Side-by-side
DedroneTracker.AI vs EagleSHIELD (C-UAS for airports)
Spec comparison for two products on Aviation Souk. Both compete in Counter-UAS & Base Air Defence.
Counter-UAS & Base Air Defence
DedroneTracker.AI
by Dedrone
Multi-sensor C2 software platform that fuses RF, radar, video and acoustic feeds into a single AI-driven airspace operations picture with autonomous drone and pilot geolocation.
Counter-UAS & Base Air Defence
EagleSHIELD (C-UAS for airports)
by Thales Group
Integrated multi-sensor counter-UAS system purpose-built for airport airspace protection, combining 3D holographic radar, electro-optics, and RF detection with scalable soft- and hard-kill effectors.
| Cost of ownership | DedroneTracker.AI | EagleSHIELD (C-UAS for airports) |
|---|---|---|
| Price tier | — | — |
| Lead time (weeks) | ?–? | ?–? |
| Delivery | — | — |
| Install | — | — |
| GCC airports deployed | 0 | 0 |
| Certifications | 0 | 0 |
Specs
Technical specifications.
| Spec | DedroneTracker.AI | EagleSHIELD (C-UAS for airports) |
|---|---|---|
| Drone identification database | ~300 models | — |
| Direction-finding accuracy | ≤2.5 degrees | — |
| C-sUAS test-event accuracy | 95 % | — |
| Vision-model mAP improvement (Pythagoras 1) | +24.3 % | — |
| Small-drone detection improvement | 14× | — |
| Sensor inputs supported | RF, radar, video, acoustic | — |
| Certified partner integrations | 20+ | — |
| Standards compliance | Remote ID (US / EU / JP); SAPIENT | — |
| Security certifications | US DHS Safety Act; Veracode; CPNI-rated | — |
| Detection range (airport variant) | — | Up to 18 km |
| Radar type | — | Gamekeeper 3D holographic radar, 360° coverage |
| UAS size classes covered | — | Nano, micro, mini and small UAS |
| Sensor suite | — | Holographic radar + long-range EO + RF direction finders + Remote ID |
| Threat discrimination | — | Emitting and non-emitting UAS (collaborative and non-collaborative) |
| Neutralisation options | — | Soft-kill (RF jamming), hard-kill (intercept drones, directed energy) |
| C2 capability | — | AI-assisted automatic threat assessment and decision support |
| Architecture | — | Sensor-agnostic, modular, scalable; integrates with civil and military networks |
| Known civil airport deployments | — | Heathrow Airport (UK), Auckland Airport (NZ) |
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