FEATURES

Appliances (TDS) for Maximum Efficacy

  • Gigabits, to Hundreds of Gigabits, of Protection
  • Line-rate Inspection Performance for In-Path Deployment
  • Deploy on every ingress path to gain full coverage
  • Inspects Every Packet, for Maximum Efficacy
  • Direct Mitigation of Detected DDoS Packets

Infrastructure (TDD) for Maximum Scale

  • Hundred Gigabits, to Tens of Terabits, of Protection
  • Sampled Mirror Inspection for Unprecedented Scale
  • Deploy centrally, leverage existing edge routers for full coverage
  • Inspects Sampled Traffic for Scale and Ease of Deployment

Custom Protection

  • Flex-Rules – Programmable filters using the Berkeley Packet Filter (BPF) syntax with Corero enhancements
  • Smart-Rules – Patented high-performance heuristicsbased engine that automatically detects & blocks volumetric DDoS attacks, including zero-day
  • Botnet protection
  • IP Address, Country and AS Number Block/Allow Lists
  • TCP/UDP port-based attacks
  • Rate Limiting Policies
  • Cloud Mitigation and RTBH signaling

Volumetric DDoS

  • TCP Flood
  • UDP Flood
  • UDP Fragmentation
  • SYN Flood
  • ICMP Floods

Reflective Amplification DDoS

  • NTP Monlist Response Amplification
  • SSDP/UPnP Responses
  • SNMP Inbound Responses
  • Chargen Responses
  • DNS
  • Connectionless LDAP (CLDAP)

BENEFITS

SmartWall TDS

SmartWall leverages data analytics to deliver sophisticated and comprehensive visibility, reporting and alerting capabilities for clear, actionable intelligence on the DDoS attack activity happening across the network. 

SmartWall fills the protection gap, by not only blocking the large volumetric attacks commonly associated with DDoS, but also detecting and surgically blocking the more common and smaller attacks which use the same vectors – many of which are too small or short in duration to be mitigated by legacy solutions

SmartWall leverages data analytics to deliver sophisticated and comprehensive visibility, reporting and alerting capabilities for clear, actionable intelligence on the DDoS attack activity happening across the network.

Automated DDoS response from Corero significantly decreases human intervention and false positives for reduced operational costs and lowest TCO.

Automatically mitigates a wide range of DDoS attacks, without operator intervention, maintaining full connectivity to avoid disrupting the delivery of legitimate traffic – stopping attacks faster.

Enhances cloud-only solutions with highly accurate, real-time, on-premises protection.

Physical or virtual appliance flexibility in-line, or in-datapath, at the edge, or out-of-band scrubbing with flow-based detection that redirects attack traffic for mitigation.

Hosting Providers, MSPs, MSSPs and ISPs can enhance security service offerings by delivering real-time automatic DDoS protection as-a-service to their customers with upstream signaling capabilities enabling them to protect their customers without “blackholing” or disrupting legitimate traffic.

Always-on traffic inspection and real-time mitigation enforces security policies that prevent volumetric layers 3-7 DDoS attacks for both IPv4 and IPv6 traffic.

 

Smartwall TDD

SmartWall leverages big data analytics to deliver comprehensive visibility, reporting and alerting capabilities for clear, actionable intelligence on the DDoS attack activity happening across the network.

SmartWall fills the protection gap, by not only blocking the large volumetric attacks commonly associated with DDoS, but also detecting and surgically blocking the more common and smaller attacks, many of which are too small or short in duration to be detected by legacy solutions.

Good traffic is able to flow uninterrupted, enabling services and applications to stay online, while DDoS traffic is surgically blocked before it has the chance to cause any damaging effects.

Reduced Operating Costs Automated DDoS response from Corero ties together attack events, significantly reducing human intervention and false positives for reduced operational costs and lowest TCO.

60 Billion Packets per Second

Juniper MX Series Routers (Junos OS 17R4, or later)