VISION AT THE SPEED OF AUTONOMY

Mantis is the high-speed vision platform for autonomous systems.

100x faster than legacy vision, we deliver ultra-low latency perception and response for drones and airspace integration.

Explore Platform
+R -B | 0.34ms | 412.8, -12.4, 124.0m | 42.8 m/s | 184° / +3.2°
The Airspace Challenge

The Airspace Challenge

Legacy frame-based vision suffers from latency, motion blur, and blind spots in extreme lighting that put public safety and critical infrastructure at risk.

High-speed autonomous flight demands a 100x leap in perception performance to operate reliably in complex environments.

High Speeds & Maneuvers
Drones fly fast and turn instantly. Legacy vision systems can't process frames fast enough to execute real-time collision avoidance or threat interception.
Blinding Light & Shadows
Extreme lighting creates blind spots. Direct sun, low-light dusk, and urban shadows blind legacy cameras.
GPS-Denied & Complex Airspace
Urban canyons, interference, and signal loss sever GPS and communications. Operating in signal-denied environments disrupts drone flight paths and blinds airspace management.
Explore Platform

High-Speed Vision Platform

New drones and autonomous systems move faster than legacy vision can see. Mantis combines ultra-low latency vision, multi-sensor perception, and autonomous response to enable safe airspace integration.

Sub-Millisecond Vision
Zero motion blur at high flight speeds. Captures microsecond event streams to deliver instant perception and reaction for fast-moving aircraft.
Multi-Sensor Fusion
Multi-layer, long-range tracking. Fuses optical and thermal vision with RF, acoustic, and micro-Doppler radar signatures for cross-target validation.
Instant Decision & Response
Closed-loop execution. Delivers decision outputs within milliseconds — triggering automated flight maneuvers and threat interception.
Explore Technology
Mantis Vision Platform
Neuromorphic Computing

Neuromorphic Computing

Mantis combines clockless pixel event sensing with spiking neural network inferencing and multi-sensor fusion to deliver ultra-low latency perception with peak precision.

Asynchronous Event Vision & Dynamic Range
Clockless pixel processing. Eliminates shutter lag and motion blur, maintaining continuous tracking through direct sun, dusk, and shadows.
In-Memory Computing
Non-von Neumann processing. Co-locates memory and processing to eliminate memory bus bottlenecks, executing Spiking Neural Networks (SNNs) directly in silicon for sub-millisecond inferencing.
Multi-Modal Signal Fusion
All-domain operation. Fuses RF, acoustic, and micro-Doppler radar data to maintain situational awareness over open skies, transportation hubs, and city centers.
Explore Privacy

Privacy by Design

Mantis processes motion events, not visual images. By operating entirely on anonymous pixel-level change vectors rather than capturing traditional footage, our platform delivers precision perception without collecting, storing, or transmitting PII.

No PII Capture
Sensor-level anonymization. Asynchronous pixel changes process movement vectors rather than video frames, inherently excluding PII at the hardware level.
Zero Storage
Volatile memory execution. Streams are processed purely in memory and discarded immediately—no raw footage is ever recorded, stored, or transmitted.
Regulatory Compliance
US and global privacy standards. Built to comply with privacy regulations (e.g., CCPA / CPRA, FTC, NTIA) for deployment in public spaces.
Explore Capabilities
Privacy Architecture
Capabilities

Autonomous Capabilities

Mantis translates event-driven perception into real-time autonomy — powering autonomous flight and airspace management.

Counter-UAS & Threat Interception
Kinematic & acoustic threat detection. Tracks micro-movements, high-speed trajectories, and multi-modal signatures to identify unauthorized aircraft and execute automated countermeasures in real time.
Autonomous Navigation & Tracking
GPS-denied BVLOS operations. Delivers continuous 3D spatial perception, long-range tracking, and precision navigation—even when GPS and RF communications are completely severed.
Low-Power Air & Ground Deployment
Minimal power consumption. Enables seamless deployment across light aircraft, ground vehicles, and solar edge nodes.
Learn More