INDUSTRY
Drones & Robotics
Autonomous platforms operate in unpredictable environments. When sensors degrade mid-mission, confidence drops without warning, and incident records are incomplete — operators lose trust and regulators lose patience.
Sensor Confidence Active
THE PROBLEM
A Drone That Doesn't Know It's Flying Blind
- ▸Sensor degradation mid-mission goes undetected until it causes failures
- ▸Confidence drops happen silently — the platform keeps operating with degraded sensing
- ▸Incident records are incomplete, making post-mission analysis unreliable
- ▸Regulators require proof of sensing capability — not just flight logs
WHAT WE OFFER
Confidence-Aware Autonomous Operations
- ▸GapGuard: real-time sensor confidence — detect degradation before it causes mission failure
- ▸Safety Gateway: confidence-governed mission decisions — abort, reroute, or continue based on input quality
- ▸ProofCarry: tamper-proof flight telemetry for regulatory compliance and post-incident analysis
- ▸Guidance System: trajectory verification via kinematic consistency — catch GPS spoofing and navigation drift
Autonomy Metrics
Sensor Confidence0%
Mission Readiness0%
Incident Readiness0%
HOW IT WORKS
End-to-End Mission Verification
GapGuard monitors sensor health in real-time throughout the mission. When confidence drops below safety thresholds, Safety Gateway triggers appropriate responses — hold position, return to base, or alert operator. Every sensor reading, every decision, every trajectory adjustment is attested by ProofCarry. Post-mission, the complete chain is available for analysis and regulatory reporting.