AI tool comparison
farmer vs tldr MCP Gateway
Which one should you ship with? Here is the side-by-side panel verdict, pricing read, reviewer split, and community vote comparison.
Developer Tools
farmer
Approve AI agent tool calls from your phone — swipe to allow or deny
75%
Panel ship
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Community
Paid
Entry
farmer is an npm package that intercepts tool-call permission requests from AI coding agents and routes them to a mobile-friendly dashboard. Instead of watching a terminal scroll as Claude Code or another agent quietly runs shell commands, you get a swipe-card view on your phone where each pending tool call shows the command, its arguments, and the agent's reasoning — and you approve or deny with a swipe. The architecture is deliberately simple: farmer acts as a hook in the agent's tool-call loop, holds execution until you respond, then forwards your decision back. It ships with a Claude Code adapter out of the box and a documented adapter interface for other agents. The mobile UI is a PWA, so there's nothing to install — just navigate to the local server address in Safari or Chrome. For developers running long agentic sessions — overnight refactors, automated test generation, or repo-wide migrations — farmer fills a real gap. Current tools either block the terminal or run with blind trust. farmer offers a middle path: human-in-the-loop control without requiring you to be physically at your machine.
Developer Tools
tldr MCP Gateway
Shrink 41+ MCP tool schemas by 86% before they hit your model
75%
Panel ship
—
Community
Paid
Entry
tldr is a local proxy that sits between your AI coding harness and upstream MCP servers, solving one of the most underappreciated problems in agentic workflows: context bloat from tool schema proliferation. When you connect GitHub MCP, filesystem MCP, and a few others, you can easily be sending 24,000+ tokens of tool schemas to the model before any work begins. Instead of passing all those schemas directly, tldr exposes exactly five wrapper tools to the model: search_tools, execute_plan, call_raw, inspect_tool, and get_result. The model learns which underlying tools exist on-demand through search_tools, then calls them through the proxy. GitHub MCP's 24,473-token schema surface compresses to 3,482 tokens — an 86% reduction. Output responses are further compressed through field stripping, a 4,096-token cap, and a 64KB byte limit. This is a genuinely practical solution for power users running multi-MCP setups who've noticed degraded performance as their tool count grows. The tradeoff is one extra hop of indirection, but the token savings pay for themselves in improved model attention and lower API costs.
Reviewer scorecard
“This solves the exact anxiety of kicking off a Claude Code session and then walking away. The swipe-card mobile UI is well thought out — you can do a quick code review of the pending command right from the notification. The adapter interface is clean enough that I could wire it to my own agents in an afternoon.”
“This solves a real problem I've hit personally — when you connect enough MCP servers, you're wasting a quarter of your context window on tool definitions before a single line of code is written. The five-wrapper-tool approach is elegant and the compression numbers are concrete and reproducible.”
“The security model is concerning: you're routing tool-call details through a local WebSocket server that's exposed to your network. Anyone on the same WiFi can potentially see (or intercept) pending commands. There's no auth on the dashboard in v0.1. Fix that before using this on anything sensitive.”
“This is a workaround for a problem that MCP server authors and model providers should fix natively. Adding another proxy layer to your local development setup increases debugging complexity, and the 4,096-token output cap could silently truncate important data from tool responses.”
“Human-in-the-loop approval is going to become a compliance requirement for agentic AI in enterprise settings. farmer is ahead of the curve — the patterns it's establishing for mobile-first agent oversight will likely influence how official agent SDKs handle permission gating.”
“Schema proliferation is becoming a real scalability ceiling for agentic systems. tldr's dynamic tool discovery approach — where the model learns which tools exist on-demand — hints at how future agent routing layers will work at scale across hundreds of specialized MCP endpoints.”
“I run AI agents to manage my content pipeline and frequently can't be at my desk. The idea of approving file writes and API calls from my phone while I'm at a coffee shop is exactly what I've wanted. The activity feed is a nice touch for auditing what ran while I was away.”
“For anyone using AI agents to manage creative workflows across multiple platforms, the context savings translate directly to more coherent, focused outputs. Less schema bloat means the model spends more attention on your actual task.”
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