Solutions

Power and sensor architecture for autonomous vehicles and robotics.

Autonomous platforms combine sensors, compute systems, communications, and power management. NeuroNetIQ helps engineering teams design reliable electrical architectures that support autonomy and mission-critical data systems.

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The engineering challenge

Autonomous platforms integrate complex sensor arrays, high-performance compute systems, communications, and power electronics under tight size, weight, and power constraints.
Power distribution, battery management, and thermal behaviour must all be modelled during system design — not discovered during integration.
Without early architecture validation, teams find integration problems late and expensive.

Our approach

Autonomous platform electrical architecture design
Battery and power system modelling
Sensor, compute, and comms system integration
Telemetry and monitoring software
Digital twin modelling with LoomLab

What we deliver

System architecture design and review
LoomLab digital twin
Power budget and battery modelling
Integration validation and architecture findings
Engineering recommendations for reliability and mission assurance

Pilot programme

Autonomous Platform Electrical Pilot

A pilot engagement where we model the power and electrical architecture of an autonomous platform and validate system design before deployment.

£10k–£25kBook 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.

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