We develop proprietary GPU algorithms and HPC architectures that give your AI, simulations, and data workloads orders-of-magnitude performance advantages over conventional systems.
In AI, financial modelling, drug discovery, climate simulation, and autonomous systems, raw compute power determines who wins. Fitamps' GPU research team develops the algorithms and architectures that push the limits of what's computationally possible — giving our clients a performance edge that competitors cannot easily replicate.
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Development of custom CUDA and compute kernels that maximize parallelism for specific AI training, inference, and simulation workloads — often achieving 10–100× speedups over off-the-shelf solutions.
Distributed multi-GPU training infrastructure for large language models, computer vision systems, and reinforcement learning agents — optimized for speed, cost, and reproducibility.
GPU-accelerated simulation frameworks for physics, chemistry, fluid dynamics, and climate modelling — enabling researchers to run in hours what used to take weeks on CPU clusters.
Optimized inference pipelines that deploy trained AI models at production scale — with sub-millisecond latency for customer-facing and mission-critical applications.
Design and deployment of on-premise or cloud HPC clusters — optimized network fabric, storage architecture, and workload scheduling for maximum utilization and throughput.
Techniques that shrink AI model size by 4–8× while preserving accuracy — enabling deployment on edge devices, embedded systems, and cost-sensitive cloud infrastructure.
Genomics analysis, drug discovery simulations, medical imaging AI, and patient outcome prediction models that run faster and more accurately with GPU acceleration.
High-frequency trading algorithms, real-time risk modelling, fraud detection, and portfolio optimization that require the lowest possible latency and highest throughput.
Perception, path planning, and decision-making systems for autonomous vehicles, drones, and robotics — where real-time compute performance directly determines safety.
Talk to our GPU research team about your specific compute challenges and discover how Fitamps can give you a measurable performance advantage.
Talk to Our HPC Team