As Riyadh undergoes a massive transformation under Vision 2030, the demand for high-efficiency sterilization and smart infrastructure components has skyrocketed. CoreByte Storage Technology Co., Ltd. is positioned at the intersection of high-performance semiconductor manufacturing and advanced environmental sanitization solutions.
Traditional mercury-based UV lamps are being phased out globally in favor of UVC LED technology, which offers superior energy efficiency, instant-on capabilities, and mercury-free operation. In Riyadh’s climate, where HVAC systems operate 24/7, integrating UVC LED modules directly into industrial air handling units (AHUs) provides a sustainable path for maintaining aseptic environments in hospitals, malls, and public infrastructure.
The acceleration of smart city projects like NEOM and the expansion of the Riyadh industrial zone require localized, high-quality hardware. Our supply chain strategy focuses on ensuring that every UVC LED component and server module meets the stringent SASO (Saudi Standards, Metrology and Quality Organization) certifications. We aren't just an exporter; we are a strategic partner in KSA’s digital and biological infrastructure.
Future-proofing Riyadh’s industrial sector requires more than just light—it requires data. Our roadmap involves integrating IoT-enabled UVC controllers with AI-driven monitoring systems. By leveraging the same R&D expertise used in our high-speed DDR5 memory and processor cooling systems, we are developing a new class of "Smart Sterilization Nodes" that can be managed remotely via cloud platforms.
Yes. We understand the importance of SASO and SABER certifications for import. Our engineering team works proactively to ensure all technical documentation and product specifications meet KSA's regulatory standards for electronics and lighting.
We provide localized support through our global supply chain network. With over 1,200 partners, we manage the entire logistics flow—from PCB design and customization to final delivery in Riyadh, ensuring minimal lead times for infrastructure development.