The Lower Airspace just got safer, once again!
The Lower Airspace just got safer, once again!
As lower airspace becomes increasingly cluttered with delivery drones, ISR platforms, and other unmanned aerial threats, the risk to both legacy aviation and ground-level critical infrastructure rises significantly. WALAT3M empowers security agencies to monitor and manage these threats in real time, enabling autonomous coordination across the Drone Detect and Defeat suite. The result is a highly responsive and reliable system for neutralizing unauthorized drone activity.
Why WALAT3M
The problem of lower airspace monitoring is fairly new, the volume of airspace that needs to be monitored is humongous even as compared to the commercial air space. The devil is in the detail, the field of view cannot now be limited to a narrow band nor the revisit time can be intermittent, the threat vector is much smaller, much slower and can fly quite low.
Legacy monitoring systems and Air traffic management systems were able to see far and beyond, however, the drones can literally fly under the radar, thus emerge from below or drop right above treading into the cone of silence, so typical of those Air Defence solutions.
Multitude of deployments, proximity to airports, jammer interference with other coexisting RF devices, impact of spoofing and GNSS denial on civilian infrastructure is weighing heavily against indiscriminate use of EW devices, deployment of lasers and High power microwaves isn’t always the best option, missiles being expensive, the aerial threat vector is an omnipresent challenge.
Early detection and calibrated mitigation response requires a little more than picking up that jammer gun, the counter drone operations have now morphed into an elaborate discipline where complacency or confusion can only prove costly, WALAT3M integrates the legacy surveillance systems with the additional drone detect and defeat suite, specifically tailored to the terrain and the threat.Â
Monitoring
Adibis Secure is focusing on lower airspace safety and countering drone intrusions with Radar based anti-drone technology.Â
Our innovative AI powered Sensor fusion stack is tailored to meet the security needs in light of the enhanced risks due to the rise in Unmanned traffic and the use of next generation UAVs as an attack vector.
The solution comprises of a fully integrated network of Radars, EO devices, SDRs, Thermal Cameras and even Acoustic Sensors to monitor and record movement of all kinds of objects in the lower airspace, be it Commercial and Personal aviation, Military Aircrafts, Surveillance Drones, Blimps, Balloons and even the avian traffic.
Threat Mitigation
Founded along with Defence experts, the team has assimilated cutting edge technologies from the EW, DEW and Air Defence domain to provide secure domes above the critical assets and sensitive sites.Â
Our solution comprises of an OEM agnostic, multilayered Soft and Hard Kill capabilities, sufficient to mitigate the aerial threat vector from the Clueless, Careless or Criminal pilots.
Why WALAT3M
The problem of lower airspace monitoring is fairly new, the volume of airspace that needs to be monitored is humongous even as compared to the commercial air space. The devil is in the detail, the field of view cannot now be limited to a narrow band nor the revisit time can be intermittent, the threat vector is much smaller, much slower and can fly quite low.
Legacy monitoring systems and Air traffic management systems were able to see far and beyond, however, the drones can literally fly under the radar, thus emerge from below or drop right above treading into the cone of silence, so typical of those Air Defence solutions.
Multitude of deployments, proximity to airports, jammer interference with other coexisting RF devices, impact of spoofing and GNSS denial on civilian infrastructure is weighing heavily against indiscriminate use of EW devices, deployment of lasers and High power microwaves isn’t always the best option, missiles being expensive, the aerial threat vector is an omnipresent challenge.
Early detection and calibrated mitigation response requires a little more than picking up that jammer gun, the counter drone operations have now morphed into an elaborate discipline where complacency or confusion can only prove costly, WALAT3M integrates the legacy surveillance systems with the additional drone detect and defeat suite, specifically tailored to the terrain and the threat.Â
Why WALAT3M
The problem of lower airspace monitoring is fairly new, the volume of airspace that needs to be monitored is humongous even as compared to the commercial air space. The devil is in the detail, the field of view cannot now be limited to a narrow band nor the revisit time can be intermittent, the threat vector is much smaller, much slower and can fly quite low.
Legacy monitoring systems and Air traffic management systems were able to see far and beyond, however, the drones can literally fly under the radar, thus emerge from below or drop right above treading into the cone of silence, so typical of those Air Defence solutions.
Multitude of deployments, proximity to airports, jammer interference with other coexisting RF devices, impact of spoofing and GNSS denial on civilian infrastructure is weighing heavily against indiscriminate use of EW devices, deployment of lasers and High power microwaves isn’t always the best option, missiles being expensive, the aerial threat vector is an omnipresent challenge.
Early detection and calibrated mitigation response requires a little more than picking up that jammer gun, the counter drone operations have now morphed into an elaborate discipline where complacency or confusion can only prove costly, WALAT3M integrates the legacy surveillance systems with the additional drone detect and defeat suite, specifically tailored to the terrain and the threat.Â
Why WALAT3M
The problem of lower airspace monitoring is fairly new, the volume of airspace that needs to be monitored is humongous even as compared to the commercial air space. The devil is in the detail, the field of view cannot now be limited to a narrow band nor the revisit time can be intermittent, the threat vector is much smaller, much slower and can fly quite low.
Legacy monitoring systems and Air traffic management systems were able to see far and beyond, however, the drones can literally fly under the radar, thus emerge from below or drop right above treading into the cone of silence, so typical of those Air Defence solutions.
Multitude of deployments, proximity to airports, jammer interference with other coexisting RF devices, impact of spoofing and GNSS denial on civilian infrastructure is weighing heavily against indiscriminate use of EW devices, deployment of lasers and High power microwaves isn’t always the best option, missiles being expensive, the aerial threat vector is an omnipresent challenge.
Early detection and calibrated mitigation response requires a little more than picking up that jammer gun, the counter drone operations have now morphed into an elaborate discipline where complacency or confusion can only prove costly, WALAT3M integrates the legacy surveillance systems with the additional drone detect and defeat suite, specifically tailored to the terrain and the threat.
Our Products
