Coding agents dominate the conversation, but the harness your agent needs depends on its action and context complexity. Here’s how to build for the job in front of you.
Coding Agents Don’t Need Bigger Context Windows — They Need a Context Compiler | Towards Data Science
Most coding agents treat prompt construction like retrieval: gather more files, add more context, hope the model figures it out. But that approach breaks down fast. As context grows, irrelevant code competes for attention, and when the window fills, agents start compressing their own memory—often mid-task. What looks like “forgetting” is usually just degraded context. This article explores a different approach: treating prompt construction like a compiler that decides what to keep, what to reduce, and what to discard entirely.
One of the patterns I've found particularly helpful with LLMs is the diverge-then-converge pattern. LLMs excel at both of those things separately, and when we put them together, they are an excellent tool to help us solve problems.
The Frontend Verification Gap in AI-Assisted Development
AI-assisted development has made frontend work feel much faster. A developer can ask for a form, a dashboard card, a table, a modal, or a responsive layout and
Agent-native applications are apps built so humans and AI agents can operate the same product, with the same underlying actions, data, and permissions.
Stop Getting Good at Protocols. Get Good at Agent Experience.
In 2025, if you weren't building with MCP, you weren't serious about agents. The Model Context Protocol dominated the agent conversation for the better part of
How to Dynamically Create MCP Servers with FastMCP
MCP has gained a huge amount of popularity. And for good reason, it's easy to use and can allow you to really harness the benefits of LLMs. So here's a quick MCP tip!
Dynamically create MCP servers with FastMCP by passing a REST API's OpenAPI schema to