DDoS attacks are increasingly being used by malicious actors as a smoke screen to cover up data breaches and for extortion,” said Jeff Wilson, senior research director of cybersecurity technology for IHS Markit, a global business information provider. “Today’s enterprises need smart, scalable hybrid DDoS defenses that cost-effectively leverage the best of on-premises security for deep inspection and the power of the cloud for massive scalability.
CLOUD SCRUBBING ALONE IS NOT ENOUGH
Cloud scrubbing services are critical for data centers when attacks grow past their internet capacity. Once a DDoS attack reaches this critical point, traffic swings can be disruptive and costly. Furthermore, cloud services only achieve partial DDoS resilience, because data centers must also continue to defend their infrastructure from within.
Identifying slow but deadly malicious traffic requires on-premise contextual awareness of the network, applications, and normal user behavior. Upstream scrubbing services are largely black boxes to the subscriber. These services are limited in their ability to provide full spectrum attack protection.
DDoS Defense demands a hybrid approach of context-aware and surgically precise on-premise defense with cloud scrubbing for volumetric attacks is the most effective and cost-efficient solution to defeat modern, sophisticated DDoS attacks. Worse still - organizations must pay for all the malicious traffic.
Availability & Control
#1 EASY NETWORK INTEGRATION
Integrate hybrid DDoS defense into your network quickly and easily with full BGP and DNS cloud redirection support.
#2 SCALE FOR VOLUMETRIC ATTACKS
Never fall victim to a lack of scale again. Our service is backed by purpose-built, globally distributed scrubbing centers scaled to handle the largest known DDoS volumetric attacks.
DDOS SCRUBBING SERVICE SUPPORT
DDoS Protection Cloud Scrubbing is delivered as a service orchestrated by A10 DDoS Security Incident Response Team. A10 DDoS Security Incident Response Team provides 24-7 support and orchestrates on-demand traffic diversions utilizing DNS or BGP announcements.