Known for its intuitive GUI and rapid response, Arbor DDoS defends against complex DDoS threats using AI-driven anomaly detection and traffic categorization. It offers packet capture, robust reporting, and deployment flexibility, helping users maintain network stability and performance. While improvements in auto-mitigation, interface modernization, and scalability are needed, its hybrid protection approach efficiently secures networks for service providers and enterprises.
What are the key features of Arbor DDoS?
- User-friendly GUI: Simplifies DDoS attack monitoring and management.
- Real-time traffic visualization: Allows continuous analysis of network traffic.
- BGP support: Facilitates secure routing for network infrastructure.
- AI-driven anomaly detection: Identifies unusual traffic patterns promptly.
- Automated threat response: Executes fast mitigation strategies.
- Hybrid protection: Combines cloud and on-premise defenses.
Which benefits and ROI should users consider?
- Effective DDoS mitigation: Enhances network uptime and resilience.
- Large traffic processing: Handles high volumes without latency.
- Flexible deployment: Adapts to different operational environments.
- Comprehensive reporting: Provides insights into network security status.
- Scalability: Supports growth in network demand and complexity.
Internet Service Providers and managed service providers utilize Arbor DDoS to secure network infrastructure and service availability. It's implemented in government and finance sectors for safeguarding customer websites and managing server traffic thresholds. Organizations deploy Arbor DDoS both on-premise and via cloud for extensive network protection.
Arbor DDoS was previously known as Arbor Networks SP, Arbor Networks TMS, Arbor Cloud for ENT.
