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OpenAI launches the Economic Research Exchange, a privacy-conscious, project-based platform for external researchers to study AI’s economic impacts using rigorous empirical methods and OpenAI data/tools, with governance, milestones, and a call for proposals.

Explores the rationale and regulatory context of a confidential S-1 filing with the SEC, including Rule 135 disclosures, timing considerations, and the private-to-public pathway.

Blueprint for delivering AI and AGI that benefits everyone by emphasizing safety, alignment with human values, broad access, and coordinated governance to prevent power concentration.

OpenAI's Economic Research Exchange provides structured, privacy-preserving external research on AI's economic impacts through project-based collaborations, defined milestones, and rigorous empirical methods.

Democratize AI with a safety-aligned, broadly accessible plan that empowers people, broadens opportunity, and coordinates global resilience.

A concise technical overview of confidential S-1 submissions to the SEC under Rule 135, examining timing, privacy tradeoffs, and the regulatory disclosure framework.

Analyzes regulatory and strategic implications of confidential S-1 submissions to the SEC, including Rule 135, timing tradeoffs, and the path to a potential IPO.

A technical walkthrough of building the Crossplay Board: a fast, real-time 15×15 Android game board that blends Jetpack Compose with a native GridLayout, enables cross-surface drag-and-drop and pinch-to-zoom, and uses careful coordinate translation and animations to deliver a responsive multiplayer experience.

Designing and implementing Crossplay's 15×15 Android board: a hybrid Jetpack Compose–GridLayout UI with native drag-and-drop, precise drop detection, pinch-to-zoom with snap to 1x/2x, and animated, asynchronous turn-based gameplay that keeps opponent moves visually in sync on mobile.

A technical deep dive into building Crossplay's 15×15 Android board, blending a GridLayout-backed grid with Jetpack Compose, native drag-and-drop across surfaces, overlay techniques, pinch-to-zoom, and animated turn-based multiplayer on mobile.

How to build resilient AI agents by isolating risky shell work in disposable Sprites within separate sandboxes, enabling per-session execution, secure token handling, and fast rollback to prevent self-destruction.

A pragmatic blueprint for building resilient agents that avoid self-destruction by isolating execution in disposable per-session sandboxes (Sprites), with secure token handling and rollback capability.