Electronic subsystem design takes weeks and requires expertise most teams outsource. ElectroFuseAI generates a compact, optimised system design. No consultants. No manual iteration. No AI expertise needed.
Built for engineering teams in
Denmark leads Europe in electronics R&D investment, yet subsystem design and verification still consumes the majority of a project timeline. The problem is not talent. It is the tools available to translate domain knowledge into working system designs.
Generating optimised subsystem designs from scratch requires either months of manual iteration or outsourcing to specialist consulting firms. Both are expensive, slow, and introduce serious IP risk when your design data leaves the building.
Subsystem design demands that one team communicates precisely how their subsystem should correlate with the next. That precision is rarely achieved. The result is repeated verification cycles, rework, and delays that compound across the entire project.
ElectroFuseAI integrates into the tools your team already uses. No new software to learn. No external consultants to brief.
In your familiar design environment, show the platform a few examples of how your subsystem should react to certain inputs. No data pipelines, no labelling, no AI knowledge required.
A large pre-trained model analyses your examples and generates a compact system design optimised for your specific product. No training from scratch. No AI expertise on your side.
The generated system design is presented with full performance metrics directly in your familiar tools. Verify it meets your specification, then build it into your product.
Integrates directly into your familiar design environment. Your team works in the environment they already know.
Your design data never leaves your environment. No external consultants, no cloud uploads, no IP risk.
Generate a working subsystem design from behavioural examples in minutes. Replace weeks of manual iteration and consultant briefings.
Generated systems are compact and optimised for the operating conditions of your specific product, not generic benchmarks.
The platform's underlying model improves over time. Your generated designs benefit from advances in system optimisation without any changes on your end.
Performance metrics are presented directly in the tools you already understand. No black boxes, no guesswork.
Wherever your team designs electronic subsystems, the same challenge appears. Manual iteration is slow, consultants are expensive, and verification takes longer than the design itself. ElectroFuseAI removes that bottleneck.
Generate optimised motor controller subsystem designs from a handful of operational examples. Reduce design time from weeks to minutes across temperature, load, and pressure operating conditions.
Generate signal processing subsystem designs tailored to specific acoustic profiles and user environments. Verified in your design environment before a single component is sourced.
Generate joint control subsystem designs from behavioural specifications. Verify performance across operating conditions in your design environment before committing to hardware.
I am Sebastian, founder of ElectroFuseAI and a student of Electronics and System Design at Aalborg University.
That experience made one thing clear: the bottleneck is not capability. It is the tools available to translate domain knowledge into working system designs. Companies have decades of operational data and product expertise, but lack the platform to turn it into an optimised subsystem. ElectroFuseAI is that platform.
We are part of AAU's Startup Program and are actively looking for a co-founder with a background in sales and marketing. Europe has the engineering knowledge. We are building the tools to activate it.
ElectroFuseAI is under active development. Sign up and we will keep you informed as the platform progresses toward launch.