LAYER 01
Mission objectives and constraints
Define scientific goals, mission priorities, operating rules, energy limits, communication windows and approval requirements.
Status as of 6 August 2026. Software portfolio built and internally test-green. Validation class: simulation-validated and ground-demonstrated.
Internal security freeze (RC3) complete. Independent external security audit: not completed.
Not claimed: flight qualification · operational space deployment · certified PQ hardware root · agency acceptance. Green never means flight-ready, flight-proven, radiation-tested, audited or certified.
Status legend: Built · Simulation-validated · Ground-demonstrated · Hardware-blocked · Audit not completed
LAYER 02
Planetary and operational context
Combine telemetry, terrain, orbital conditions, environmental data, system health and mission history.
LAYER 03
Reasoning and simulation
Use planners, worker agents, models and deterministic tools to compare options and simulate outcomes.
LAYER 04
Relay and autonomous systems
Prepare communication priorities, bounded autonomous actions and recovery strategies under disruption.
LAYER 05
Evidence, review and governance
Record sources, confidence, assumptions, retries, approvals, decisions and verifiable events.
DCS R-Series Trust Infrastructure
Receipt, verification and evidence infrastructure
Every COSRYX product runs on R-Series — the receipt, verification and evidence layer that makes "provably" mean something.
R+2 · Execution Receipts
Dual-signed (Ed25519 + ML-DSA-65), both legs mandatory, partial signatures refused. 518,336 cycles, 0 failures, 29/29 injected faults survived, 99.99% test uptime over a 30-day internal controlled soak.
R+3 · Audit Lineage
RFC 6962 Merkle transparency log. Receipts anchored on-chain (Base). 58-lane signing fleet, 196 receipts verified. Publicly checkable anchor.
R+4 · Zero-Knowledge Verification
Groth16 zero-knowledge proof generation and browser-based verification. Selective disclosure: prove a receipt’s properties without revealing its contents.
R+7 · Sovereign Memory
Signed memory store with dual-signature receipts. Persistent, verifiable organizational memory with audit trail.
R+8 · Governance Engine
Policy evaluation and carbon reporting. Regulatory-aware decision support with receipted verdicts.
Triple-Hybrid Signing
72-hour Triple-Hybrid soak completed — PASS: 543 cycles, 0 failures, 19/19 faults survived, 15/15 gates, partial-signature refusal, partition detection and in-test key rotation. Stateful LMS/XMSS remains restricted to HSM-gated firmware signing only.
X-Wing KEM
CFRG hybrid key encapsulation, KAT-verified byte-for-byte against official test vectors. TLS X25519MLKEM768 construction supported.
CBOM Generator
CycloneDX 1.6 cryptographic bill of materials. Every algorithm, key size and mode receipted. Regulatory compliance artifact.
SEU Integrity Model
Radiation-tolerant AI model verification. Correction, rejection and declared-divergence paths tested. Registry-signed update channel. ECC protection classes bound into domain roots.
4-Jurisdiction Scheduler
US CNSA 2.0, NIST IR 8547, EU coordinated roadmap, India NQM — executable deprecation calendars with jurisdiction-specific policy verdicts.
AI Model Provenance
Model registry with theft detection, poisoning cascade detection and carbon tracking. Every model version registered, every inference receipted. Revoking a model version flags every past inference on verify. C2PA-compatible provenance manifest export.
518,336 cycles0 failures · 29/29 injected faults survived
100% recovery99.99% test uptime · 30-day internal controlled soak
249 foundation tests0 fail · 0 CVEs
24h hybrid PASS288 cycles · 0 failures · 10/10 faults · in-test rotation
72h Triple-Hybrid PASS543 cycles · 0 failures · 19/19 faults · 15/15 gates
On-chain evidenceReceipts anchored on Base · 58-lane signing fleet
Independent external security audit: not completed.
COSRYX Hybrid Moat
Shared canonical receipts across constrained mission systems
COSRYX-HYBRID-01, COSRYX-HYBRID-02 and COSRYX-HYBRID-03 use byte-identical receipt and canonicalisation primitives so their records remain chain-compatible with the wider COSRYX fleet.
Quarantine before trust
Built · DoD sign-off pendingCOSRYX-HYBRID-01 refuses a clean compute receipt when deterministic replay diverges, preventing an SEU-corrupted result from entering the trusted chain.
Dual-leg provenance enforcement
Built · DoD sign-off pendingCOSRYX-HYBRID-02 verifies both legs over the same canonical image manifest and rejects downgrade paths before signature work.
Air-gap enforced by test
Built · DoD sign-off pendingCOSRYX-HYBRID-03 scans source for prohibited network modules and creates local chained receipts without storing raw tool inputs or outputs.
The Post-Quantum (PQ) leg currently utilizes size-conformant ground stand-ins (pending formal NIST FIPS 204 ML-DSA / FIPS 205 SLH-DSA hardware security module certification). Not flight-qualified. Not independently audited by external third parties.
Experience the mission-intelligence product
COSRYX AI presents the interactive product concept for planning, telemetry, relay analysis and evidence.