2025 OASIS Board Candidate
Jason Clinton
Jason Clinton, CISO, Anthropic
Biography:
Jason joined Anthropic in April 2023 after more than a decade at Google, where he most recently led Chrome infrastructure security working on defense against advanced persistent threats. While at Google, he also worked on ChromeOS and Android Pay. At Anthropic, Jason guides security strategy including detection and response, compliance, physical security, security engineering and IT. Jason promotes the security organization’s work to uphold Anthropic’s Responsible Scaling Policy framework, ensuring that the company has appropriate security safeguards in place for the responsible development and deployment of AI models. He is also the author of “Ruby Phrasebook”.
Additional Information:
AI is fundamentally transforming computing, with over 50% of code now AI-generated at frontier AI labs, a preview of the tectonic shifts coming to computing in radiating shockwaves from high-tech to SMB in emerging markets. The shift has exposed severe gaps in as existing standards cannot adequately handle non-human identities, AI collaborators, or the complex human-AI-role. Simultaneously, these modes democratize global cyber capability enabling second and third-tier threat actors to achieve first-tier offensive capabilities, while defensive innovations like confidential computing and advanced sandboxing struggle without standardized implementation guidelines. These transformative changes—from the disruption of traditional markets to the emergence of novel attacks—highlight urgent areas where organizations like OASIS must lead in developing standards for AI agents, auditing frameworks for AI-driven operations, protocols for confidential computing and sandbox environments, and guidelines for AI-assisted second-party reviews of code and infrastructure. The pace and scale of this transformation, comparable to the internet’s commercialization, demands immediate attention to these standardization needs to enable safe, auditable, and effective use of AI in computing while mitigating the unprecedented risks these technologies introduce.