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Solutions
Solution = how to buy · Sector = industry context · Product = software
Design and validate complex electrical systems before you build them.
Industrial, energy, marine, defence, and unmanned platforms combine dense power distribution, networks, and control. NeuroNetIQ models and validates these architectures with physics-based digital twins.
The engineering challenge
- Complex platforms integrate power electronics, distribution, sensing, and control under reliability constraints that drawings alone cannot enforce.
- Electrical architectures often evolve incrementally, creating hidden failure points, undocumented wiring, and difficult field diagnostics.
- Engineering teams need computable validation before committing to hardware, outages, or fleet builds.
Our approach
- Electrical architecture modelling and computable validation
- Power distribution, protection, and harness analysis
- Network and control interface design
- Digital twin modelling using LoomLab
- Custom engineering software for lifecycle continuity
What we deliver
- Electrical system architecture review
- LoomLab digital twin of the scoped system
- Physics-based checks: voltage, current, thermal, fault protection
- Manufacturing and documentation outputs where applicable
- Recommendations for reliability and serviceability
Pilot programme
Electrical Architecture Pilot
A focused engagement that converts an existing or proposed electrical system into a validated digital twin and surfaces architecture risk before build or modification.
Typically £10k–£40k (confirmed in SoW)Book a discovery call
Start with one real problem
A 30-minute discovery call is free. A diagnostic engagement gives you a real output in one to two weeks.