DDoS Mitigation
Stay online during the most aggressive attacks with 10+ Tbps mitigation capacity and 3-second detection times
Multi-Layer Defense Architecture
Our DDoS protection operates at network (L3), transport (L4), and application (L7) layers simultaneously, providing comprehensive defense against volumetric attacks, protocol exploits, and application-layer floods.
Volumetric Attack Absorption
Distributed scrubbing centers across 60+ global locations absorb massive floods including UDP, ICMP, DNS amplification, and NTP reflection attacks with zero dropped legitimate traffic.
Protocol Exploitation Protection
Defend against SYN floods, ACK floods, RST floods, and TCP state exhaustion attacks with stateful inspection and connection rate limiting.
Application Layer Defense
Sophisticated HTTP flood mitigation with JavaScript challenges, CAPTCHA verification, and behavioral analysis to distinguish bots from humans.
Anycast Network
Traffic automatically routes to the nearest scrubbing center via BGP anycast, minimizing latency while filtering malicious requests.
Always-On Monitoring
Continuous traffic analysis with machine learning baseline modeling detects anomalies instantly without manual intervention.
Zero Downtime Mitigation
Automated GRE/IPsec tunnel failover ensures seamless protection activation with no service interruption or configuration changes.
Attack Types Mitigated
- UDP flood attacks (DNS, NTP, SSDP amplification)
- SYN flood and TCP connection exhaustion
- HTTP GET/POST floods targeting application resources
- Slowloris and slow read attacks
- DNS query floods and domain generation algorithm attacks
- ICMP flood and Ping of Death
- Reflected amplification attacks (Memcached, CLDAP, WSD)
- Fragmentation attacks and IP spoofing
- SSL/TLS exhaustion attacks
- WordPress XML-RPC and pingback floods
Deployment Options
Cloud Scrubbing: Route traffic through our global network for instant protection with no hardware requirements.
On-Premise Devices: Deploy physical appliances in your datacenter for low-latency local mitigation of smaller attacks.
Hybrid Model: Combine on-premise devices for sub-second response with cloud overflow capacity for large-scale attacks.
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Free attack simulation and capacity planning consultation
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