Every developer working with AI right now is quietly accumulating two things: MCP servers and agents. A server here for filesystem access, one there for a database; a scratch agent to triage issues, another to review code. It starts as a couple of useful tools. Within a month it's a sprawl — and almost nobody has a real way to manage it.
You already have this problem (you just haven't named it)
Look at your current setup. Your MCP servers (Model Context Protocol) live in a JSON config — a different one for Claude Desktop, for Claude Code, for Cursor — with no validation, so one bad entry silently breaks the lot. There's no single list of what you've installed, no record of what any tool actually did, and no fast way to tell whether a server you copied from some repo is safe to run against your filesystem.
Your agents are worse. They're half-documented scripts and one-off configs. Reproducing one on another machine is a chore. Telling whether a change made an agent better or worse is mostly vibes. Moving an agent from a cloud model to a local one means rewriting plumbing.
None of this is fatal on day one. It's a slow tax — and it compounds exactly as AI becomes more central to how you build.
Why this is about to matter a lot more
Here's the shift already underway: AI is going local. Models keep getting smaller and faster, capable open models now run on modest hardware, and the gap between "needs a data center" and "runs on my machine" closes every quarter. At the same time, agents and MCP tools are being mass-produced — spinning one up is nearly free, so people make dozens.
Put those together and the bottleneck moves. It stops being "can I run a good model" and becomes "can I manage a fleet of local agents and MCP servers without it collapsing into chaos." The developers who stay fast will be the ones who treat that fleet like real infrastructure — catalogued, validated, audited, reproducible — instead of a pile of JSON files. That capability is quietly turning into a competitive edge, and the people who build it now will be the ones shipping while everyone else is still untangling configs.
A practical way to handle it
This is the gap I built for — two local-first tools that fit together:
MCP Anvil is the gateway for your MCP servers. One local daemon hosts all of them behind a single address; every client points at one entry. You get a catalog of everything you have, one-click import of your existing configs, 64 built-in tools out of the box, and a 21-rule security audit you can run against any server before you trust it. The fragile JSON sprawl becomes one managed surface.
Agent Forge is the workbench on top. Define an agent, give it tools from your MCP setup, run it locally or against a cloud model by changing one line, and evaluate it properly before you ship. It's built for the world where you run many agents, not babysit one.
Both run entirely on your machine. Bring your own keys, or go fully local on Ollama — no telemetry, nothing phoning home.
It's yours once you buy it
No subscription, no per-seat meter creeping up every year — one purchase, and the tools are yours to keep and use on real client work. Agent Forge is source-available, so you can read it, adapt it, and fold it into your own stack under the license rather than betting your workflow on a black box you can't change. As your agent and MCP footprint grows, you're building on something you own, not renting access to it.
Where to start
If any of that sprawl sounds like your setup, the fix is the same whether you build it or buy it: one gateway for your MCP servers, one workbench for your agents, both local. If you'd rather not assemble it yourself, that's exactly what these are — one-time, local-first, with a no-card trial so you can judge the real thing → https://aiinfradecoded.com
What does your MCP and agent setup look like right now — still hand-managed, or have you found something that scales? Curious where people are landing.