We design and build high-performance, cost-efficient application-specific computing systems using commodity hardware.
Open Acceleration Systems Research (OASYS Research), led by Dr. Young Cho, specializes in creating high-performance Hardware/Software computing solutions that deliver maximum value through intelligent use of commodity-off-the-shelf (COTS) components.
Our philosophy is simple: the best systems aren't always the most expensive ones. We combine deep expertise in computer architecture, hardware acceleration, and systems software to build custom solutions for demanding workloads.
FPGA-based accelerators, GPU optimization, and custom ASIC design pathways using COTS components.
End-to-end design of high-performance, cost-optimized computing clusters and embedded solutions.
Technical expertise and testimony in complex technology litigation and patent disputes.
From proof-of-concept to production deployment
Hardware-accelerated deep packet inspection, intrusion detection, and traffic analysis at line rate.
Rapid prototyping platforms for novel algorithms in AI, scientific computing, and cryptography.
Application-specific hardware and software acceleration for high-performance AI inference and training workloads.
Transformer neural networks and residual learning models integrated with physics-based constraints for long-term oil & gas production prediction.
Multiple USPTO patents for accurate, real-time power measurement and monitoring of digital circuits and SoCs.
Programmable FPGA-based accelerators for context-free grammar parsing and polymorphic malware detection at multi-gigabit speeds.