We build software and automation for advanced manufacturing, engineering, and complex geometry.
We build custom software for teams working with advanced manufacturing and robotics. Much of this work is connected to additive manufacturing.
This includes tools from geometry processing and planning to g-code generation and machine integration.
The work is often iterative: we start with a quick prototype to test a concept, then expand and adapt as the requirements become clearer to both us and our clients.
We build parametric models and geometry tools for projects where standard CAD becomes slow, rigid, or fragile.
This is useful when a client needs to manage many variants, repeated geometry tasks, or design rules that are hard to handle by hand.
We build tools that reduce friction between design, engineering and fabrication.
The goal is fewer manual steps and faster iteration to reduce the time from idea to a physical product.
We work alongside in-house computational design teams that need focused technical help.
This can mean computational design support, building internal tools, improving existing systems, or helping maintain technical workflows.
It works well when the team needs specialist support without adding a permanent role or changing how they work.