LLM

The problem: MCP agents return bulky tool outputs (screenshots, DOM dumps, network traces) and quickly blow past context limits. Downstream steps stall or get fuzzy because the signal is buried. TL;DR: MCP Compact sits between your agent and MCP server, summarizes noisy tool outputs per-tool, and keeps context lean (e.g., 109k DOM -> 8.9k tokens) without changing agent code. What MCP Compact does: it sits between your agent and the upstream MCP server, forwards every tool call, and summarizes the response with an LLM. You set per-tool rules (token budget, what to preserve), and the proxy enforces them automatically. ...

Join a curious engineer’s quest into the fascinating world of Large Language Models (LLMs). From tinkering with GPUs to unraveling the mysteries of architectures like Llama2, this journey is filled with challenges, breakthroughs, and the relentless pursuit of understanding AI’s limitless potential.