About LoomLab
Electrical system knowledge does not survive beyond drawings and spreadsheets. LoomLab is the authoritative electrical digital twin for high-performance systems.
The Problem We're Solving
Whether you're building a Formula 1 car, an autonomous underwater vehicle, or an electric aircraft — the electrical system is the nervous system that makes everything work.
But electrical system knowledge does not survive the lifecycle. Design intent is lost between stages:
- Design → Build: Static diagrams become outdated. Manufacturing changes aren't reflected back.
- Build → Operate: Operational modifications aren't tracked. As-built drift accumulates.
- System knowledge: Lives in people's heads, photos, and half-updated notes. Not computable, not continuous.
This leads to errors, delays, and expensive rework — especially problematic when you're building systems where failure isn't an option. LoomLab preserves electrical intent as a living digital twin that evolves across the lifecycle.
Our Story
We have built, operated, and debugged real electrical systems. This platform exists because we needed it ourselves.
Our Engineering Background
Offshore & Marine Systems
- • Subsea engineering & hydrography
- • ROV, AUV, and USV systems
- • Offshore metrology & navigation
- • Tether management & subsea cables
High-Performance System Design
- • Harsh-environment electrical systems
- • Vibration and dynamic load environments
- • EMI-sensitive systems
- • Lifecycle validation challenges
Through years of working on complex electrical systems — from subsea robotics and offshore metrology to harsh-environment electrical integration — we've experienced firsthand how electrical knowledge fails to survive the lifecycle.
We've seen design intent lost between design and build. We've watched as-built systems drift from original intent with no traceability. We've seen operational modifications made without updating the system model, creating future failure points.
That's why we're building LoomLab — an electrical digital twin that preserves intent across design, build, and operate. One computable model, lifecycle continuity, system-of-record for electrical systems.
Our Mission
To build the authoritative electrical digital twin platform for high-performance systems — our vision is to become the system-of-record for electrical systems across design, validation, manufacturing, and operational lifecycle.
Lifecycle Continuity
One computable model preserves design intent from design through manufacturing to operational tracking
Engineering Constraints
EMI validation, HV segregation, pinout integrity, serviceability requirements — validated from the same model
Systems Engineering
Built by engineers with lifecycle exposure — design, build, and operate experience across complex electrical systems
We're starting with motorsport and expanding to all industries where harness reliability and performance are critical — from autonomous vehicles to subsea robotics to aerospace systems.
Where We Are Today
Early Access • Production Testing
Core workflows operational with engineering teams
Core workflows are operational and in production testing with engineering teams across multiple industries. The foundation is solid — our design canvas, component library, net management systems, BOM generation, and validation engine are working.
We're expanding capabilities based on workshop feedback and building toward enhanced collaboration and validation coverage.
What's Next
Next
Collaboration and enhanced analysis: multi-user collaboration, deeper validation coverage, richer manufacturing outputs
Later
Advanced features: 3D routing, digital twin integrations, telemetry, compliance engine
Join our early access program to be part of building the future of electrical digital twins.
Our Values
The principles that guide how we build LoomLab
Engineering First
Every feature is designed by engineers who understand real-world constraints and requirements.
Performance Matters
Built for the demanding requirements of high-performance systems where failure isn't an option.
Community Driven
Our roadmap is shaped by feedback from real users building real systems.
Reliability First
We're building a platform for systems where electrical reliability and accuracy are non-negotiable.
Join Our Journey
Be part of building the future of electrical digital twins. Join our early access program and help shape LoomLab.