Identity for every operator, device, and autonomous system.
Quantum-safe today.
Cryptographic keys derived from verified identity, for people, platforms, sensors, and AI agents, so that trust in a mission system does not depend on a certificate authority or a key that can be copied.
What program security teams are up against
A cryptographic deadline, a population of non-human identities, and a zero-trust mandate that most stacks only half meet.
Harvest now, decrypt later is already underway
Adversaries are collecting encrypted traffic and credentials today to break them when quantum capability arrives. Anything protected by RSA or elliptic-curve cryptography and expected to matter in a decade is already exposed.
Autonomy multiplies identities
Drones, sensors, edge compute, and AI agents each need to authenticate and sign. Issuing and rotating certificates for fleets of non-human entities does not scale, and a stolen certificate is indistinguishable from a legitimate one.
Zero trust is mandated; most implementations stop at the human login
Zero-trust architectures require every entity to prove identity on every request. If device and agent identity still rests on shared secrets, the perimeter has only moved.
What goes live
The modules you can turn on in the current product, without a platform migration first.
Zero-Trust Keys
Key pairs derived from verified identity for operators, devices, and processes; no stored private keys, no shared secrets; conventional and post-quantum keys from the same identity primitive.
Post-Quantum Cryptography
Lattice-based signing and key encapsulation implementing the NIST post-quantum standards (ML-KEM and ML-DSA).
Agent Identity
Cryptographically verifiable identity for autonomous systems and AI agents with a human-anchored accountability chain; zero-knowledge proof of the human anchor; delegation expressed as verifiable credentials.
Verifiable Credentials
Clearance level, role, unit, and authorization as revocable W3C credentials.
SDK
Embed signing, authentication, and credential checks in mission software and agent frameworks; TypeScript SDK, REST and GraphQL.
The same deployment, on the trust layer
Keys that cannot be stolen because they are never stored
Derived at the point of use from the entity's identity, keys leave no file to exfiltrate.
Accountable autonomy
Every action by a drone, sensor, or AI agent traces cryptographically to the human who authorized it, without exposing that human's identity to the network.
Cross-domain trust without a shared CA
Coalition partners, contractors, and field units verify each other's credentials directly; no central authority to compromise or to agree on.
Hardware roadmap
Post-quantum HSM chips and secure enclaves for vehicles and edge devices are in development.
Where teams start
Each one runs on the modules above — pick the one that matches the quarter you are in.
- Operator authentication and message signing in disconnected or denied environments
- Device identity and secure boot attestation for sensors, radios, and edge compute
- Human-anchored identity for autonomous and AI-assisted systems
- Contractor and coalition access with revocable, verifiable clearance credentials
- Post-quantum migration of existing PKI without re-enrolling every user
What we build on, and what we claim
Open specifications, named without the version churn. Every status below is a different promise.
NIST post-quantum standards
W3C Verifiable Credentials and DIDs
FIDO/WebAuthn
Canadian-owned; headquartered in British Columbia.
Assurance for classifiedand mission systems.
Request a technical briefing on identity-derived keys and post-quantum deployment for your program.