This Linux server fights back.
Every event below is a real attack on a real production server, decided in milliseconds by an agent running inside the box. No SOC. No alerts in your inbox. No cloud watching your data. One Rust binary, awake while you sleep.
130.162.171.105production · public IP · no WAF · no human in the loopcurl -fsSL https://www.innerwarden.com/install | sudo bashssh_bruteforce + sliding-window detector. Expect: block decision within ~2 seconds, IP added to the kernel-side blocklist via XDP.ssh -o ConnectTimeout=2 -o StrictHostKeyChecking=no -o PubkeyAuthentication=no $user@130.162.171.105 2>/dev/null
done
credential_stuffing + the distinct-user-per-IP detector. Expect: a different verdict line and threat-DNA fingerprint.ssh -o ConnectTimeout=1 -o PubkeyAuthentication=no user$i@130.162.171.105 2>/dev/null
done
Live production server. One real Linux box on a public IP, defended only by Inner Warden. No WAF, no managed firewall, no human watching. Volumetric pressure trips an auto-failover to Cloudflare at the edge. Confirmed attackers get reported to AbuseIPDB and broadcast to the InnerWarden mesh in real time.
Go ahead. Try it. The agent covers 49 detectors across SSH brute-force, credential stuffing, port scanning, container escape, reverse shell, fileless payloads, ransomware, kernel rootkits, DNS tunneling, and more. Your IP gets fingerprinted (Threat DNA), correlated against the past week of activity, and may be temporarily blocked while you test. We unblock honest curiosity on request.
Put this on your server.
One command. eBPF sensor + AI agent + local dashboard. Starts in dry-run; nothing on your host changes until you flip the switch. No telemetry, no cloud control plane, no API key required.
curl -fsSL https://www.innerwarden.com/install | sudo bash