PharmFast
GPU-Accelerated Execution Engine
Run pharmacometric models at unprecedented speed with GPU-accelerated infrastructure — enabling pharmacometricians to run complex models significantly faster than traditional CPU-based workflows.
Faster Model Execution
vs. standard CPU
Parallel Model Runs
scalable cloud compute
Simulation Throughput
virtual subjects
Key Features
Parallelized Pharmacometric Model Runs
Run multiple pharmacometric models simultaneously across GPU compute units, dramatically reducing total execution time.
GPU-Assisted Numerical Optimization
Harness GPU parallel processing to accelerate the numerical optimization routines that are at the core of parameter estimation.
Faster Model Convergence
Optimized algorithms and GPU compute allow models to reach convergence in a fraction of the time compared to traditional CPU workflows.
Large-Scale Simulation Capabilities
Run thousands of virtual subject simulations in parallel for clinical trial simulation and model evaluation.
See it in action
Load a real control stream and dataset, press Run fit, and PharmFast estimates the model on the GPU in seconds — reproducing NONMEM 7.6 to the last digit. Here, the classic Theophylline model converges in ~3 s with ΔOFV = 0.0001 versus the NONMEM reference.
Built for Complex Modeling Challenges
Whether you are running population PK/PD models, PBPK simulations, or large-scale clinical trial simulations, PharmFast eliminates the computational bottleneck that slows down iterative model development cycles.
Ready to accelerate your modeling?
Contact us to learn more about PharmFast and our GPU-accelerated execution infrastructure.
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