Scroll to reveal the invisible.
Polymère is a computational physics engine built for specialists. We run volumetric fluid dynamics (LBM), thermal gradients (CHT), and acoustic raytracing natively in your browser via WebGPU. We don't rely on visual approximations. We compute the exact invisible forces shaping your geometry.
Setting up multidimensional simulations shouldn't require a separate software engineering team. Polymère streamlines complex data pipelines. Drop in your IFC models and EPW climate data, configure your boundary conditions, and launch massive parallel GPU computations in under a minute. Deep parametrics - zero workflow friction.
Move beyond subjective aesthetics. Polymère transforms raw topological and physical data into actionable architectural intelligence. With an integrated AI that reads your exact volumetric 3D context in real-time, your design decisions are backed by rigorous quantitative feedback, not guesswork.
Traditional software stops at the physical walls. So, Polymère models the minds inside them. We are pioneering Agent-Based Cognitive Modeling to simulate how thermal stress, acoustic loads, and Space Syntax topology trigger navigational behaviors and cognitive friction. In Polymère we see the frontier of neuroarchitecture - that's our milestone.
Early Access. We are actively gathering professional feedback. For a limited time, all local WebGPU simulations and Trinity AI access are completely free.