We are excited to announce that Applied Blockchain has rejoined the Confidential Computing Consortium (CCC) as a General Member, reinforcing its longstanding commitment to advancing innovation in Confidential Computing and Trusted Execution Environment (TEE) technology. This move aligns with CCC’s mission to enhance trust and privacy in business applications and marks a continued dedication to tackling some of the most pressing challenges in digital privacy.
As one of the few organizations that are members of the Confidential Computing Consortium and the LF Decentralised Trust, Applied Blockchain stands out for its cross-domain expertise in privacy-preserving technology. This dual membership uniquely positions the company to foster collaboration and drive progress across both ecosystems, promoting secure, transparent, and trustworthy solutions for the future of technology.
Applied Blockchain’s renewed involvement comes directly from its groundbreaking work on the Silent Data platform. By integrating TEE technology with blockchain, Silent Data provides a robust solution for privacy-conscious companies.
“We are thrilled to rejoin the Confidential Computing Consortium as a General Member, reinforcing our commitment to advancing Trusted Execution Environment (TEE) technologies. Our continued work on Silent Data demonstrates how we can tackle privacy challenges, and we look forward to collaborating with CCC members to drive innovation, enhance trust, and protect sensitive data.”
— Adi Ben-Ari, Founder & CEO at Applied Blockchain
Applied Blockchain focuses on safeguarding consumer and business data in critical sectors such as banking, energy trading, and supply chains. With its renewed membership, the company is positioned to make significant strides in evolving privacy-enhancing technologies, helping organizations across industries protect sensitive data while driving trust and security in their operations.
We look forward to Applied Blockchain’s continued impact as they collaborate with CCC members and help shape the future of Confidential Computing.
