Scientific status, evidence and limitations are disclosed.
Building
Intelligent
Infrastructure
for Space
Research, mission intelligence, autonomous systems and resilient communications for Earth orbit, the Moon, Mars and the next frontier.
Status as of 6 August 2026. Software portfolio built and internally test-green. Validation class: simulation-validated and ground-demonstrated. Code-complete and internally simulation-validated as a verifiable mission recorder and distributed mission black-box architecture. G0 (scope/IP/evidence freeze) and G1 (V2 codebase complete) are COMPLETE. G2–G7 remain PENDING external parties (independent audit · radiation/target-hardware · HIL telemetry · LEO shadow · lunar bounded pilot · mission-owner acceptance). Evidence: C0–C9 GO · 410/410 integrated tests · Release Candidate frozen. Ready for independent security audit, target-hardware validation and partner telemetry integration.
Internal security freeze (RC3) complete. Independent external security audit: not completed.
Not claimed: flight qualification · operational space deployment · certified PQ hardware root · agency acceptance · flight-ready · flight-proven · flight-qualified · radiation-tested · independently audited · certified. Green never means flight-ready, flight-proven, radiation-tested, audited or certified.
Status legend: Built · Simulation-validated · Ground-demonstrated · Hardware-blocked · Audit not completed
Concepts are tested before operational claims are made.
High-impact decisions remain subject to authorised review.
COSRYX NETWORK
◇ BUILD INVENTORY
EARTHCOSRYX-LENS · COSRYX-ORBIT · COSRYX-WEATHERBUILT — SIMULATION-VALIDATED
MOONDSRPSIMULATION-VALIDATED
COSRYX-MCCBUILT — SIMULATION-VALIDATED
MARSDSRPSIMULATION-VALIDATED
COSRYX-EDGEBUILT — SIMULATION-VALIDATED
✦QUANTUM
PQ-AGILITYTESTED
∿ 518,336 cycles•
◇ 0 failures•
◷ 99.99% test uptime
What COSRYX is building
A connected space research and technology ecosystem
COSRYX now spans nine named products, the COSRYX-SPACETRACE provenance layer and three Hybrid Moat features across its intelligence, operations, quantum and relay architecture — all built on the DCS R-Series trust infrastructure.
BUILT — SIMULATION-VALIDATED
COSRYX Intelligence
On-chain satellite imagery provenance (COSRYX-LENS), space debris tracking and prediction (COSRYX-ORBIT), and space weather forecasting (COSRYX-WEATHER) — every data product carrying cryptographic proof of model version, input and processing chain.
Explore intelligence →BUILT — SIMULATION-VALIDATED
COSRYX Operations
Mission control AI assistant (COSRYX-MCC) with human countersigned recommendations, and onboard AI assurance (COSRYX-EDGE) with radiation-tolerant model integrity for spacecraft compute.
Explore operations →TESTED
COSRYX Quantum
Post-quantum migration platform (PQ-Agility): hybrid signatures, cryptographic bill of materials, regulatory compliance calendars and quantum-safe key management for space and ground systems.
Explore quantum →SIMULATION-VALIDATED
Space Relay Protocol
DSRP — delay-tolerant store-and-forward trust layer with light-cone timestamps, Merkle receipt chains and autonomous agents for Earth–Moon–Mars communications.
Explore DSRP →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.
View programme →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.
View programme →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.
View programme →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.
View programme →BUILT — GROUND-DEMONSTRATED
COSRYX-SPACETRACE
SSA data provenance beneath COSRYX-ORBIT: each sensor observation, conjunction alert and manoeuvre decision is bound into a verifiable sensor → alert → spacecraft-action chain.
View programme →Built · DoD sign-off pending
COSRYX-HYBRID-01
Radiation quarantine and R+11 compute binding. Deterministic replay mismatch quarantines the record before a clean receipt can be emitted.
View Hybrid Moat →Built · DoD sign-off pending
COSRYX-HYBRID-02
Post-quantum imagery-provenance enforcement: both receipt legs must verify over identical canonical bytes; single-leg and downgrade paths are rejected.
View Hybrid Moat →Built · DoD sign-off pending
COSRYX-HYBRID-03
Air-gapped MCP connector: local tool calls produce chained R+2 receipts without retaining raw arguments or outputs.
View Hybrid Moat →COSRYX ecosystem
Research and mission intelligence, connected
The corporate organisation connects the research platform, mission-intelligence product and DCS R-Series trust infrastructure without duplicating their roles.
COSRYX.SPACE
Research programmes and technical evidence
Research into imagery provenance, orbital awareness, space weather, delay-tolerant networking, mission operations, onboard AI assurance and post-quantum migration.
COSRYX Intelligence and OperationsDSRP simulation and autonomy researchCOSRYX Quantum and evidence reports
Enter COSRYX Space →COSRYX.AI
Mission-intelligence platform
Mission Copilot, constraint-aware planning, DSRP relay simulation, bounded autonomy, planetary context, anomaly analysis and an evidence layer with human review.
Mission Copilot and Mission PlannerRelay Planning and Autonomy LabEvidence, confidence and human countersign
Enter COSRYX AI →Product architecture
Earth systems to deep-space trust
Explore the real COSRYX product families, their current evidence status and the infrastructure connecting them.
COSRYX INTELLIGENCE
Verifiable Earth and orbital data products
COSRYX-LENS, COSRYX-ORBIT and COSRYX-WEATHER connect imagery provenance, conjunction alerts and space-weather forecasts to cryptographic receipts and model-governance records.
View all products →Product identityLENS · ORBIT · WEATHER
Human reviewDefined by use case
Evidence stateReceipted lineage
How everything connects
Built on DCS R-Series trust infrastructure
Every COSRYX product produces cryptographically signed receipts — dual-signed with classical and post-quantum algorithms — that form a verifiable chain from sensor to decision to action.
R+2 · Execution Receipts
Every operation produces a receipt signed with Ed25519 + ML-DSA-65. Both legs mandatory. Partial signatures refused by construction.
R+3 · Audit Lineage
Receipts enter a Merkle transparency log anchored on-chain. 58-lane signing fleet. 196 receipts verified. Publicly checkable.
DSRP · Space Relay
Store-and-forward trust for delay-tolerant networks. 100/100 simulation scenarios passed.
Internal soak — 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
692/692 COSRYX tests0 fail · products, waves and Hybrid Moat
Internal hybrid soaks24h PASS · 72h Triple-Hybrid PASS · in-test key rotation
On-chain evidenceReceipts anchored on Base · 58-lane signing fleet
Sandbox conformance and internal testing shortens but does not replace external audit. Independent external security audit: not completed.
Status governance
Progress must be earned, not implied
COSRYX uses the approved status ladder so research, simulation and operational claims remain distinguishable and evidence-backed.
Research
Concept-stage investigation with no code or operational claim. Questions, assumptions and limits are disclosed before development begins.
Research question and boundaries documentedNo operational readiness impliedEvidence plan defined before status changes
Partnership network
Built for structured collaboration
COSRYX is preparing engagement models for institutions that share an evidence-first approach to research, mission studies, technology evaluation and post-quantum migration.
Space agenciesMission studies, communications, autonomy and trust-infrastructure evaluation.
Universities and laboratoriesResearch questions, simulations, datasets, publications and validation.
Aerospace companiesBounded technology evaluation for COSRYX products and R-Series integration.
Satellite operatorsImagery provenance, conjunction alerts, space weather and relay studies.
Government researchSecure, governed and evidence-backed technical assessments.
PQ compliance teamsCBOM inventory, policy evaluation, deprecation calendars and migration roadmaps.
Start a conversation
Propose a partnership or technical study
Evidence-backed updates
Progress with evidence and context
Infrastructure, quantum and corporate updates are published with explicit status and supporting evidence.
30-day internal soak completed — Gate 3 PASS
518,336 cycles, 0 failures, 29/29 injected faults survived, 99.99% test uptime and P95 latency of 3ms.
Read infrastructure update →72-hour internal 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.
Open evidence →Independent third-party security audit — vendor selection in progress
DCS Labs initiated the external audit process for the R-Series core trust layer and sent audit enquiries to five firms.
Read corporate update →COSRYX corporate network
Explore the complete ecosystem
Review the research platform, open the mission-intelligence product, or contact COSRYX about research, technology evaluation and partnership opportunities.
Programmes · Future
Orbital Programme — Planning
COSRYX is preparing a two-mission path to prove the R-Series receipt chain under real orbital conditions (natural link loss, radiation, and power cycling).
- Mission 1: Hosted payload on a partner satellite (first flight heritage)
- Mission 2: Company-owned 6U CubeSat (full test-matrix control)
Current status: payload interface definition and vendor RFQs. No launch contract is signed. Public claims remain limited to software and terrestrial evidence until Mission 1 is under contract.