

Fortinet FortiDDoS and Radware DDoS Protection Service are contenders in the DDoS protection market. Fortinet is noted for affordability and customer support, while Radware excels in its advanced features, offering a competitive choice for those seeking comprehensive protection.
Features: Fortinet FortiDDoS offers high throughput attack mitigation, automatic signature updates, and on-premise setup flexibility. Radware DDoS Protection Service features advanced behavioral algorithms, real-time threat analysis, and cloud-based deployment, providing superior protection metrics and ease of access.
Room for Improvement: Fortinet could enhance its feature set with more advanced algorithms and flexibility in deployment. Its on-premise requirement could benefit from cloud options. Radware could improve its reporting capabilities, ease the configuration complexity, and address occasional false positives from default policies.
Ease of Deployment and Customer Service: Radware’s cloud model simplifies deployment and offers 24/7 support for easy troubleshooting. Fortinet’s on-premise solution, though less costly, involves more initial setup complexity. Radware provides consistent support, making it preferable for immediate assistance needs.
Pricing and ROI: Fortinet is cost-effective, appealing to budget-conscious buyers by offering a good ROI. Radware’s higher price is justified by its advanced features and ROI through effective prevention of broader threats, making it a valuable investment for long-term comprehensive protection.
| Product | Mindshare (%) |
|---|---|
| Radware Cloud DDoS Protection Service | 6.7% |
| Fortinet FortiDDoS | 2.1% |
| Other | 91.2% |
| Company Size | Count |
|---|---|
| Small Business | 10 |
| Large Enterprise | 6 |
| Company Size | Count |
|---|---|
| Small Business | 26 |
| Midsize Enterprise | 19 |
| Large Enterprise | 35 |
Fortinet FortiDDoS provides comprehensive protection against DDoS attacks across layers 3 to 7. It efficiently minimizes false positives and is valued for real-time attack monitoring, cloud DDoS scrubbing, and multi-layer security, leveraging purpose-built ASICs for high performance.
Fortinet FortiDDoS is favored for its robust defense capabilities in DDoS detection and mitigation, supporting sophisticated security infrastructures. Its purpose-built ASICs ensure effective performance without reliance on signature-based detection. While it offers strong features like attack monitoring and cloud scrubbing, users identify challenges with its complex setup and web interface. Additionally, the need for simplified features, enhanced application traffic management, and better alerts is crucial especially when handling sensitive data. Priced competitively, it presents scalability concerns particularly in on-premises environments.
What are Fortinet FortiDDoS's key features?Fortinet FortiDDoS is widely used in internet datacenters with multiple upstreams to protect infrastructure and customers from potential threats. Companies deploy Fortinet appliances for managing network traffic and ensuring optimal performance. They rely on it for safeguarding web pages, web services, and networks while benefiting from ease of troubleshooting and effective VPN connections, critical for application-based attack defense.
Radware DDoS Protection secures networks, applications, APIs, and digital services against increasingly sophisticated Distributed Denial of Service (DDoS) attacks. It is available as DefensePro X, a physical or virtual appliance deployed on the customer’s side, and as Radware DDoS Protection Service, delivered from the cloud. It can be deployed in three ways: On-Prem, Hybrid, or Cloud.The solution combines AI powered behavioral analysis, machine learning, real time threat intelligence, and automated mitigation to detect and stop known, unknown, and zero day attacks, including burst attacks, DNS amplification, carpet bombing, IoT botnet floods, and application vulnerability exploitation. Mitigation signatures are generated automatically in real time, with no manual configuration during an attack. For TLS based attacks, sessions are inspected selectively based on detected anomalies, without decrypting all traffic.Designed to ensure business continuity, the platform continuously distinguishes legitimate users from malicious traffic, so organizations can keep their services available even during large scale, multi vector attack campaigns. Protection spans volumetric network attacks, application layer attacks, encrypted threats, bot driven campaigns, and emerging attack techniques.Product details:
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