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First Steps Toward Automated AI Research — Richard Socher, CEO Recursive AI

First Steps Toward Automated AI Research — Richard Socher, CEO Recursive AI

Richard Socher introduces the "Eureka machine," a concept for automating scientific research and invention through AI. Inspired by open-ended evolution and Karl Popper's philosophy of science, he argues that AI can compress the timeline of scientific discovery, overcoming human-centric bottlenecks. The machine relies on four pillars (knowledge, data, simulations, physical labs) orchestrated by an agent swarm, requiring a rethinking of existing infrastructure. Recursive Self-Improvement (RSI), where AI improves its own code and addresses its shortcomings, is presented as the path forward, with early proof points in model optimization, training speed, and GPU kernel efficiency.

How Lassie Is Automating Healthcare Administration

How Lassie Is Automating Healthcare Administration

Lassie cofounders Steijn Pelle and Frédéric Renken, alongside investor Alex Rampell, discuss automating administrative work for small businesses, particularly dental practices, using AI agents. They highlight the shift from traditional software (data storage) to AI that performs labor, the challenges of onboarding AI into non-technical environments, and the vast market opportunity in underserved sectors where human labor is scarce.

Developer Productivity at a Developer Productivity Startup • Robert-Jan "RJ" Huijsman • GOTO 2025

Developer Productivity at a Developer Productivity Startup • Robert-Jan "RJ" Huijsman • GOTO 2025

Robert-Jan Huijsman, Founding Engineer at Reboot.dev, outlines a pragmatic approach to developer productivity by tackling friction and non-determinism in both human collaboration and software development. He shares Reboot.dev's strategies, including async workstreams, full-stack typing, unit testing with AI, and foundational engineering principles like retries, durable execution, and strong consistency, to build reliable and efficient systems.

Your AI Evals Are Lying

Your AI Evals Are Lying

Andrew Burt of Luminos discusses how current AI risk evaluation methods are insufficient, advocating for a "high dimensionality" approach using granular sub-risks and diverse legal and technical expertise. He critiques common practices like guardrails and single-LLM evaluations, highlighting the need for multimodal systems and continuous, automated monitoring to address the evolving complexities of AI, particularly with the rise of open-weight models.

2026 Cost of a Data Breach Report: AI Is Changing Cybersecurity

2026 Cost of a Data Breach Report: AI Is Changing Cybersecurity

The 2026 Cost of a Data Breach Report reveals how AI is transforming cybersecurity, accelerating both attack sophistication and defense capabilities. It highlights rising breach costs, persistent vulnerabilities like phishing and ransomware, and the critical need for organizations to leverage AI and automation to reduce financial impact, improve response times, and strengthen overall security posture against AI-driven threats and future risks like quantum computing.

Let's integrate AI Agents in Event-Sourced Systems — Divakar Kumar, FlyersSoft

Let's integrate AI Agents in Event-Sourced Systems — Divakar Kumar, FlyersSoft

This presentation explores integrating AI agents into existing event-sourced architectures to resolve ambiguous cases in real-time fraud detection. By leveraging a semantic layer built from various bounded contexts (transaction, device, account), specialized agents like Risk Analyzer and Behavior Analyzer use tools and short-term memory to reach a verdict, addressing the "gray zone" where traditional rule-based and ML systems fall short. The approach emphasizes layering agents without replacing existing infrastructure, enhancing judgment in production systems.