We are an early-stage robotics startup based in Switzerland. Our goal is to accelerate, reduce the cost of, and improve the R&D and supply chain optimization of unmanned systems (UAVs, UGVs, USVs) through automation.

Today, developing a new drone system typically takes weeks of manual R&D and supply chain coordination, involving lengthy workflows across multiple simulation and sourcing tools, as well as physical prototyping cycles.

Our software platforms reduce this timeframe to just a few minutes per generated design by combining real-time component market data—scraped from hundreds of industrial marketplaces across multiple sectors—with the latest simulation techniques.

These platforms take user requirements as input and generate a 3D model of the cheapest viable design that meets them as output, across multiple physical domains (aerodynamics, structural integrity, electrical compatibility, etc.).

Just as ChatGPT generates text in response to a prompt, our platforms generate the most cost-effective viable design in response to a set of requirements. This allows both early-stage robotics startups and established players to focus their efforts on strategic decision-making and scaling production.

We believe that significant cost reduction can only be achieved through an extremely comprehensive search—and that the only way to reach this level of comprehensiveness is to automate the search. By combining physics engines with real-time market data, we make this possible and unlock substantial cost savings for equal performance.

Another core belief is that optimal cost reduction requires a reversal of the usual logic: instead of adapting supply chains to the systems we want to build, we must adapt the systems we build to the supply chains we have.

Does our approach compromise accuracy? On the contrary—automation allows us to explore a significantly larger portion of the design space while applying consistent and rigorous evaluation criteria.

Moreover, the technological building blocks we rely on are becoming increasingly reliable, to the point where fully digital design and validation will one day become the norm.

Our first prototype focuses on fixed-wing UAVs.