The Electrical Digital Twin Platform
One computable electrical model evolves across design, validation, manufacturing, and operational lifecycle. Same model, no redraws, no export/re-import loops.
One model, many realities. Design intent preserved across lifecycle stages — from design validation through manufacturing outputs to operational tracking.
Early Access • Production Testing
Core workflows operational — what works today
Electrical Design Twin
Structured electrical system model: components, nets, loads, constraints. Same model used for validation and manufacturing. No redraws, no re-entry. One model evolves across lifecycle stages — design intent preserved, manufacturing changes tracked, operational modifications traceable. Operational and in active use with engineering teams.
System Modeling Engine
Structured electrical model with performance optimization
Component Integration (In Progress)
Enhanced component modeling and placement workflows
Intelligent Routing (Planned)
Conductor path planning with constraint validation
Validation & Engineering Twin
Real-time validation against electrical constraints using the same model. No redraws, no export/re-import loops. Enhanced coverage and industry standards compliance in active development.
Ampacity Calculations
Real-time current carrying capacity validation
Voltage Drop Analysis
Automatic voltage drop calculations across harness
EMI/EMC Compliance (Future)
Electromagnetic compatibility checking
Manufacturing Twin
Manufacturing outputs generated from the same electrical model. BOMs, cut lists, assembly documentation — all from one source of truth. Manufacturing changes can flow back into the twin, preserving as-built truth. One model, manufacturing reality. Operational and expanding based on workshop feedback.
Bill of Materials (BOM)
Auto-generated parts lists with quantities — operational
Wire Cut Lists
Precise wire lengths with termination details — operational
Assembly Instructions
Step-by-step manufacturing guidance — in development
Target Applications
Electrical digital twin for complex systems where lifecycle continuity matters
High-Performance Racing
Electrical digital twin for racing systems: power distribution, CANbus integration, sensor networks. Design intent preserved from concept through build and track operation.
Marine Autonomous Systems
Electrical digital twin for ROV/AUV/USV systems: sensor networks, power distribution, NMEA2000 integration. System continuity from design through subsea operation.
Aerospace Systems
Electrical digital twin for aerospace systems: redundant architectures, EMI shielding validation, weight optimization. Lifecycle continuity from design through flight operations.
Development Progress
Core workflows live, expanding capabilities based on workshop feedback
Now — Production Testing
Design, build, validate workflows operational. Core platform in active use with engineering teams.
Next
Collaboration and enhanced analysis. Multi-user collaboration, deeper validation coverage, richer manufacturing outputs.
Later
Advanced features and integrations. 3D routing, digital twin integrations, telemetry, compliance engine.
Ready to shape the future?
Core electrical digital twin workflows operational. Join production testing and help shape the platform the industry needs.