Hyperchain Technology has been named a Bronze Stevie® Award winner in the Technology Breakthrough of the Year category at the 2026 Stevie® Awards for Technology Excellence. The company was recognized for its entry, “Enabling Trusted Data Circulation Through Blockchain and Privacy-Preserving Computing.”
The award recognizes Hyperchain’s work in enabling data to be securely shared, processed, and utilized across organizations while maintaining privacy, trust, and controlled access. By integrating blockchain, privacy-preserving computing, and trusted data infrastructure, Hyperchain has developed a technology and service framework that supports secure data collaboration throughout the data lifecycle.
In China, Hyperchain has supported data governance and digital infrastructure projects across multiple provinces and cities, enabling secure and trusted data collaboration across regions, industries, and administrative levels. Its solutions have been applied in areas including financial services, digital government, smart manufacturing, and other key sectors, helping organizations improve data connectivity, governance, sharing, and utilization.
Hyperchain also contributes to international standardization initiatives through organizations including ISO, ITU, and IEEE. The company led the development of ITU-T Recommendation F.751.5, “Requirements for Distributed Ledger Technology-Based Power Grid Data Management.” The standard was recently honored with the Award for Outstanding Contribution to Standards Innovation under the Zhejiang Provincial Government Quality Award, a major provincial-level recognition presented by the Zhejiang Provincial People’s Government for excellence in quality and standards innovation.
The Stevie® Award reflects Hyperchain’s continued progress in advancing trusted data technologies from individual applications to scalable infrastructure. The company will continue developing secure, interoperable, and privacy-preserving solutions that help organizations collaborate on data and unlock its value responsibly.
