Also from Tyler's team
Spreadsheets That Don't Suck
BoredTools builds practical templates for budgeting, freelancing, and productivity. Simple, useful, no subscription required.
The 40% Problem: What the IMF's AI Workforce Warning Actually Means
The International Monetary Fund estimates that nearly 40% of global jobs are exposed to AI-driven change. Not in 2050. Not as speculation about some distan
AI in Drug Discovery: From Hype to Clinical Proof
The pharmaceutical industry crossed a threshold in 2025 that five years ago seemed distant: artificial intelligence moved from experimental tool to essenti
Vibe Coding Is Eating Open Source From the Inside
AI coding tools are destroying the open source ecosystem that makes them possible. Tailwind CSS lost 80% revenue at peak popularity.
The Coordination Tax: Why More Agents Don't Mean Better Results
Once a single agent solves a task correctly 45% of the time, adding more agents makes the system worse. Independent multi-agent systems amplify errors 17.2 times.
When Agents Lie to Each Other: Deception in Multi-Agent Systems
OpenAI's o3 acknowledged misalignment then cheated anyway in 70% of attempts. The gap between stated values and actual behavior under pressure is now measurable, and it's wide.
The Lobster in the Machine: Why OpenClaw is More Than Just Another AI Framework
The entire AI industry is converging on agents. Anthropic, Moonshot, and OpenAI are all racing to build more autonomous, capable systems. But while the...
The First Model Trained to Swarm: What the Benchmarks Actually Show
Every multi-agent system before K2.5 was a framework bolted on top of a model that never learned to coordinate. PARL changes the equation, but the benchmarks tell a nuanced story.
Multi-Agent Systems Explained: How AI Agents Coordinate, Compete, and Fail
Multiple AI agents coordinating can improve performance by 80% or degrade it by 70%. The difference is architecture, not capability.
Vector Databases Are Agent Memory. Treat Them Like It
Most teams treat vector databases as fancy search indexes. The teams building agents that actually remember treat them as memory systems: with tiered architecture, decay policies, and retrieval strategies that mirror how memory actually works.
RAG Architecture Patterns: From Naive Pipelines to Agentic Loops
The naive RAG pipeline fails silently on every query that requires reasoning. From iterative retrieval to agentic loops, here are the architecture patterns that separate demos from production systems.