Jamming and spoofing

The modern battlefield depends on the electromagnetic domain for sensing, communications, and navigation. Protecting them has become mission-critical for success in combat.  Israel Aerospace Industries...

The proliferation of electronic devices designed to interfere with Global Positioning System signals is a problem for the Pentagon and for many industries that...

By Or Shalom In recent years, the threat of unmanned aerial vehicles on critical infrastructures and vessels has been a growing security challenge. The use...

A new autonomous aircraft could become the next-generation of drones that accompany manned planes into battle. Northrop Grumman has unveiled the stealthy jet Model...

Missions and lives depend on warfighters' ability to find their way in unfamiliar and unpredictable territory. A new GPS receiver receives the new M-code...

Defining the Problem The modern battlefield is characterized by a proliferation of sensors and threats to friendly forces in terms of quantity, range, and integration....

Airspace management will become considerably more complex with the entrance to service of more and more unmanned aerial systems, creating new safety and security...

M-Code is a new anti-spoofing, anti-jamming GPS signal designated for military use. With adversaries trying to jam and spoof signals to disrupt forces and...

Adversaries of the US have noted the opportunity to disrupt U.S. forces through the spectrum, adopting high-tech methods to block access and jam or...

In GPS-denied environments, such as underground, in dense urban areas, and where GPS is jammed, warfighters need alternative location solutions. A new technology uses...

The US Army’s vision for 2028 focuses on preparing Soldiers for possible warfare with near-peer competitors, who have used electronic warfare to disrupt communications...

A recent collaboration enhances counter-drone capabilities on tethered aerial vehicles (TAVs). Zenith AeroTech, a developer of heavy-lift tethered aerial vehicles, has partnered with DroneShield...

To navigate in electronic-warfare (EW) environments, armed forces need reliable and resilient GNSS/GPS positioning with anti-jam technology.  A new anti-jam technology for assured positioning, navigation...

The Israeli company infiniDome, developing security solutions against GPS jamming in drones, vehicles, and critical infrastructure, has accomplished another milestone on its way to...

Accurate positioning, navigation, and timing (PNT) is necessary for the functioning of many critical infrastructure sectors. Precision timing is particularly important and is primarily...

As a navigation and surveillance system, GPS utilizes signals from orbiting satellites, operating independently of internet or telephone reception and working anywhere on or...

Details of a previously unknown drone project unveiled in a Pentagon document suggest that US Special Forces are acquiring small drones equipped with electronic...

Over the last several years, the US Army has worked to build up its electronic warfare capabilities, pursuing a broad campaign of development, and...

GPS may seem like everyday technology, but it depends on military systems that continue to evolve to meet defense needs. The US Department of...

A next-generation jammer will be mounted aboard a US leading aerial electronic attack platform.  The US Navy recently announced a $496 million contract with L3Harris...

Turkey made a big investment in improving its naval defenses in the last decade, increasing the number of warships and military vessels and relying...

US and allied GPS signals are under an increasing threat of enemy electronic warfare jamming attempts. A new US Air Force initiative addresses this...