized that there are currently about 1,200 sets of equipment in use, and the effectiveness of these systems on the battlefield has been verified.

The Army’s goal is to provide ready-made commercial solutions to speed up the deployment of equipment. Ken Strayer, the electronic warfare and network project manager of the Project Executive Office, said that the Army hopes to quickly fill the gaps in electronic warfare capabilities by integrating existing technologies.

Tactical flexibility and adaptability

When designing TLS-BCT, the Army took special considerations into account the diversity of combat environments. For example, in operations in the Pacific, large vehicle-mounted systems may be too cumbersome, so a smaller, single-person solution was developed. This adaptability allows soldiers to use it flexibly in complex terrain.

The system has software-adjustable functions and can be adjusted according to different tasks. Whether it is performing signal detection or interference, soldiers can customize the functions of the equipment as needed. This flexibility enables the Army to respond quickly to various threats when facing a rapidly changing battlefield.

Future Outlook

The Army plans to conduct an operational demonstration in November to verify the effectiveness of the system. After that, TLS-BCT will be officially put into production, and more systems are expected to be ordered in the next few years. With the Army’s emphasis on electronic warfare capabilities, the successful implementation of TLS-BCT will provide more solid technical support for future combat.

In recent years, the US Army has continuously increased its investment in the field of electronic warfare, striving to cope with the increasingly complex electromagnetic spectrum threats on the modern battlefield.cell phone jammer As an important part of this effort, the Multi-Function Electronic Warfare-Air Large Project (MFEW-AL) has become one of the core technologies of the military’s pursuit of electronic warfare dominance. GPS jammerThe latest test of the system not only demonstrated its flexibility on UAV platforms, but also paved the way for future applications on other combat aircraft platforms.Wifi jammer

The main function of the MFEW-AL system is to depict the electromagnetic spectrum of the area it flies over in real time, detect, locate and interfere with enemy communications and radar systems. drone jammer This capability is critical for future battlefields, especially at a time when information warfare and electronic warfare have become the dominant combat methods.GSM jammer The successful test of MFEW-AL highlights its ability to adapt to various environments and platforms on the modern battlefield.signal jammer

Expansion and flexible application of test platforms

Lockheed Martin is responsible for the development of the MFEW-AL system, which was originally designed to be equipped with the MQ-1C Gray Eagle UAV manufactured by General Atomics. However, as the application of the system in the military continues to expand, the test platform has also expanded from drones to more traditional manned aircraft. This summer, MFEW-AL was successfully tested on an MC-12W Liberty aircraft, which is typically used for intelligence, surveillance and reconnaissance missions at medium and low altitudes. The Air Force also intends to integrate the system on the A-10 attack aircraft to further expand its scope of use.

This multi-platform test not only verified the adaptability of MFEW-AL in different flight environments, but also demonstrated its flexibility under different mission requirements. By successfully completing these tests, MFEW-AL has taken an important step towards airworthiness certification, which is expected to be completed in fiscal year 2024, laying the foundation for its full deployment.

The modular design of the technology improves adaptability and maintenance efficiency

One of the core advantages of the MFEW-AL system is that it adopts the modular open standard (CMOSS) design, which is similar to the plug-and-play method of Lego bricks. The CMOSS system modularizes communications, mission planning and other key functions, allowing different electronic warfare functions to be quickly adjusted according to specific mission requirements. This design not only reduces the development cycle of the equipment, but also greatly improves the maintenance efficiency and operational flexibility of the system.