TIBARAY, INC.

TIBARAY, INC. specializes in advanced research and development of precision radiation detection and beam control systems for high-energy physics and medical accelerator applications. Their technical expertise centers on radiofrequency-based beam monitoring, real-time radiation feedback architectures, and the design of compact, low-cost medical linear accelerators optimized for deployment in resource-constrained or field environments. The company leverages deep knowledge in RF engineering, particle beam diagnostics, and embedded control systems to deliver ruggedized instrumentation capable of operating under demanding conditions, with a demonstrated focus on translating SBIR-phase innovations into field-deployable solutions for clinical and scientific use cases. TIBARAY has established direct relationships with the Department of Health and Human Services and the Department of Energy, delivering mission-critical R&D under SBIR programs. For HHS, they have developed real-time beam monitoring systems to enhance the safety and precision of FLASH radiotherapy treatments. With the DOE, they have advanced novel accelerator designs aimed at improving accessibility and reliability of radiation therapy in non-traditional settings, indicating a consistent alignment with federal priorities in biomedical innovation and nuclear science infrastructure. The contractor’s primary industry focus is in Research and Development in the Physical, Engineering, and Life Sciences, where they operate at the intersection of accelerator physics, medical device engineering, and instrumentation systems. Their market positioning is niche but impactful, targeting next-generation radiation therapy technologies and scientific instrumentation that demand high fidelity, real-time control, and ruggedized performance beyond conventional commercial offerings. TIBARAY, INC. is a small business structured as a 2L entity based in Fremont, California. While currently holding no formal government certifications, their technical pedigree and SBIR-phase success demonstrate strong alignment with federal innovation funding pathways. Their geographic proximity to Silicon Valley’s engineering ecosystem supports rapid prototyping and integration of advanced electronics and control systems for mission-sensitive applications.