NEW · OPEN PUBLIC SATNOGS OBSERVATIONS →
OSOIX ORBITAL TWIN
READ-ONLY · NO COMMAND PATH

RELEASE 1.3 · PUBLIC DATA + CLOSED SIMULATION

Observe reality.
Simulate decisions.
Verify outcomes.

A truthful orbital digital twin for public space awareness, closed mission simulation and humanitarian planning.

Engineering console body: English source release. Locale navigation and document direction are preserved; human-authored console translation is pending.

DATA DISCIPLINESOURCE STATUS PENDING

CelesTrak OMM elements are cached for two hours. Positions are SGP4 calculations—not spacecraft telemetry.

Live Orbit0 visible objects · SGP4
REAL-PUBLICSIMULATEDProjection: equirectangular · Propagation: SGP4

FLAGSHIP DEMONSTRATION

İzmir Wildfire Response Scenario

A humanitarian planning workflow that ranks observation opportunities without commanding any spacecraft.

Open Humanity Mode wildfire console →
  1. 01NASA FIRMS hotspot ingestionCONNECTOR READY · MAP KEY REQUIRED
  2. 02Sentinel-capable asset selectionCONNECTOR STAGED
  3. 03Observation-window calculationMISSION LAB
  4. 04Ground-station visibility estimateMISSION LAB
  5. 05Population and infrastructure prioritisationMISSION LAB
  6. 06Provenance-bound mission planMISSION LAB

PERMANENT SAFETY BARRIER

PUBLIC OR AUTHORISED DATA↓
READ-ONLY INGESTION GATEWAY↓
OSOIX ORBITAL DIGITAL TWIN↓
ANALYSIS · SIMULATION · VERIFICATION↓
NO REAL COMMAND PATH

RELEASE 1.3 CAPABILITY MATRIX

CelesTrak OMM ingestionWORKING
Partial-source resilienceWORKING
SGP4 current-position calculationWORKING
Real vs simulated labelingWORKING
Data epoch, age and freshnessWORKING
SatNOGS public observationsWORKING
NASA FIRMS wildfire gatewayCONFIGURATION REQUIRED
Mission Lab scenario objectsWORKING
İzmir response workflowDEMONSTRATION
Copernicus imagery connectorSTAGED
NOS3 / GMAT / Basilisk workersPLANNED
Real spacecraft commandingPROHIBITED