Fortinet FortiGate and Hillstone T-Series compete in the firewall solutions category. Fortinet FortiGate is more cost-effective with better support, while Hillstone T-Series has superior features and higher overall user satisfaction.
Features: Fortinet FortiGate is valued for its high throughput, robust security capabilities, and consistent performance. Hillstone T-Series offers advanced threat detection, comprehensive security policies, and flexible deployment options. Hillstone T-Series stands out for its advanced features and adaptability.
Room for Improvement: Fortinet FortiGate needs enhanced reporting and simplified configuration management. Hillstone T-Series requires better documentation and more frequent software updates. Fortinet focuses on user manageability, while Hillstone identifies documentation as a critical shortfall.
Ease of Deployment and Customer Service: Fortinet FortiGate is known for its straightforward deployment and responsive customer service. Hillstone T-Series is also easy to deploy but receives mixed feedback on support responsiveness. Fortinet FortiGate is preferred for deployment efficiency and customer service reliability.
Pricing and ROI: Fortinet FortiGate is noted for its competitive pricing and perceived value. Hillstone T-Series users accept a higher cost due to its advanced features, resulting in a balanced ROI. Fortinet FortiGate is more budget-friendly, yet Hillstone T-Series is considered a worthwhile investment due to its capabilities.
Fortinet FortiGate enhances network security, prevents unauthorized access, and offers robust firewall protection. Valued features include advanced threat protection, reliable performance, and a user-friendly interface. It improves efficiency, streamlines processes, and boosts collaboration, providing valuable insights for informed decision-making and growth.
Hillstone’s T-Series intelligent Next-Generation Firewall (iNGFW) uses three key technologies to detect advanced attacks and provide continuous threat defense for today’s networks. First, it uses statistical clustering to detect unknown malware, leveraging the patented Hillstone Advanced Threat Detection engine (ATD). Second, it uses behavioral analytics to detect anomalous network behavior, which is based on the Hillstone Abnormal Behavior Detection engine (ABD). Finally, it leverages the Hillstone threat correlation analysis engine to correlate threat events detected by disparate engines – including ATD, ABD, Sandbox and other traditional signature-based threat detection technologies – along with context information to identify advanced threats.
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