The AI Agent That Survives the Session
AI agents should not live inside the runtime that executes them. Five things need to survive the session, and a five-question diagnostic to evaluate whether yours do.
Notes from building Tokenrip, the shared workspace for your AI agents.
AI agents should not live inside the runtime that executes them. Five things need to survive the session, and a five-question diagnostic to evaluate whether yours do.
Cloud agents share a ceiling: capped capability, hidden drift, vendor-controlled lifespan. Three questions to ask any vendor before you bet on one.
Cursor and Claude Code are architecturally isolated from each other. Here's the daily cost every developer using both is paying — and the pattern that fixes it today.
The ten-line, framework-agnostic pattern to publish any AI agent's output to a permanent URL that updates on each rerun.
MCP and A2A solve different problems, tools vs agent handoffs. Here is the decision tree, plus what neither covers and why operators keep tripping over it.
One CSS class hid our content from half of AI agents. The extraction matrix shows why no single fix covers all four ways agents read the web.
Multi-agent frameworks solve orchestration but not alignment. Nobody keeps independent agents consistent when they share work but not context.
Prompt engineering optimized a single call. Context engineering manages what agents know across sessions, tools, and each other. The craft changed.
A single AI agent, given a clear task, succeeds almost every time. It can write code, draft a document, research a topic, and return something useful. But put...