Unknown Faults
Novel and unforeseen failure modes are the norm, not the exception.
Spacecraft Resilience Runtime
The spacecraft resilience runtime for SmallSats and distributed missions
Detect anomalies. Estimate mission impact. Execute bounded recovery. Preserve swarm continuity.
Software-first
Resource-aware
Policy-bounded
Swarm-ready
Spacecraft are getting more distributed. Fault management has not kept up.
SmallSats and distributed missions face constrained communications, dynamic environments, and limited opportunities for continuous ground intervention.
Degraded Communications
Intermittent links and bandwidth limits delay detection, coordination, and action.
Swarm Continuity
A single degraded node can undermine mission objectives if the rest of the swarm cannot adapt.
ROHMAS turns health monitoring into mission resilience.
A modular onboard runtime that watches telemetry, interprets anomalies, estimates consequence, and executes bounded response under real spacecraft constraints.
Health-State Estimation
Probabilistic estimation of system health under uncertainty and changing operating context.
Anomaly & Novelty Detection
Detect deviations from expected behavior, including previously unseen failure signatures.
Fault Localization
Rank likely subsystem interactions and probable fault locations instead of raising a blind alarm.
Mission-Impact Estimation
Quantify how faults affect survivability, mission utility, urgency, and operational consequence.
Policy-Bounded Response
Execute safe, reviewable, policy-compliant actions within resource limits and authority boundaries.
Swarm Health Exchange
Share compressed health insights so neighboring nodes can rebalance and preserve mission goals.
From telemetry to mission continuity
ROHMAS is built as a bounded operational loop: ingest, interpret, prioritize, respond, and coordinate.
1
Ingest
Collect multi-source telemetry on-board.
2
Interpret
Infer health state and detect anomalies.
3
Prioritize
Estimate impact and rank what matters.
4
Respond
Execute bounded actions to recover or mitigate.
5
Coordinate
Share insights and preserve swarm goals.
Built for missions that cannot wait for perfect ground visibility
ROHMAS fits missions where partial failure is normal, communications are constrained, and resilience must happen on-board.
Distributed Observation Missions
Maintain coverage and data quality despite faults, outages, and changing mission dynamics.
Hosted Autonomy Demonstrations
Safely test and validate autonomy under realistic spacecraft constraints with bounded risk.
Commercial & Defense Constellations
Reduce triage burden, accelerate off-nominal response, and preserve mission utility at fleet scale.
When one node degrades, the mission does not have to.
ROHMAS reduces dependence on constant ground oversight by turning health monitoring into structured, bounded, mission-level resilience.
Reduce oversight
Cut dependence on constant human intervention.
Accelerate response
Shorten time from anomaly onset to action.
Preserve utility
Keep the swarm operational under degraded conditions.
Move from fault monitoring to mission continuity.
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