RadWay Tech Services delivers custom software solutions with expertise in high-performance computing (HPC) and healthcare. We specialize in designing optimized solutions that leverage HIP, CUDA, SYCL, OpenCL, and DICOM.
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We build and optimize compute-intensive software for scientific, medical, and industrial applications—leveraging GPUs, parallel algorithms, and low-level performance tuning. From large-scale simulations to real-time data processing, our solutions are engineered for speed, scalability, and hardware efficiency.
Optimized molecular dynamics simulation application’s HIP backend for AMD GPUs and added RDNA support.
Developed GPU-accelerated 3D reconstruction in HTTomo, improving scalability, efficiency, and fidelity across heterogeneous HPC systems.
Created OpenCL and HIP sample codes showcasing best practices for efficient, portable heterogeneous computing.
Designed GPU-accelerated acquisition and signal-processing pipelines for high-accuracy, low-latency clinical integration.
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We develop high-performance imaging and monitoring software for clinical and research environments, with deep expertise in SPECT reconstruction, optical signal processing, and DICOM/PACS systems. Our solutions power diagnostic tools used in hospitals and veterinary practices worldwide, combining speed, precision, and interoperability.
Delivered a performance oriented study browser, where the user is able to browse the PACS database via REST API, DICOM Query/Retrieve or WADO protocols.
Maintained and updated an existing DICOM viewer to support more modalites, with customized feature set.
Based on customers’ specified requirements, it enables DICOM servers to work faster and have more tailor-made features.
We have extensive experience in implementing iterative Monte Carlo–based SPECT reconstruction algorithms.
We provide solutions for medical companies, research institutions, and organizations with a strong focus on research and development (R&D). Our solutions are designed to meet the demanding performance requirements of modern applications—whether you need ultra-low latency for real-time responsiveness or high-throughput capabilities to handle large volumes of data efficiently.
A selection of projects we’ve delivered across science, healthcare, and high-performance computing.
Articles and thoughts from the intersection of imaging, science, and engineering
