INDUSTRY
Defense & Maritime
Mission-critical systems operate in contested environments. When sensors are jammed, telemetry is spoofed, and GNSS is denied — operators need confidence in every signal. The cost of unverified data isn't just financial — it's operational.
Signal Integrity Active
THE PROBLEM
In Contested Environments, Unverified Signals Are Threats
- ▸Sensor jamming and spoofing attacks are increasing in frequency and sophistication
- ▸GNSS denial renders navigation systems unreliable without alternative verification
- ▸Telemetry forgery can mislead operators into wrong decisions with operational consequences
- ▸Mission evidence needs to survive adversarial scrutiny — not just technical review
WHAT WE OFFER
Mathematically Proven Signal Integrity
- ▸DyadShield: anti-spoofing, anti-jamming, and anti-stealth detection via exclusion by contradiction
- ▸ProofCarry: verified mission telemetry with tamper-proof evidence chains that survive adversarial review
- ▸Safety Gateway: confidence-governed engagement decisions — block actions when signal confidence is compromised
- ▸Guidance System: trajectory verification via kinematic consistency — detect GNSS spoofing without GNSS
Defense Metrics
Signal Integrity0%
Spoof Detection0%
Mission Readiness0%
HOW IT WORKS
End-to-End Signal Verification
DyadShield continuously monitors for spoofing, jamming, and stealth signatures. When GNSS is denied, the Guidance System verifies trajectory via kinematic consistency — mathematically impossible to spoof without detection. Every sensor reading, every navigation fix, every engagement decision is attested by ProofCarry. Mission evidence is structured for both operational review and adversarial scrutiny.