Loom
Built for local agent execution where approval, budget, memory receipts, channels, and proof routes stay inspectable.
This page is runtime-first. It compares Loom directly with the open systems serious builders actually mention: OpenClaw, OpenFang, IronClaw, TEMM1E, Goose, OpenHands, CrewAI, and LangGraph.
This is the least misleading single frame: upward means more governance pressure, rightward means more breadth, and the lower-right corner is where persistent local agency tends to live.
Best when the runtime decision changes because receipts, sanctions, budget gates, and inspectable operator truth matter.
Best when the operator is really optimizing for breadth, companion feel, or coding-platform surface area.
Best when the buyer mostly wants orchestration primitives or dense runtime packaging.
Best when the operator wants memory-heavy local agency, engineering ergonomics, or secure local-assistant feel.
This is the fast read, not a benchmark lab. The point is to show where Loom still has to earn its place as a runtime choice.
Built for local agent execution where approval, budget, memory receipts, channels, and proof routes stay inspectable.
Win when breadth, coding presence, and big product surface matter more than governed runtime truth.
Win when the conversation is mostly about orchestration power, framework gravity, or one-box runtime density.
Win when memory density, secure local assistant feel, or engineering-task ergonomics matter most.
Pick Loom when the runtime decision changes because you need receipts, authority, budget gates, sanctions, and an honest local boundary.
Pick OpenClaw or OpenHands when the real ask is feature breadth, coding environment presence, or companion surface.
Pick OpenFang, CrewAI, or LangGraph when orchestration infrastructure is the center of gravity.
Pick IronClaw, TEMM1E, or Goose when persistent local operator feel matters more than institutional governance.
Read the runtime, not the doctrine.
Install Loom See the live Loom-backed demo Read the boundary note