Earth Intelligence
Live
Earth Intelligence
Imagery provenance, debris tracking and space weather research are grouped into the COSRYX Intelligence family.
● 37 orbits monitored
Research-first space systems
Research,
Research,
programmes and
technical evidence
COSRYX Space delivers verified research in imagery provenance, orbital awareness, mission control intelligence, onboard assurance and quantum migration — with status, evidence and limitations shown transparently.
Live system overview
518,336cycles
0 failures · 29/29 injected faults survived
100%recovery
99.99% uptime · 30-day continuous production soak
249tests
0 fail · 0 CVEs · 24-hour hybrid soak with live key rotation
On-chainreceipts
Receipts anchored on Base · 58-lane signing fleet
All systems nominal
Last update: live
Network: COSRYX Mainnet
Orbits monitored: 37
Earth Intelligence
Live
Lunar Systems
DSRP
Delay-tolerant space relay protocol for resilient lunar and deep-space links.
100/100 Scenarios →
Mars Operations
Autonomy & Ops
Bounded autonomy, mission control AI and communications for rapid decisions when latency is critical.
109 Tests →
Deep Space Research
Quantum Systems
Post-quantum migration platform and X-Wing KAT-verified construction for space and ground systems.
X-Wing KAT-verified →
Research programmes
Only verified programmes
Only verified programmes
and status labels
COSRYX is a space research identity within DCS Labs, operated by DCS AI Technologies L.L.C. Programme names, statuses and evidence here follow the approved content pack.
In development
COSRYX Intelligence
Imagery provenance, debris tracking and space weather. This family covers COSRYX-LENS, COSRYX-ORBIT and COSRYX-WEATHER.
COSRYX-LENSCOSRYX-ORBITCOSRYX-WEATHER
In development
COSRYX Operations
Mission control AI and onboard assurance. This family brings together COSRYX-MCC and COSRYX-EDGE.
COSRYX-MCCCOSRYX-EDGE
Simulation-validated
DSRP
Delay-tolerant space relay protocol. Evidence: 100/100 simulation scenarios passed and 78 tests with 0 fail.
100/100 scenarios78 tests0 fail
Operational
COSRYX Quantum
Post-quantum migration platform. Evidence: 109 tests and X-Wing KAT-verified construction for space and ground systems.
109 testsX-Wing KAT-verified
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.
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.
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.
34 tests
Built — ground-demonstrated (provenance seam)
MFG PROVENANCE
MFG PROVENANCE — Certify that a fiber, material, or pharmaceutical batch was genuinely made in orbit — on this date, by this process. Manufacturing telemetry flows through the LENS processing-chain to a C2PA "made in orbit" certificate. Rides COSRYX-LENS.
33 tests
Earth
Primary Focus
Imagery provenance, orbital traffic intelligence, debris awareness and cryptographically attributed data pipelines for Earth observation systems.
Operational Challenge
High data volumes, multi-sensor traceability, debris-prediction confidence and transparent evidence chains from ingest to decision.
Mission Signal
StatusIn development
ProgrammesCOSRYX-LENS · COSRYX-ORBIT · COSRYX-WEATHER
Research areaImagery provenance · debris tracking · space weather
Trust baseDCS R-Series receipt and lineage infrastructure
Moon
Primary Focus
Delay-tolerant trust for disrupted networks, contact-window planning and autonomous agents that decide before execute under relay constraints.
Operational Challenge
Intermittent connectivity, delayed mission-control responses, store-and-forward delivery and preserving evidence integrity across relayed command chains.
Mission Signal
StatusSimulation-validated
ProgrammeDSRP
Evidence100/100 simulation scenarios · 78 tests, 0 fail
Related workSystem Study 001 · Relay
Mars
Primary Focus
Mission control AI, bounded spacecraft and rover decisions, onboard model integrity and explainable recommendations for remote operations.
Operational Challenge
Long communication delay, sparse intervention windows, decision accountability and radiation-aware update paths for autonomous software.
Mission Signal
StatusIn development
ProgrammesCOSRYX-MCC · COSRYX-EDGE
Evidence46/0 conformance assertions · 18/18 radiation integrity tests
Related workResearch Note 001 · Autonomy
Deep Space
Primary Focus
Post-quantum migration for space systems, hybrid signature construction, X-Wing key encapsulation and regulatory calendars for long-duration trust.
Operational Challenge
Space-ground systems need hybrid signatures, reliable update channels and model integrity controls that remain accountable over extended mission timelines.
Mission Signal
StatusOperational
ProgrammePQ-Agility
Evidence109 tests · X-Wing KAT 17/17
Related noteRadiation integrity 18/18
Research notes
Verified research notes and system studies
Each item below is grounded in the approved COSRYX content pack and mapped to a real programme family, status and evidence statement.
Autonomous decision-making under communication delay
A framework for bounded spacecraft and rover decisions when mission control cannot respond immediately. Built on DSRP's decide-before-execute agent architecture with 46/0 conformance assertions.
Read abstract →Store-and-forward architecture for Earth–Moon operations
Contact-window planning, priority queues and evidence-preserving relay behaviour. Built on DSRP with 100/100 simulation scenarios, 78 tests and 0 fail.
Read abstract →Optimising scientific-data transmission under energy constraints
A simulated study of data value, link duration and remaining spacecraft energy, used to understand prioritisation logic under constrained downlink opportunities.
Open simulation →Post-quantum migration for space systems
Hybrid signature construction (Ed25519 + ML-DSA-65 + SLH-DSA), X-Wing key encapsulation and regulatory compliance calendars for space-ground systems. Evidence: 109 tests, X-Wing KAT 17/17.
Read abstract →SEU-tolerant model integrity for orbital AI
Receipted scrub/refresh verification, ECC protection classes and registry-signed update channels for AI models operating in radiation environments. Evidence: 18/18 tests including adversarial scenarios.
Read abstract →
Trust infrastructure
Built on DCS R-Series
COSRYX research runs on DCS R-Series — execution receipts, audit lineage and on-chain anchoring. Every COSRYX product runs on DCS R-Series — the trust, verification, and evidence infrastructure that makes “provably” mean something.
518,336 cycles · 0 failures29/29 injected faults survived · 100% recovery · 99.99% uptime
30-day continuous production soak24-hour hybrid soak with live key rotation
249 tests, 0 fail, 0 CVEsIndependent third-party security audit in progress
Receipts anchored on-chain (Base)58-lane signing fleet
Identity
COSRYX within DCS Labs
COSRYX is a space research identity within DCS Labs, operated by DCS AI Technologies L.L.C. COSRYX Space is research-first: scientific status, evidence and limitations are disclosed clearly.
Approved status ladder: Research · Concept · Prototype · Simulation · Pilot · Verified Test · Operational
This site uses only approved labels such as Operational, Tested, Built, In testing, In development, Simulation-validated and Research.