GPU-accelerated molecular dynamics, climate modeling, and physics simulation — deployed at the frontier of what hardware permits.
From drug discovery to climate science, the most consequential problems of our time are compute-bound. We remove that constraint.
Simulate binding affinity across millions of candidate compounds simultaneously. GPU-accelerated free energy perturbation at industrial scale.
High-resolution coupled atmosphere-ocean models that previously required national supercomputer allocations, available on-demand.
Aerodynamic analysis at Reynolds numbers and mesh resolutions that match wind tunnel fidelity, at a fraction of the cost.
vs wet lab only approaches for drug candidate screening
previously requiring months on national supercomputers
Every layer of the stack is engineered around the demands of large-scale physical simulation — from the GPU die to the API surface.
NVIDIA H100 SXM5 clusters with NVLink 4.0 fabric. Each node delivers 3.35 ExaFLOPS of FP8 tensor compute, purpose-configured for scientific workloads.
InfiniBand NDR 400 Gb/s fabric with <1µs latency between nodes. Full bisection bandwidth ensures MPI and collective operations scale without bottleneck.
Lustre parallel file system delivering 2 TB/s sustained read bandwidth. Simulation checkpoints and trajectory files land directly on NVMe-backed scratch storage.
REST and gRPC endpoints with Python, Julia, and C++ SDKs. Submit, monitor, and retrieve simulation jobs programmatically. Full OpenAPI 3.1 specification available.
SOC 2 Type II certified. All simulation data encrypted at rest (AES-256) and in transit (TLS 1.3). Isolated tenant environments with no shared memory across jobs.
Join research teams at leading universities, national labs, and pharma companies running their most demanding workloads on our platform.