How Netscout Arbor Edge Defense Protects Organizations Against DDoS Attacks
AED is positioned on the network edge to provide "an inline, always-on, first and last line of defense," Netscout stated. It uses stateless packet processing, global threat intelligence and adaptive DDoS defense technology to stop DDoS attacks and outbound communication from compromised devices communicating with threat actor command and control (C2) infrastructure. With AED, organizations can screen incoming and outgoing network traffic to block DDoS attacks and other cyber threats, Netscout said. In doing so, they can minimize the load on firewalls, load balancers or virtual private network (VPN) concentrators and stop malware from spreading across their networks.In addition, AED blocks outbound communications sent from compromised internal devices to sites run by bad actors, Netscout said. In the event of a large volumetric DDoS attack, AED utilizes cloud signaling that integrates with cloud DDoS protection providers to coordinate a response between cloud-based volumetric protection and on-premise adaptive DDoS attack protection.Scott Iekel-Johnson, Netscout's AVP for DDoS and threat intelligence, commented on AED's Adaptive DDoS Protection and how it helps organizations keep pace with evolving cyber threats:"As cyber threats become more sophisticated and dynamic, IT teams need to out-smart bad actors with the ability to adapt and surgically block unwanted traffic at the network edge... With AED's Adaptive DDoS Protection, enterprises can take advantage of our DDoS attack expertise and minimize unnecessary workloads that force expensive upgrades with an always-on product that can scale to protect every edge from a single pane of glass."