System Layer
Unified web platform
A single client-facing interface for terrain, habitat, simulation, and operational workflows — delivered through one coherent product experience.
Planetary Digital Twin Platform
From terrain to mission.
EXOTESLA TwinOS is an engineering-grade platform for lunar and Martian infrastructure planning — combining terrain intelligence, site optimization, simulation, and autonomous mission design in one workflow.
- Lunar Terrains
- 183
- Martian Terrains
- 472
- Parsed Locations
- 655
Live Preview
TwinOS Terrain Intelligence
NAC / HiRISE terrain overlay
Hex suitability + infrastructure scoring
Hex suitability + infrastructure scoring
Slope
0.24° avg
Zones
83 suitable
Status
Mission Ready
Terrain Layer
Slope, illumination, elevation, hazards, parcels, and future resource overlays.
Mission Layer
Habitat siting, infrastructure layout, autonomous traverses, and report generation.
Platform
More than maps — TwinOS is a full digital engineering platform
EXOTESLA.IO is not just a terrain viewer. TwinOS connects site intelligence, habitat generation, layout editing, simulation, telemetry, and asset production into one product architecture.
Planetary Digital Twin Pipeline
TwinOS processes planetary data into operational intelligence through a structured pipeline:
01
Terrain Models
DEM, ortho, illumination
02
Hex Intelligence
Slope, hazards, energy
03
Site Parcels
Zoning & planning units
04
Mission Layer
Infrastructure & ISRU
Twin Layer
Shared TwinOS data backbone
All modules operate on a common twin registry, asset layer, and engineering state model instead of isolated tools or disconnected files.
Engine Layer
Six coordinated engines
Terrain, layout, simulation, operations, economy, and asset generation work together to move from concept to mission-ready infrastructure logic.
Architecture Overview
TwinOS product architecture
This is the layer that makes EXOTESLA.IO product-oriented: not only terrain visualization, but a full client-facing workflow around digital twins, infrastructure composition, simulation, and outputs.
ExoTesla Web Platform
Habitat Generator
Parametric JSON builder for habitat and infrastructure concepts.
Moon GIS / Site Selection
Terrain, illumination, hazard, and suitability workflows.
Habitat Editor
JSCAD / THREE layout editing, anchors, cables, and GenAI ideation.
Simulation Cockpit
Real-time twin state, faults, alerts, and engineering KPIs.
Central Twin Registry
PostgreSQL / S3 / Assets
Shared storage for twins, manifests, assets, module state, environment profiles, and engineering context.
FastAPI Backend
Twin CRUD / Graph / Simulation
APIs for twin management, graph building, ECLSS and power logic, fault injection, and orchestration of downstream services.
Asset Storage
glTF, JSON, imagery, reports
Heavy artifacts and generated outputs live in a structured asset layer, ready for visualization, reporting, and future SaaS delivery.
ComfyUI / Flux
Interior generation
Generative visual workflows feed TwinOS with interiors, renders, previews, and asset ideation loops.
External Data Sources
MoonGIS / MarsGIS DEMs
Spectral mineral maps
Solar and radiation data
Habitat manifests JSON
Telemetry streams
TwinOS Engine Stack
Terrain Engine
DEM, slope, illumination, radiation, shadow maps
Layout Engine
Module layout, collisions, anchor loads, interface map
Simulation Engine
ECLSS, power balance, thermal, ISRU yields
Ops Engine
Telemetry monitoring, anomaly detection, scheduling, alerts
Economy Engine
Launch mass, logistics cadence, lifecycle cost, break-even analysis
Asset Engine
GLTF/GLB generation, procedural materials, renders, VR/AR assets
Digital Twins
Planetary-scale digital twins for Moon and Mars
TwinOS is a planetary digital twin platform for lunar and Martian infrastructure planning, terrain intelligence, and mission simulation.
Moon Twin
Lunar Terrain System
- • 183 NAC high-resolution terrains
- • Mare & Highlands mission environments
- • South Pole ISRU model (PSR + water ice)
- • Hex-based terrain intelligence
- • Habitat suitability & infrastructure planning
Mars Twin
Martian Terrain System
- • 472 HiRISE terrain models
- • ~100,000 generated site parcels
- • Terrain-driven settlement planning
- • Logistics and infrastructure zoning
- • Future ISRU and industrial workflows
Mars Command · EXOTESLA.IO × MARSDAO.IO
Valles Marineris — Planetary-Scale TwinOS
Explore a regional operational digital twin spanning approximately 14.3 million km² of Mars: topography, geological and orbital observations, potential resources, and terrain-aware mobility planning from Noctis Labyrinthus to eastern Valles Marineris.
Scientific evidence
1,300+
Evidence anchors linking terrain to orbital and geological observations.
Operational model
218
Regional nodes for scientific, terrain, and operations context.
Mobility planning
148
Terrain-aware A* routes, with disconnected ground domains identified.
Regional demonstrator, not a complete whole-Mars model. Hydrogen signatures are not confirmed accessible water; computed routes are planning results, not field-validated traverses.
Hex Intelligence Layer
From suitability regions to operational parcels
Lunar Parcels
44,413parcels
Mean parcel: 187,965 m² • Largest: 303 km²
Continuous mare & highlands → macro-scale buildable zones
Martian Parcels
100,651parcels
Mean parcel: 4,305 m² • Largest: 1.83 km²
Fragmented HiRISE scenes → micro-scale operational units
Scale-consistent suitability regions ready for zoning, simulation, and ISRU planning.
Core Modules
One platform. Five high-value workflows.
TwinOS is the product. These are the capabilities clients experience inside it.
00
Digital Twin Engine
End-to-end pipeline transforming planetary data into structured twin environments for Moon and Mars.
01
Terrain Intelligence
DEM, orthophoto, slope, and terrain-derived geospatial layers.
02
Site Optimization
Hex-based suitability, parcel logic, and engineering scoring.
03
Energy Simulation
Illumination-aware solar modeling and power context.
04
ISRU Planning
Resource proximity, traversal cost, and operational terrain support.
05
Autonomous Simulation
Agent-ready environments for robotics and mission design.
Core Module 03 · Energy Simulation · STARGRID.IO
Powering the Lunar South Pole Economy
An energy-planning and market demonstration for Connecting Ridge and Shackleton: sunlit generation zones, storage, conceptual wireless power delivery, robotic consumers, and coordination of energy services across lunar infrastructure.
Solar & storage
Illumination-aware planning for solar assets, batteries, and distributed lunar power nodes.
Power delivery
Conceptual wired and wireless energy delivery to rovers, relays, ISRU facilities, and habitats.
Energy market
Software workflows for future demand matching, allocation, pricing, and energy-service accounting.
Software demonstration of energy planning and marketplace concepts. It does not establish flight-qualified hardware, demonstrated lunar power beaming, or operational energy sales.
Watch Energy Simulation →Use Cases
Built for teams planning real off-world operations
Space Agencies
Evaluate sites, compare terrain conditions, and structure pre-mission infrastructure studies.
Robotics Teams
Use terrain-aware data products for traversability, energy cost, and autonomous mission design.
ISRU & Infrastructure Startups
Assess buildability, proximity, and terrain constraints for industrial and habitat concepts.
Universities & R&D Labs
Access planetary terrain intelligence for teaching, prototyping, and mission architecture research.
Workflow
Simple product flow. High-value output.
The first release should feel focused, fast, and client-ready. No overexplanation. No research clutter.
1
Select Planet
Begin with Moon or Mars and load a terrain dataset optimized for analysis.
2
Analyze Terrain
Inspect elevation, slope, ortho context, and suitable zones with a clear engineering UI.
3
Evaluate Site
Run suitability logic, inspect candidate parcels, and compare development constraints.
4
Export Report
Generate a clean PDF-ready summary for internal review, clients, or mission concept work.
TwinOS in Action
South Pole Digital Twin — live system view
A real-time planetary workspace combining terrain intelligence, hex-based analysis, and mission-ready overlays. This is not a concept — it is the operational interface for lunar infrastructure planning.
Terrain Intelligence
High-resolution DEM, slope gradients, and illumination layers fused into a unified surface model.
Hex-Based Analysis
Discrete spatial units enabling scoring, clustering, and engineering decision workflows.
Mission Context
Landing zones, routes, and infrastructure planning derived directly from planetary data.
System Flow
How the layers work together
TwinOS connects raw planetary data to engineering outputs through a structured pipeline — transforming datasets into mission-ready intelligence.
01
External Data
DEMs, mineral maps, solar data, telemetry, and mission inputs.
→
02
TwinOS Database
Central twin registry storing terrain, assets, environments, and system state.
→
03
TwinOS Engines
Terrain, layout, simulation, ops, economy, and asset generation engines.
→
04
Visualization & Clients
Editor, dashboards, VR/AR, and engineering reports for decision-making.
Launch Scope
Focused MVP for the first EXOTESLA.IO release
Launch with a sharp product story: terrain explorer, hex intelligence, slope stats, habitat suitability, and report export. Everything else can be framed as the roadmap.
- Terrain Explorer for Moon / Mars
- Hex grid + suitability interface
- Slope statistics and parcel context
- PDF report export for clients
- Request access / demo funnel
Powering the next space infrastructure economy
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