Calvin French-Owen, co-founder of Segment and former OpenAI Codex team member, discusses the rise of powerful coding agents. He contrasts the architectures of Codex and Claude Code, explores the future of work where engineers become managers of AI, and shares tips for becoming a top 1% power user.
CircleCI's Olaf Molenveld and AWS's Julian Wood explore the evolution of CI/CD, drawing parallels between managing production code and the 'factory' that builds it. They cover the shift to microservices pipelines, optimization strategies, platform engineering trends, and how AI is set to reshape DevOps by acting as an expert system for developers.
The panel discusses OpenAI's new Codex application, framing it as a necessary 'table stakes' move in the competitive AI coding agent market rather than a game-changer. The conversation pivots to the importance of agent orchestration as the next frontier for value creation and monetization. They also explore the Moltbook (OpenClaw) phenomenon—a social network for AI agents—debating whether it's a valuable sociological experiment or a mere novelty, while highlighting the significant security vulnerabilities and practical hurdles it exposes.
Roblox CEO Dave Baszucki discusses the company's 20-year vision to build the "Holodeck," a high-fidelity, 4D simulation for human co-experience. He explains how Roblox is leveraging its 13 billion monthly hours of vector data to train native AI models for advanced NPCs, moving beyond simple LLMs to create "virtual doppelgängers." Baszucki also covers the future of immersive communication, AI's role in transforming game creation, and Roblox's unique, data-driven approach to hiring talent.
Carina Hong, Founder & CEO of Axiom, discusses building a self-improving AI reasoning engine that combines generation and verification. Starting with formal mathematics, Axiom's system has achieved superhuman results on the notoriously difficult Putnam Exam by leveraging formal languages like Lean to overcome the probabilistic and unverifiable nature of standard LLMs. Hong explores how this technology can solve major bottlenecks in hardware and software verification, code migration, and database consistency, and what it means for the future of mathematical research.
Susanne Kaiser discusses her book "Architecture for Flow," which integrates Domain-Driven Design, Wardley Mapping, and Team Topologies into a holistic framework. She introduces the "Architecture for Flow Canvas," a practical tool for designing and evolving adaptive socio-technical systems by starting with the problem space and aligning software design with team organization and business strategy.