Security Architecture

If you host with us, you have forgotten about security

WoneCloud does not use fail2ban, ModSecurity CRS, Snort signatures, or Cloudflare. We built our own security engine from the kernel up.

< 1ms latency

XDP Packet Filtering

eBPF/XDP programs run at the network driver level. Packets are inspected and dropped before the Linux network stack allocates a socket buffer. 10x faster than iptables. Zero overhead when idle.

60s refresh

Threat Intelligence Mesh

Six real-time feeds aggregated into a single blocklist: AbuseIPDB, AlienVault OTX, Project Honeypot, Emerging Threats, our own honeypots, and the global WoneCloud fleet. Updated every 60 seconds.

Score > 80 = instant drop

Behavioral Anomaly Detection

Not signature-based. Pattern-based. Request timing regularity, TLS fingerprint (JA3), header entropy, User-Agent rotation, and payload autoencoding all contribute to a behavioral score.

15 fake endpoints per site

Proactive Honeypot Layer

Fake endpoints deployed on every site: /OLD/wp-login.php, /backup.zip, /.git/config, /phpmyadmin, /.env.local. Attacker touches honeypot → score +50 → all requests scrutinized → silently dropped at XDP.

PHP / Node / Python

RASP — Runtime Self-Protection

Inline security hooks injected into each runtime. PHP auto_prepend_file loads WoneGuard. Node.js --require woneguard.js. Python PYTHONPATH injection. SQL injection caught INSIDE query execution.

100% isolated

Per-Site Isolation

One Linux user per site. One cgroup per site (CPU/RAM/PID limits). One PHP-FPM pool per site. One MariaDB DB + user per site. One nginx vhost per site. Warden eBPF filtering per site.

Ready to forget about infrastructure?

Join the hosting platform that protects your sites before attacks happen. Deploy your first site in under 60 seconds.