GPU HPC for CADD: Faster, Cheaper, Compliant
4× faster MD on GPUs, up to 90% lower cost.

Key Benefits

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Speed per $

GPU-first MD delivers ~4× speed vs CPU.

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Cost Collapse

Up to 90% lower run cost with smart utilization.

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GxP-Ready

Part 11 logs, traceability, and validation packs.

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Simple Ops

Pre-built GROMACS containers; autoscale + checkpoints.

Features

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GPU-First MD

GROMACS on GPUs
~4× faster than CPU baselines.

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Reproducible

Versioned Docker images for immediate runs and consistent results.

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AI Docking Options

DiffDock with physics fine-tuning for higher screening throughput.

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Smart Queues

Elastic queues and robust checkpoints cut wait time and failed runs.

On Tiny Pricing Note

Pricing: per-nanosecond (MD) or per-ligand (docking) with optional SLA add-on
 

Resilient Interface – Easy to use, yet Performant

Resilient Interface provides GPU-accelerated computing for Computer-Aided Drug Design (CADD). We ship validated containers and workflows (GROMACS, DiffDock) so small biotechs and pharma teams can run MD and docking fast, cheaply, and with traceability. Our 'pay-for-ends' model (per-ns for MD, per-ligand for docking) aligns spend with results. Built-in quality checks, logs, and Part 11/GxP-ready controls support regulated workflows. With autoscaling and robust checkpointing, we reduce queue pain and failure waste—raising performance per dollar and reproducibility.

NVIDIA Inception Program

40 Years Software

15 Years Marketing

8 years product development

Open Teams Members

The Team