DDoS attacks attempt to bring down and infiltrate Web sites by flooding the site's origin server with bogus requests, often from multiple locations and networks. If allowed to proceed unchecked, this DDoS attack traffic can produce results ranging from slow page loads to a complete blockage of legitimate site traffic.
These types of attacks can originate from a variety of sources, including 'hacktivists,' for-profit hackers, state-sponsored hacking groups, and others. In many cases, DDoS attacks leverage the force multiplication advantage of 'botnets,' essentially armies of computers that are penetrated and recruited to generate attack traffic unbeknownst to their own user or administrator.
DDoS Mitigation
DDoS attack detection and mitigation plan for the growing number of DDoS attacks and massive, given that a significant event. In response to a DDoS attack large enough to large-scale infrastructure construction is virtually impossible, since the solution of Kona Site Defender faster across nearly every industry by the owners of web properties being deployed. Kona Site Defender cloud-based solutions offer built-in scalability and global reach of the most common types of DDoS attacks, as well as attacks against Web applications (SQL injections , cross-site scripting, etc.) and direct-vent defense against attacks.
How Kona Site Defender Blocks DDoS Attacks
Kona Site Defender mitigates DDoS attacks by absorbing DDoS traffic targeted at the application layer, deflecting all DDoS traffic targeted at the network layer such as SYN Floods or UDP Floods, and authenticating valid traffic at the network edge. This built-in protection is "always on", and only Port 80 (HTTP) or Port 443 (HTTPS) traffic is allowed. Bursting fees can be capped so users are protected from DDoS traffic running up service fees, and flexible working maximizes offload from origin.
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