Multi-sensor airspace
security platform.One drone, one validated track — across acoustic, RF, EO/IR.
Real-time sensor-fusion and coordination layer for counter-drone and counter-swarm defense. Combat-validated in Ukraine. NATO interoperable.
Two threat models.
One fusion answer.
Modern airspace is contested across two distinct operational envelopes — from cross-border mass attacks to short-range strikes launched from inside the perimeter. Single-sensor systems cannot cover both.
The window between detection and impact has collapsed by orders of magnitude. Legacy single-sensor stacks cannot close it.
Cross-Border Mass Attack
Long-range one-way attack drones launched in saturating waves across national borders, exploiting low-altitude ingress to defeat strategic radar.
Terrain-masking profiles defeating long-range sensors.
Inertial and satellite-aided navigation immune to RF jamming.
Inside-the-Perimeter Strike
Short-range autonomous and operator-guided platforms launched from concealed positions within or adjacent to the protected zone.
Sub-$500 platforms operating below radar coverage with seconds-long terminal phases.
Coordinated swarms exploiting clutter, multipath and acoustic noise floors of dense civil environments.
Live signature library captured under sustained EW pressure.
Multi-sensor fusion evaluation · 2024–2025 operational data.
Continuous deployment, iteration and refinement on active front.
One object.
One track.
Independent sensors observe the same airspace. The Fusion Brain correlates every detection into a single, validated track — eliminating ghosts, false positives, and sensor blind spots.
Sub-second cross-sensor alignment
Drone vs. bird vs. aircraft
Multi-sensor confirmed tracks
From signal to
decision, in seconds.
A precision pipeline engineered for the reaction times of modern air-defense — from raw sensor data to actionable intelligence.
Detect
Multi-sensor sweep identifies anomalies across the spectrum.
Cue
Initial detection cues optical and RF assets onto the contact.
Track
Continuous lock with confirmed cross-sensor validation.
Predict
AI projects intent, trajectory and engagement window.
Handoff
Validated track is passed to effectors or command-and-control.
Built where it
actually matters.
Battlefield Validated
Engineered, deployed and refined under real combat conditions — not simulated environments.
True Multi-Sensor Fusion
RF, acoustic and EO/IR processed as a single intelligence stream — not stitched dashboards.
EW-Resilient Detection
Acoustic and optical layers detect autonomous and fiber-guided threats invisible to RF-only systems, validated under sustained electronic-warfare pressure.
AI Classification
Onboard models distinguish drone class, payload signatures and intent in real time.
Urban Low-Altitude Mastery
Tuned for clutter, multipath and acoustic noise floors of dense civil environments.
NATO Interoperability Path
Open interfaces, secure uplinks and an interoperability roadmap aligned with allied command systems.
Combat-Proven
Traction.
Frontline-validated capability with paid Ukrainian Air Defense deployment and formal NATO partnership pathways.
VERIFIED · 2024–2025The future of air defense is multi-sensor fusion.
A scalable platform purpose-built for European and NATO airspace — extending from forward operating positions to critical national infrastructure. Next-generation airspace security, deployable today.
Veterans and architects.
Built for this war.
Operators, engineers and applied-AI researchers spanning UA / US / SG / FR. Combined experience across defense systems integration, applied AI from Stanford HAI and NVIDIA, and frontline counter-drone operations. Advised by ex-Thales, ex-Dassault Aviation, former NASA researchers and active special-operations command.
G41K
Commander, Omega Special Forces UAV unit. Identity protected for OPSEC.
Mariya Yarmonova
25 yrs finance & compliance.
Establish
communication.
Secure communication channel for partnership and operational inquiries.