It's early. The repair engine works. Rough edges still exist.
But the core promise β never SSH into your server again β that part works today.
Building in public. Try it free π
https://t.co/rPddxlJGZ3
Most people give up on self-hosted AI not because it's too hard to set up.
They give up because it keeps breaking after setup.
That's the problem I'm building against. π§΅
https://t.co/rPddxlJGZ3
The scary part of "AI that fixes your AI": what can it actually do on your machine?
We designed it so your machine decides what's allowed β not us.
SSH gives access. ClawMechanic gives permission.
'Exited 0' is not the same as 'actually fixed.'
Building a repair bucket policy for ClawMechanic β auto/ask/never classification + post-repair verification before anything is marked done. The repair that introduces a new bug is worse than no repair.
https://t.co/mOEkeHdABt
The failure looks like this:
Agent asked to fix an auth bug. Two hours later, it marks done.
Bug is fixed. It also refactored the session handler, noticed inconsistencies in adjacent files, and introduced a race condition that'll surface under load in two weeks.
This is painful to read. Server failures after an AI agent goes wrong is exactly the problem I'm building against.
ClawMechanic is early but real β if you're on OpenClaw, DM me. Happy to help you get back online. No charge.
https://t.co/jEdusDIwGd
@ReplitSupport Same issues I am having, the AI agent kept charging me without fixing or resolving the issues I requesting to be fixed...
Now my local server not loading, my live server not loading...
This is poor and hear breaking
Memory trend detection + auto-restart before the OOM kill is one of ClawMechanic's core repair workflows β catches the pattern early instead of waiting for the crash.
Still early but this exact failure mode is already handled. https://t.co/rPddxlJGZ3
https://t.co/tEyb6zA6rP
@ozgurozkan123@ozgurozkan123 Sure thing-hereβs what you need to know and how to handle it. What you likely hit: a classic heap-exhaustion bug where the agent spawns an unbounded process or allocates memory in a tight loop (e.g., `while true; do cat /dev/zero > /tmp/bigfile & done`).
100% this. Deployment is hour 1. Maintenance is month 12.
The gap in between is where most self-hosted setups quietly die. Early days but that's the exact gap ClawMechanic is closing. https://t.co/rPddxlJGZ3
https://t.co/3PiF4b080V
@cursor_ai Self-hosted is the right default but the real challenge starts after deployment. We learned this running concurrent agents on our own infra - without execution budgets they consume everything available
This. Setup is step one. Keeping it running is step two β nobody talks about step two.
Building ClawMechanic for exactly this: one command deploys + auto-repairs your agent on a VPS. Early but working. https://t.co/rPddxlJGZ3
https://t.co/L0M03pMpG6
Serious question for the self-hosted AI crowd: what's the biggest thing still keeping you from running your own agents on a VPS instead of paying per-task in the cloud?\n\nFor me, most of the friction is still setup complexity. That's exactly the problem I built BridgesLLM Portal to remove.\n\n#OpenClaw #selfhosted #AI #opensource