VoxelDyn Labs synthesizes sub-4ms physical spatial intelligence for autonomous robots and spatial digital twins. Transforming multi-modal camera arrays into predictive 4D Gaussian kinematics powered by high-throughput Tensor Cores.
Test VoxelDyn's multi-modal sensory pipeline in real-time. Switch between native photorealistic RGB camera feeds, 4D Gaussian Splatting point meshes, metric depth estimation, and physical collision voxels.
VoxelDyn is built from the ground up to exploit modern accelerated computing architectures, achieving zero-copy memory transfers and microsecond physical dynamics.
A 14B parameter spatial foundation model trained on 4D Gaussian splats. Predicts real-world object dynamics, physical collisions, and friction coefficients at 144 FPS.
Bi-directional OpenUSD integration with Isaac Sim. Generates millions of synthetic domain-randomized training scenarios to bridge the sim-to-real robotic gap.
Ultra-low power embedded deployment engine. Compiles spatial world representations down to 15W envelopes on Jetson AGX Orin for humanoid robots and drones.
Mathematical modeling for deep-tech scaling. Calculate model scale, simulated agent concurrency, and required GPU infrastructure.
*Compute methodology calibrated to 3D parallelism and multi-GPU distributed physics benchmarks.
VoxelDyn Labs is led by a solo technical founder with deep expertise in real-time CUDA acceleration, 4D neural radiance fields, and robotics simulation.
Sam Harrison is a computer vision and robotics researcher formerly at Stanford AI Lab with over 8 years of specialized experience authoring high-throughput CUDA kernels, 4D Gaussian dynamics, and real-time physical simulation engines. Prior to founding VoxelDyn Labs, Sam led GPU acceleration initiatives for autonomous perception systems, contributing to major breakthroughs in sub-5ms sensor-to-actuation pipelines.
Detailed breakdown of market TAM ($68.4B), proprietary 4D Gaussian kinematics moat, simulation pilot benchmarks, and our compute scaling strategy. Includes 1-Click PDF export.
Deploy VoxelDyn 4D World Models directly to your Jetson or DGX cluster.