Efficiently run scientific and large-scale simulations, AI training/inference and other mathematical compute-intensive software, with a much better performance/cost.
We’re recognized as the rocket-scientists of compute, squeezing more performance out of anything.
When software is too slow, you have more options than buying faster hardware or waiting longer.
We find where the performance is being lost, determine what can be improved, and turn that knowledge into faster software.
Our work ranges from focused performance fixes to building complete high-performance software and libraries. We work alongside your team, bringing deep expertise in parallel computing, GPU programming and performance engineering.
16 years of optimizing code for performance.
35 engineers working on projects right now.
Data analysis and interpretation
Integrating neural network models into existing systems or software applications, enabling businesses to leverage AI capabilities seamlessly.
Prototyping and scale-Up
Integrating neural network models into existing systems or software applications, enabling businesses to leverage AI capabilities seamlessly.
Training and workshops
Custom design and development of neural network architectures tailored to specific business needs and objectives.
Instrumentation calibration
Building and training deep neural networks for tasks such as image recognition, natural language processing, speech recognition, and anomaly detection.
Stream HPC is a software development company specializing in high-performance and parallel computing.
We help organizations make compute-intensive software faster, more scalable and more cost-effective.
Our specialists work across the stack, from algorithms and software architecture to CPU and GPU implementation and optimization. We combine software engineering with a deep understanding of how hardware actually behaves.
We’ve been doing this for more than a decade, working with companies and research organizations around the world.
- Synthesis of specialized compounds and reagents
- Tailored solutions for specific research needs
- Advanced data analysis services
- Comprehensive interpretation and reporting of results
- Development of prototypes for new products
- Scale-up services for commercial production
- Hands-on training for laboratory techniques and instrumentation
- Workshops on emerging technologies and methodologies
No. GPUs are our specialty, but performance often depends on the complete system. We also work with CPUs, DSPs and special purpose processors. This includes optimizing for memory hierarchies, networks and heterogeneous systems.
Almost anything where computation is a meaningful part of the problem: scientific software, simulations, AI, image processing, financial calculations, embedded software and other compute-intensive applications.