Powerful prediction.
Limited operational trace.
- Probabilistic internal representation
- Post-event reconstruction can be difficult
- Behavior may depend on training state
- Explanation may be separate from prediction
Sovereign mission-environment intelligence
SEE THE RISK
BEFORE THE CONSEQUENCE.
Planetary Defences
A proprietary, deterministic and auditable Space Risk Operating System that anticipates environmental hazards, assesses their consequences and converts them into operational decisions. Its core technology is covered by a published patent application.
Deterministic·Auditable·Source-Governed·Sovereign-Deployable
01
One disturbance can propagate through multiple operating domains. Planetary Defences is designed to keep the decision path connected from source condition to mission consequence — and preserve the evidence required to replay it.
02 / Evidence Snapshot
View full methodology & limitations →Claims open into evidence.
No benchmark on this site is described as universal “100% accuracy.” Evidence categories remain separated by truth definition and validation scope.
03 / Integrated Risk Layers
One operating system.
Five risk layers.
Instead of treating space hazards as separate dashboards, the platform connects environmental disturbance to orbital, spacecraft, navigation and infrastructure context.
S1 // ENVIRONMENTAL DISCOVERY
Geomagnetic Storm Intelligence
Advance identification and operational classification of geomagnetic disturbances for satellite, navigation and infrastructure applications.
- Storm discovery & state classification
- Severity-aware warning
- Source-health monitoring
- Predictive windows
- Persistence & continuity logic
- Event replay & verification
1,943 / 1,943availability-qualified historical events12 h median discovery lead
Frozen historical discovery benchmark. Discovery and action evidence are evaluated separately; deeper protocol detail is available during qualified evaluation.
Inspect evidence category →04 / S2 Storm-Aware SSA
Predict the environment
before it becomes an orbit problem.
Advance environmental warning can trigger higher-fidelity drag propagation, satellite-specific orbit assessment and conjunction re-screening before changing atmospheric conditions fully appear in tracking residuals.
UNDER DEVELOPMENT · CONCEPTUAL WORKFLOW
Storm-aware SSA remains an under-development integration workflow. Satellite-specific external validation is the next evidence stage.
CONCEPTUAL ORBIT LAB
01Environment
02Drag response
03Propagation
04Re-screen
05Decision
Nominal propagationBaseline path retained while the environment remains nominal.
Baseline propagationStorm-aware recomputationConceptual visualization — not measured live performance
05 / Operational Authority
High-consequence decisions
should be explainable after the fact.
AI/ML can be valuable for prediction and analysis. High-consequence operations may also require a layer whose decisions are reproducible, traceable and independently auditable.
Powerful prediction.
AUDIT REPLAY
READYSame validated inputs → same operational state.Run the replay to trace the deterministic path from source authority to evidence.
PRODUCTION IDFROZEN / REPLAYABLE
Same validated inputs.
Reproducible state.
- Explicit source authority
- Frozen production versions
- Traceable state transitions
- Replayable event history
- Verifiable decision evidence
The objective is not to reject AI/ML. It is to ensure that critical operational authority does not have to depend solely on an opaque model.
06 / Source Governance
Know what the system knew.
Missing observations remain visible rather than being silently fabricated. Select a stage to inspect the evidence trail.
SOURCE / 01
Source availability is part of the decision.
The platform records which trusted inputs were actually available, their timestamps and whether the required preconditions for a decision were met.
availabilitytimestamp disciplineauthority
07 / Sovereign Deployment
Designed to operate
where the data must stay.
Deploy as a customer-controlled operational capability rather than requiring sensitive mission information to reside in an external cloud environment.
- Private / on-premise
- Air-gapped capable
- Customer-controlled data
- Redundant runtime
- Secure APIs
- Operator console
- Frozen version control
- Evidence export
- Portable recovery
- Source verification
TRUSTED EXTERNAL SOURCESValidated ingress
CUSTOMER CONTROLLED
PLANETARY
DEFENCESPRIVATE RUNTIME
DEFENCESPRIVATE RUNTIME
Risk enginesOperator consoleEvidence store
EVIDENCE / REPLAY
Conceptual deployment modes. No certification or accreditation is implied.
08 / Validation
Evidence before claims.
Discovery benchmarks, research candidates, proxy validation, posture replay and external outcome validation remain separate evidence categories.
6 evidence records
Availability-qualified historical events · 12 h median discovery lead
Frozen benchmarkStored events through verified cutoff
Time-ordered replay96.89% · ~4 h median lead · research candidate
Research candidateDefined proxy events · 0 proxy false alarms
Strong proxy validationHistorical snapshots replayed
Receiver outcome pendingHistorical snapshots replayed
Infrastructure outcome pendingOpen Full Validation Record →Public methodology · limitations · evidence categories · evaluator detail by request
09 / Applications
Protect the mission,
not just the forecast.
Select an operating environment to see where the same risk chain changes mission posture.
LEO / SPACECRAFT
SATELLITE OPERATORS
Turn environmental warning into spacecraft operating context.
Drag, radiation, orbit uncertainty, mission windows and asset protection can be assessed through a shared, replayable decision architecture.
ENVIRONMENT→ORBIT→SPACECRAFT→ACTION
10 / Future Planetary Defence
From space-environment defence
to planetary defence.
The present operational platform focuses on space-environment and mission risk. Future research expands the same deterministic, evidence-driven architecture toward broader orbital and planetary hazards.
FUTURE RESEARCH / DEVELOPMENT SCOPE — NOT CURRENT DEPLOYED CAPABILITY
11 / Independent Validation
Bring operational truth.
Keep the technology protected.
Planetary Defences is seeking satellite operators, navigation networks, space agencies, infrastructure operators and research partners interested in independently evaluating the platform against operational data.
YOU BRINGOperational truthTracking, receiver, spacecraft or infrastructure outcomes.
⇄
WE RETURNAuditable outputsTime-aligned risk states, evidence and validation artifacts.
LEO / SSAPrecise orbit, tracking and drag-response truth.
Spacecraft ProtectionRadiation, charging, dose and anomaly telemetry.
GNSS / NavICReceiver-level integrity and degradation observations.
InfrastructureGrid, communications, radar, aviation, maritime and ground-system outcomes.
PROPRIETARY Outputs-only evaluation can be structured so implementation, thresholds and internal logic remain protected.
12 / Company
Built for systems that cannot afford opaque decisions.
Planetary Defences develops deterministic operational intelligence for space, orbital and infrastructure risk. The focus is not merely forecasting an environment, but translating changing conditions into reproducible mission decisions that can be examined, replayed and independently evaluated.
Core technology developed by Quantum Gravity Solutions Private Limited.