Decision-making under delay
Bounded autonomy for rovers, satellites and spacecraft when human intervention is delayed or unavailable.
COSRYX research separates questions, methods, simulation results, evidence, limitations and future work.
Bounded autonomy for rovers, satellites and spacecraft when human intervention is delayed or unavailable.
Contact-window planning, store-and-forward networking, prioritisation and evidence-preserving communication.
Planning, anomaly analysis, confidence, evidence and human review for simulated mission decisions.
Scientific facts combined with operational challenges for Earth, Moon, Mars and deep space.
Research into signed events, traceability, model provenance and reviewable operational records. Built on the DCS R-Series receipt infrastructure — 518,336 cycles, 0 failures, 29/29 faults survived, 99.99% test uptime over a 30-day internal controlled soak.
Completed work: 72-hour Triple-Hybrid soak — 543 cycles, 0 failures, 19/19 faults survived and 15/15 gates. Current external work: delay-tolerant networking interoperability, physical radiation testing and independent audit.
HYBRID-01 quarantine, HYBRID-02 dual-leg imagery provenance and HYBRID-03 local MCP receipts are built and cloud-green: 89/89 tests, 0 fail. DoD sign-off remains pending.
Constraints, approval gates, uncertainty disclosure and escalation for high-impact autonomous systems.
The dedicated research website is designed for planetary intelligence, publications, simulation results and programme studies.