RadarFusion capabilities of Radar Coverage Planning & Visualisation

Welcome to RadarFusion Nordic. The video demonstrates the following RadarFusion capabilities of Radar Coverage Planning & Visualisation, Automatic Radar Placement & Network Optimisation, Radar Coverage under Jamming, Multi-Sensor Fusion & Target Classification, Mission Planning & Tactical Distribution, Live Drone Detection and 3D view. RadarFusion plans, optimises and visualises radar coverage, fuses multiple sensors into one common operating picture, and delivers both the plan and the live picture to the field. Radar Coverage is still planned on paper maps and by manual placement, where the gaps only appear after the masts are built. RadarFusion turns that around. Coverage is computed from propagation physics over real elevation and land cover, so what you see is the footprint the radar actually has — terrain masking, notches and all — not a circle drawn around a mast. Sensors are finite; the ground is not. Draw the sector you must hold, set the smallest target that matters, and the optimiser places the radars for you: the same protection from fewer stations, scaling from a single sector to an entire national frontier. And put a hostile jammer on the map and the coverage is re-solved against it, as part of the siting rather than annotated afterwards — so you know what the network still holds when the spectrum is contested. In operation, every connected radar feeds one common operating picture. An object seen by two radars stays a single track, not two contacts an operator has to reconcile. Each track is classified by how it moves — drone, aircraft, vehicle or vessel — and scored for confidence, while returns too small to be real at that position are rejected as false alarms before they ever reach the screen. Drones are the hardest case: small, low and slow. Each track is carried in three dimensions over the real terrain, with its heading and its confidence, and the counters show how many contacts are real against how many were rejected. And this is not a simulation — the path runs today against a production coastal surveillance radar, on live traffic. The plan and the live picture publish straight into ATAK and TAK as Cursor-on-Target, so command, operators and the section on the ground all work from one picture on the device they already carry — group mission planning that stops being three versions of the same map. It runs in containers on your own infrastructure, behind your own login, with every role enforced on the server; no sensor data leaves your network. RadarFusion Nordic AB. Built in collaboration with Siemens Simcenter. Plan it. Prove it. Protect it.