Cambridge, UK – 9 February 2026 – The CHERI Alliance today announced that EnSilica, a leading provider of mixed-signal ASICs (Application-Specific Integrated Circuits), has joined the alliance, strengthening efforts to accelerate the adoption of CHERI technology. In a world facing an explosion of cyber threats, this collaboration will help advance a technology that could eliminate more than 70% of current vulnerabilities.
The Power of CHERI Technology
CHERI (Capability Hardware Enhanced RISC Instructions) is an open technology that fundamentally strengthens systems’ security by preventing memory corruption and unauthorised code execution—two of the most pervasive threats in modern computing. CHERI introduces memory protection and compartmentalisation directly into hardware, enabling strong security by design, while keeping the same level of performance and power consumption – a critical factor for battery-operated systems. With security built into chips, CHERI enables existing software to be made more secure, without the need to redevelop it.
The Role of the CHERI Alliance
The CHERI Alliance is a catalyst for industry-wide adoption, bringing industrial members like Google, Codasip, lowRISC, Siemens or Verisilicon together with researchers from SRI, the University of Cambridge, or many other universities, and government organisations. The Alliance bridges the gap between research and commercial deployment, ensuring CHERI is accessible to hardware designers, software developers, and system integrators.
Like other members of the CHERI Alliance, EnSilica will benefit from collaborating in working groups, sharing experience, and networking with new partners, including potential customers. Their focus on CHERI-enabled ASICs will be complemented by software and tools developed by the ecosystem, enabling fast development of end products.
A Shared Vision for Secure Hardware
EnSilica is developing safe and secure chips, and it will leverage its expertise to produce CHERI-enabled ASICs, enabling customers to build systems that are secure by design. This partnership reflects a shared commitment to making CHERI the gold standard for hardware security.
“The CHERI Alliance exists to build an ecosystem that turns groundbreaking research into real-world impact,” said Mike Eftimakis, Founding Director at the CHERI Alliance. “As soon as next year, regulators will ban insecure devices, and product manufacturers will rush to integrate security by design. EnSilica and our members will enable CHERI-enabled products that meet security requirements.”
“Security is a cornerstone of modern computing, and CHERI represents a paradigm shift in how we achieve it,” said Ian Lankshear, Chief Executive Officer of EnSilica. “Joining the Alliance allows us to collaborate with the brightest minds in the industry and deliver CHERI’s benefits to our customers at scale.” By joining the CHERI Alliance, EnSilica helps drive hardware‑based security into the mainstream.
About the CHERI Alliance
The CHERI Alliance is a non-profit, community interest company that fosters collaboration among technology companies, open communities, academic institutions, and government entities to accelerate adoption of the open CHERI technology by the industry. By integrating hardware memory safety mechanisms into processors, CHERI aims to tackle vulnerabilities at their source, transforming the cybersecurity landscape.
Learn about CHERI and join the Alliance – www.cheri-alliance.org
About EnSilica plc
EnSilica is a fabless, application-specific chipmaker, combining deep domain and system-level expertise with world-class capability in RF, mmWave, mixed-signal and complex digital IC design. The Company serves customers across the communications, industrial, automotive and healthcare markets, where safety, security and reliability are critical.
A growing portfolio of reusable IP and silicon platforms underpins a repeatable, scalable delivery model, reducing development risk, cost and time to market while supporting long-term supply revenues. EnSilica has a strong track record of delivering production-proven silicon to demanding industry standards. Headquartered near Oxford, UK, the Company operates design centres across the UK, India, Brazil and Hungary.
For further information, visit www.ensilica.com
