We help organizations unlock the full potential of modern hardware through strategic code parallelization and performance optimization. With deep collective expertise across multiple parallel programming paradigms—from shared-memory threading to distributed systems—we deliver measurable performance improvements that directly impact your bottom line.
As computational demands grow and Moore’s Law plateaus, sequential code can’t keep pace. Modern processors offer dozens of cores, GPUs provide thousands of parallel threads, and cloud infrastructure enables massive distributed computing—but only if your code is designed to leverage them.
We bridge the gap between your performance needs and hardware capabilities, transforming compute-intensive applications into parallel powerhouses. With specialists across CPU, GPU, and distributed computing, we provide comprehensive solutions backed by decades of combined experience.
Comprehensive Parallel Programming Solutions
- Code Parallelization : Transform existing sequential code into efficient parallel implementations using OpenMP, MPI, CUDA, or other parallel programming models.
- Performance Optimization : Analyze bottlenecks, eliminate race conditions, and fine-tune parallel algorithms for maximum throughput and minimal overhead.
- Architecture Consulting : Design scalable parallel architectures from the ground up, selecting the right tools and frameworks for your specific requirements.
- Training & Knowledge Transfer : Empower your team with parallel programming skills through customized workshops and hands-on training sessions.
Our Expertise
Core Competencies:
- Code profiling and performance analysis
- Multi-threading and shared-memory parallelization (OpenMP, OpenACC, SYCL)
- Distributed computing and message passing (MPI)
- GPU acceleration (CUDA, OpenACC, SYCL, OpenMP Offload, OpenCL, HIP)
- Hybrid parallelization strategies (MPI+OpenMP, MPI+CUDA, MPI+OpenACC etc)
- Vectorization and SIMD optimization
- Performance tuning and optimization
- Scalability analysis and benchmarking
Programming Languages: C, C++, Fortran, Python
Platforms & Architectures: Multi-core CPUs, GPUs (NVIDIA, AMD, Intel), HPC clusters, cloud computing platforms (AWS, Azure, GCP), heterogeneous computing systems
Why Choose Us?
- Flexibility & Focus : As an independent consulting team, we provide dedicated attention to your project without the overhead of large consulting firms. You get direct access to expertise, faster turnaround times, and competitive rates.
- Diverse Expertise : We bring specialized knowledge in various domains—GPU computing, distributed systems, specific industries—ensuring you get the right expert for your challenge.
- No Long-Term Commitments : Engage us for a specific project, ongoing optimization work, or periodic performance audits. Scale consulting services up or down based on your needs.
- Results-Driven : Our reputation depends on delivering measurable performance improvements. We’re invested in your success because your results directly reflect the quality of our work.