Tachyonrad
Security teams watch cameras, fences and networks, but a lot of what matters happens in the radio spectrum: a GPS jammer in a parked car, a contraband phone switching on inside a secure facility, a drone loitering over a perimeter, the same vehicle returning night after night.
Tachyonrad, a UK developer of RF detection technology, works where physical and digital security meet. Its RadCore dashboard runs in the control room, while JDAS sensors deployed around a site, in vehicles or with teams in the field feed it what they detect, giving security teams one view of what is happening and what needs attention. The systems are built for law enforcement, security, critical national infrastructure, the public sector and intelligence customers.
RadCore is the dashboard at the centre of the Tachyonrad system. It typically sits in a facility’s control room or security operations centre, and every JDAS sensor in the deployment reports into it, whether it is mounted around the perimeter, fitted in a vehicle or carried by a team in the field. Operators watch and analyse everything those sensors detect on one live, map-based interface, rather than checking each device separately.
From RadCore, teams can see what was detected, where and when, whether anyone has acknowledged it, and whether it has happened before.


RadCore organises incoming JDAS detections into map-based views built around the questions a control room actually asks.
Every JDAS model uses the same detection approach in a different form factor, from a permanent fixed installation to a handheld unit. Networked models report their detections back to RadCore in the control room, so every sensor in a deployment shows up on the same dashboard. Standalone models such as JDAS-1 and JDAS-2 keep working where there is no network connection.
Every JDAS sensor listens to the RF environment around people, vehicles and sites. The sensors are fully passive: they receive only, never transmit, and do not jam, block or read the content of communications. Each unit learns what normal activity looks like for its location, then highlights what is new, unusual or recurring, and reports it back to RadCore.
Depending on the model, JDAS can detect:


The flagship of the range, designed for continuous monitoring from a fixed site or a vehicle. JDAS-BASE covers the widest set of detection domains in the family and is the only model that detects vehicles from their TPMS broadcasts.
A portable sensor built around personal and travel security. TR1 gives a travelling team or a protected individual awareness of nearby wireless activity, drones and GPS interference, plus a built-in panic button to raise an alert.


The general-purpose portable sensor in the range. It is small enough to carry in a hand or pocket on foot patrols, searches and quick surveys, and it reports its detections back to RadCore.
A compact, portable unit dedicated to detecting GPS interference. JDAS-1 works on its own and keeps logging in places with no cellular coverage, so jamming events are still recorded where other tools would lose their connection.


A handheld survey tool with its own display, designed for checking the Wi-Fi and Bluetooth activity in a room, vehicle or area on the spot. It needs no backhaul, so it works in cellular-denied locations.
All JDAS models feed the same evidence model, so detections from different form factors can be reviewed together in RadCore.

What JDAS and RadCore detect, and the environments where security teams put them to work.

Cheap GPS jammers can quietly knock out vehicle tracking, telematics, timing systems and lone-worker devices all at once. JDAS spots the signs of interference and records the gap: where the last good position was, when the interference began and where the signal came back. RadCore then maps affected routes and sites, so investigators work from a documented timeline rather than a lost asset.
Phones, trackers and other wireless devices can get past physical security controls without ever being seen. JDAS learns the normal device population for a location, event or route, then flags devices that are new, on a watch list or appearing in unusual numbers. Directional search capability helps teams narrow down where a device is physically located.


Many compliant drones broadcast Remote ID, which works much like a digital licence plate. JDAS picks up these broadcasts around protected sites and events. RadCore plots the aircraft and, where the broadcast includes it, the reported control-station or take-off location, and keeps a time-stamped history so that repeat visits show up as a pattern.
Most modern vehicles constantly broadcast tyre-pressure (TPMS) signals that carry a sensor identifier. JDAS-BASE picks these up passively, giving an indication that a vehicle is present or keeps coming back. It does this without cameras, line of sight, good lighting or a readable number plate. Cross-referencing with Wi-Fi and Bluetooth activity can bring recurring patterns to the surface.


JDAS adds a layer to existing security rather than replacing it. Its detections are indicators to be checked against CCTV, access records, patrol reports and other sources. They do not identify individuals or prove intent on their own.
Teel Technologies represents and resells Tachyonrad products. If you would like more information about JDAS, RadCore, deployment options, or pricing, please contact our team. We will be happy to provide details and help determine the right solution for your operational requirements.