DOM-05

Cyber Security

Cyber Security: detecting jamming and spoofing, protecting every link

Protecting the links, signals and data that every other domain depends on.

Every warning we issue travels over a link, and every link can be attacked. Cyber security is therefore not a separate product but the backbone of SpaceSafety AI: from the satellite bus to the ground segment to the operator's screen, the chain has to be verifiable end to end.

Detect

Command traffic, telemetry and navigation signals are monitored for interference, spoofing, jamming and unusual command patterns. Because our satellites observe the radio environment from above, the origin of an interference source can be located rather than only noticed.

Protect

Suspicious commands are rejected, compromised links are isolated, and platforms fall back to authenticated autonomous modes. Operators receive a clear account of what was blocked and why.

Trusted data

Every observation, alert and recommendation is signed and traceable back to the sensor that produced it, so decisions are made on data whose origin can be proven.

Cross-domain effect

Protecting the signal protects the ships, aircraft, grids and spacecraft that rely on it — GNSS timing and satellite communication are the shared dependency of all four other domains.

How SpaceSafety AI communicates

End-to-end encryption and signing

Confidentiality and authenticity are enforced from the on-board sensor to the operator interface, with key material rotated and managed independently of the transport network.

Interference geolocation

Jamming and spoofing sources are located from orbit and reported to affected users and authorities, turning a diffuse disturbance into an actionable position.

Zero-trust operations

Every command is authenticated and authorised individually; no station, account or link is trusted because of where it sits in the network.