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Capabilities

Nine products. One provenance layer. Three Hybrid Moat features.

COSRYX organises space technology into products, provenance services and Hybrid Moat features built on the DCS R-Series receipt and verification layer.

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

BUILT — SIMULATION-VALIDATED

COSRYX Intelligence

Verifiable data products for Earth observation and orbital awareness.

Built — simulation-validated

COSRYX-LENS

On-chain satellite imagery provenance. Every EO image product carries a cryptographic receipt: which model version, which input scene, which processing chain. Responders acting on disaster maps or crop analytics can verify the product's complete lineage.

COSRYX-ORBIT

Space debris tracking and conjunction prediction on public catalog data. Receipted alerts let operators prove when they were warned and what the model knew.

COSRYX-WEATHER

Space weather prediction from public feeds. Receipted forecasts with a provable accuracy ledger over time.

BUILT — SIMULATION-VALIDATED

COSRYX Operations

Mission control intelligence and onboard AI assurance.

Built — simulation-validated

COSRYX-MCC

Mission control AI assistant. Anomaly triage, procedure recall and timeline watch — every recommendation is a receipted decision, countersigned by a human operator. No code path from draft to confirmed that skips the operator.

COSRYX-EDGE

Onboard AI assurance package. SEU-aware model integrity with scrub receipts, ECC protection classes bound into domain roots, and registry-signed authorized-update channels. Theft detection and poisoning cascade detection for orbital AI models. Provenance that survives radiation, disconnection and in-flight updates.

TESTED

COSRYX Quantum

Post-quantum migration platform for space and ground systems.

Tested

PQ-Agility Engine

Hybrid signature policies (Ed25519 + ML-DSA-65 + SLH-DSA), X-Wing key encapsulation (KAT-verified against official CFRG test vectors), CycloneDX 1.6 cryptographic bill of materials generator, and a four-jurisdiction regulatory deprecation calendar (US CNSA, EU, India NQM, UK) with executable policy verdicts.

State-hazard policy enforced in code: stateless SLH-DSA on the fleet path; stateful LMS/XMSS restricted to HSM-gated firmware signing only.

109 tests · 0 failX-Wing 17/17 KATCBOM 11/11
SIMULATION-VALIDATED

DSRP — Delay-tolerant Space Relay Protocol

Store-and-forward trust layer for disrupted and delayed networks.

Simulation-validated

Light-cone timestamps for causal ordering. Merkle Mountain Range receipt chains. Autonomous agents that decide before executing. BPv7/BPSec wrapper for standards-aligned delay-tolerant networking.

100/100 simulation scenarios78 tests · 0 fail
BUILT — SIMULATION-VALIDATED

COSRYX-NEXUS

COSRYX-NEXUS — The interplanetary trust network. Signed custody receipts across delayed, interrupted links (relay); N-of-M witness signatures with dual-domain two-person control (mesh + coordination); deterministic byte-identical simulation. One product, three layers — an Earth→Moon→Mars custody chain that survives link outages.

Built — simulation-validated
65 tests
BUILT — SIMULATION-VALIDATED

SWARM TRUST

SWARM TRUST — A cryptographic receipt for every autonomous-robot-swarm decision. Byzantine-tolerant (survives ⌊(n−1)/3⌋ faulty or corrupted robots), with radiation-fault (SEU) scrubbing and automatic quarantine of a rogue unit. Prove to an agency what the swarm decided, when, why, and under whose consensus — even during a communication blackout. Rides COSRYX-NEXUS + COSRYX-EDGE.

Built — simulation-validated
38 tests
BUILT — GROUND-DEMONSTRATED (EVIDENCE-SERVICE)

SSA ACCOUNTABILITY

SSA ACCOUNTABILITY — Liability evidence for satellite and debris-removal operators. Prove you warned them; prove the maneuver was safe. Binds each conjunction alert to the exact observations it derived from, in the international CCSDS standard format, mapped to the 1972 Space Liability Convention. Rides COSRYX-ORBIT + COSRYX-SPACETRACE.

Built — ground-demonstrated (evidence-service)
34 tests
BUILT — GROUND-DEMONSTRATED (PROVENANCE SEAM)

MFG PROVENANCE

MFG PROVENANCE — Designed to certify that a fiber, material, or pharmaceutical batch was made in orbit — on this date, by this process. In the demonstrated design, manufacturing telemetry flows through the LENS processing-chain to a C2PA "made in orbit" certificate. Rides COSRYX-LENS.

Built — ground-demonstrated (provenance seam)
33 tests
BUILT — GROUND-DEMONSTRATED

COSRYX-SPACETRACE

SSA data provenance beneath COSRYX-ORBIT, binding sensor observations to alerts and alerts to spacecraft actions for insurers, operators and regulators.

29/29 tests
Hybrid Moat

Three constrained-environment trust features

Built in one cloud-green pass on the shared COSRYX/R-Series receipt substrate. 89/89 tests, 0 fail; DoD sign-off pending.

COSRYX-HYBRID-01 · 24/24
Built · DoD sign-off pending

Radiation Quarantine + Compute Binding

Deterministic replay guards model, TEE, output and receipt integrity; mismatch causes quarantine.

COSRYX-HYBRID-02 · 37/37
Built · DoD sign-off pending

PQ Imagery Provenance

Both receipt legs must verify over the same canonical bytes. Single-leg and downgrade paths are rejected.

COSRYX-HYBRID-03 · 28/28
Built · DoD sign-off pending

Air-Gapped MCP Connector

Local tool invocations create R+2 chained receipts without raw-argument or raw-output retention.

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.

Explore the product architecture

Each product has an explicit status, evidence trail and dependency on the R-Series trust infrastructure.

Products and programmesTrust infrastructure