Cloud-grade security architecture for space systems
We design identity, key management, secure update, and tenant isolation systems for satellite operators, orbital compute platforms, and space-ground infrastructure. Modern security practice adapted to intermittent connectivity, long-lived assets, and the operational realities of space.
Our practice combines PKI and platform security experience from Cloudflare with satellite operations, embedded systems, and security work from Planet Labs, Rocket Lab, and NASA JPL. Few teams have worked both sides of the boundary between cloud-grade security and operational space systems—that gap is where we focus.
The hard problems in space security cluster around a few themes. We work on the ones where cloud-grade practice and operational space constraints collide.
Constellation-scale key lifecycle, offline-capable revocation, and root-of-trust design for satellite fleets and ground infrastructure.
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Signed payload delivery, command authorization, and policy frameworks for spacecraft and ground systems operating under intermittent connectivity.
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Identity, attestation, and tenant isolation for orbital compute platforms, hosted payloads, and multi-tenant ground services.
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Fixed-fee security architecture reviews for satellite operators, orbital compute, and space-ground systems. Concrete report, threat model, and prioritized remediation roadmap.
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