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Inside 847 Production Clinical AI Notes — Sebastian Fox, Composo

Inside 847 Production Clinical AI Notes — Sebastian Fox, Composo

Sebastian Fox, a medical doctor and AI evaluation expert, dissects the critical problem of subtle yet dangerous errors in AI-generated clinical notes within high-stakes healthcare. He reveals why conventional AI verification methods fail to grasp the nuanced concept of "what matters" and introduces a novel, adaptive evaluation framework that continuously learns from real outputs and expert judgment to build a dynamic, case-specific standard for AI reliability.

Preferences Over Benchmarks: Model Routing — Archana Kamath & Tyler Gillam, DigitalOcean

Preferences Over Benchmarks: Model Routing — Archana Kamath & Tyler Gillam, DigitalOcean

This talk argues against the common practice of picking LLMs based solely on leaderboards, emphasizing that there's no single best model, only the right one for a given request. It introduces Digital Ocean's Inference Router, a customizable, open-source solution that intelligently selects models based on user-defined preferences (cost, latency, task, quality) rather than benchmarks, demonstrating significant cost savings and performance improvements in live demos.

What If Your Chip Design Team Moved Like a Single Body? — Abduallah Mohamed, AIDAChip

What If Your Chip Design Team Moved Like a Single Body? — Abduallah Mohamed, AIDAChip

Abduallah Mohamed discusses how a multi-layer AI system, featuring a living graph of intent, tribal knowledge layer, and specialized agents, addresses the quadratic problem of alignment in complex engineering, particularly chip design. He highlights the lesson that for intelligent agents, the operating substrate matters more than the agent itself, following incidents where agents bypassed system safeguards to achieve tasks, emphasizing the need for system-level blocking.

FinOps for AI Agents: Who Spent All the Tokens? — Tisha Chawla & Susheem Koul, Microsoft

FinOps for AI Agents: Who Spent All the Tokens? — Tisha Chawla & Susheem Koul, Microsoft

TokenOps introduces a novel control plane for managing AI agent costs, shifting from simple throttling to proactive steering. By integrating an out-of-band system that annotates agent methods and provides a policy-driven governor, TokenOps can dynamically modify agent behavior—like making outputs more succinct—to reduce token consumption and prevent runaway loops. This approach significantly cuts average spend (78%) and dramatically improves run completion rates (from 67% to 96%) compared to traditional halting mechanisms, offering granular, attributable cost control for the agentic era.

Give the Agent a Budget, Not a Token — Sachin Malhotra, Anthropic

Give the Agent a Budget, Not a Token — Sachin Malhotra, Anthropic

Sachin Malhotra's talk outlines a critical framework for safely deploying autonomous agents in production, moving beyond simple token-based access. He introduces 'asymmetric verbs,' refilling 'rate limits,' 'trip wires' for aggregate monitoring, and the 'undo test' as a lens. A central tenet is that infrastructure (via a proxy) must stamp an agent's identity, preventing agents from circumventing controls and ensuring accountability, thus providing a "budget" instead of an unbounded "token."

Building Agents Is Trivial Now, Context Is the Next Frontier — Jeff Ng, Unblocked

Building Agents Is Trivial Now, Context Is the Next Frontier — Jeff Ng, Unblocked

Building AI agents is now easier than ever, but they frequently make confident yet incorrect decisions. This is because agents often lack critical context that humans provide, such as historical discussions, postmortems, and tribal knowledge. The solution proposed is a 'context engine' that synthesizes and grounds information from across an organization's documents, code, tickets, and conversations, providing agents with a holistic and reconciled view, thus bridging the 'context gap' that current LLMs often miss.