S
Sense
Raster, vector, LiDAR, IoT, telemetry. Raw observation.
The Sat Lab Digital Twin platform is the foundation every Sat Lab product sits on. It ingests IoT, BIM, GIS, and satellite layers into a single SERIC data model, renders them in real-time 3D, and exposes an API that agents and humans can operate against. Full product page coming in Phase 2.
[ 01 / DATA MODEL ]
SERIC+ separates the world into semantically orthogonal slices so a span of power line and a city block share the same physics.
S
Sense
Raster, vector, LiDAR, IoT, telemetry. Raw observation.
E
Entity
Typed geospatial objects — trees, poles, spans, buildings.
R
Relation
Graph of how entities connect — grid topology, canopy equity.
I
Intent
Policies, work orders, simulations, predictions.
C
Composable
Layered views — one twin, many module overlays.
[ 02 / CAPABILITIES ]
CAP · 01
Any sensor in
Sentinel, Planet, Maxar, LiDAR, IoT, BIM, legacy GIS. One ingest contract, infinite feeds.
CAP · 02
Semantic layer stack
SERIC+ keeps raster, entity, and intent orthogonal. Scale from a span to a city.
CAP · 03
Streamed rendering
50M+ entities on hardware a utility control-room already owns.
CAP · 04
Agent-ready API
Every twin operation is a tool call. MCP-compatible manifest on day one.
CAP · 05
Closed-loop action
Work orders, field confirmations, live updates. The twin stays in sync with reality.
CAP · 06
Audit + compliance
NERC FAC-003 trail baked in. Every decision traceable to the pixel it was made from.
[ 03 / STACK ]
Nothing exotic. Every layer is swappable. No vendor lock where a utility has to trust a start-up with its grid model.
STORAGE
COMPUTE
RENDERING
API
SDK
[ 04 / MODULES ]
30-minute architecture deep-dive. Reference implementation, the SERIC+ schema, the deployment story, and the live Unreal demo.