Four Different Levels of Service to Fit Your Budget and Needs
- Incident Response: Low cost, 7 day subscription, activated after the onset of a security event
- Monthly: 30-day subscriptions to proactively protect your site during special events and anticipated traffic surges
- Assurance: Preparation up-front for potential attacks over a 12-month subscription
- Premium: Customized 12-month solutions for complex configurations with dedicated firewalls and load-balanced servers
How It Works
TIER 1: Network-Level Traffic Monitoring & Analysis
The service starts by monitoring all traffic entering Rackspace network. Sophisticated Intrusion Detection technology, capable of handling
over 30 million packets per second, examines each and every incoming packet for signs of malicious activity. Meanwhile, Cisco NetFlow
statistics perform granular traffic analysis of source and destination IP addresses, protocol information, flow information, and traffic
volume. Rackspace DDoS Mitigation Services report this information to Rackspace Network Operations Center (NOC) experts, who use it to make
routing decisions for best performance and to provide information on the attack type, source, protocol, and duration to any affected
customers.
TIER 2: Server-level Anomaly Detection
The service also searches for anomalies on a per-server basis. It does this 2 ways. The Premium offering analyzes your server's traffic
patterns to learn about "normal" network behavior and combining the results with port usage information to create a profile of your server's
usual traffic. The service then monitors the traffic on your server, constantly comparing it to this profile and looking for unusual behavior.
If it detects an anomaly, the malicious traffic is immediately filtered and blocked. The other Rackspace DDoS Mitigation Services offerings
use a standard profile to determine any anomolies.
TIER 3: Traffic Filtering & Re-Routing
Finally, if malicious activity is detected, the service acts quickly, routing suspicious traffic through a "sanitation engine", which uses
multiple DDoS detection methods to filter out and divert malicious traffic. All legitimate traffic is then forwarded to the intended
destination servers, which are able to serve clients entirely unaffected by the ongoing DDoS attack.