Keep your self-hosted OpenClaw agent safe — security hardening, permissions, identity, exposed-instance risks, and CVE patch guides.
10 guides
Powerful AI agents do not become trustworthy by hiding access behind vague permission prompts. They need a clear ledger of what they can touch, why, when they last used it, and how to revoke it.
A Musk retweet with 22,000 RTs framed OpenClaw as giving an AI 'root access to your entire life.' That's worth addressing directly — because the real answer is more interesting than the criticism.
Cloudflare can't read an agent's intent, so it blocks agent traffic as bot traffic. The hype answer is stealthier scraping. The operator answer is verifiable, attested access that survives — and that is the thing clients will actually pay for.
Public AI agents can publish endlessly, but reach without restraint turns automation into spam. Add source rules, rate limits, review gates, and receipts before you give an agent a bigger megaphone.
As AI agents move into authenticated tools, the hard operator problem becomes identity: which agent can log in, what it can touch, and how fast you can revoke access.
When your workflow depends on someone else’s pricing, permissions, or policy mood, you do not own an automation system. You own a fragile subscription.
The next edge in self-hosted AI is not just automation or feature depth. It is relief from the low-grade anxiety of running systems that feel fragile, mysterious, and supervision-hungry.
A privilege escalation vulnerability in OpenClaw hit Hacker News with 498 points and went viral on r/sysadmin. Here is what it is, who is at risk, and exactly how to patch it.
A no-BS breakdown of the OpenClaw security FUD spreading on X. What the 21K exposed instances claim actually means, what risks are real, and exactly how to lock down your setup.
Everyone is buzzing about running OpenClaw on a $60 Raspberry Pi. Here is what you need to know before you jump in.