Make ideas testable by anyone.
For everyone in architecture, construction, manufacturing, design, and academia who burns to create something new — we change the world in which imagination is left as imagination, and create an environment where ideas can be lifted into reality.
The problem we tackle
Imagination is disconnected from reality —
ideas blocked by the wall of verification.
Engineering's true role is to read the physical world accurately, predict its future, and support sound decisions with evidence.
Yet in domains governed by physical law — architecture above all — the engineering needed to predict how a new idea will perform in real space is still far from common practice.
Difficult theory, complex tooling and configuration, and the friction of moving data between analysis packages all consume enormous time and effort. As a result, advanced verification remains locked behind a small group of specialists.
Casual iteration — "what if we tweaked this insulation a bit?" — is out of reach. Many strong ideas are abandoned long before they ever reach the real world.
Democratize physical intelligence,
and make it the industry's everyday language.
We democratize Physical Intelligence — the power to predict the physical world — and turn high-end simulation into an everyday instrument that anyone can pick up.
To do this, we automate the engineering that used to be locked away with specialists, and open it as a platform for every designer and creator.
From reading drawings and building 3D models, through complex analyses such as airflow and energy use, we collapse the data conversion and configuration work that used to be the barrier into a seamless flow.
The result: from the moment an idea strikes, you can run the cycle of "try, see the result, try again" at full speed in software. Humans focus on creative judgement, and good ideas reach the real world far more often.
A conversational simulation tool that connects
architectural design with environmental and energy analysis.
Work that used to demand specialist skills and long hours — turning architectural drawings into models, configuring environmental and structural simulations — is handled automatically by AI.
Through an intuitive browser interface, users run parametric studies on the spot and get analysis results and discussion in seconds.
An AI agent fills in the expert knowledge gap, offering insight on questions like "why is the temperature uneven?" — breaking through the wall of specialist expertise so every designer can stay 100% focused on creative work.
