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Omio outlines its AI-native, conversational travel platform, detailing how OpenAI models and live transportation data are used to reinvent discovery, booking, and internal engineering workflows.

GPT-5 Pro augments human immunology research by solving a 3-year mystery on how glucose metabolism guides T cell differentiation, revealing IL-2 mediated barriers to Th17 and accelerating precision immunotherapy.

Explores how shared international standards, interoperable assessments, and strengthened governance—driven by Appia and CAISI—can securely harness frontier AI across governments, industry, and research domains.

Omio is building an AI-native, conversational travel platform that uses OpenAI models to connect 3,000+ providers across 47 countries, transforming discovery, booking, and internal workflows while dramatically accelerating development.

GPT-5 Pro helps immunologist Derya Unutmaz crack a 3-year puzzle by revealing how deoxyglucose and IL-2 govern Th17 differentiation in T cells, accelerating discovery in cancer and autoimmune research.

A roadmap for building shared, interoperable standards and governance for increasingly capable AI, aligning safety, assessment, and international cooperation across institutions and industry.

Omio is deploying AI-native, conversational travel powered by OpenAI, integrating live transportation data with ChatGPT and Codex to accelerate product development and transform internal operations.

GPT-5 Pro enables AI-assisted hypothesis testing and predictive simulation that helped immunologist Derya Unutmaz solve a three-year puzzle about how glucose metabolism and IL-2 signaling shape T cell fate toward inflammatory Th17, accelerating cancer and autoimmune research.

A concise blueprint for establishing shared, interoperable AI standards and governance practices, spanning risk assessment, safety safeguards, and cross-jurisdiction collaboration to responsibly advance frontier AI.

Vera and VOID are Netflix's early research explorations in controllable AI video editing, introducing a layered diffusion and physics-aware inpainting approach to give artists precise, content-preserving edit control.

A Netflix research exploration introducing Vera and VOID - layered diffusion-based tools for controllable, content-preserving AI video editing and physically plausible object removal.

An overview of Netflix's early research on controllable AI video editing, detailing Vera—the layered video diffusion model that preserves original content while editing—and VOID, a physics-aware inpainting framework for plausible object removal with maintained scene continuity.