Analyze. Detect. Protect.
Hillstone Server Protection Solution
Hillstone sBDS Value Proposition
Comprehensive Server Protection
Hillstone sBDS covers a wide variety of potential threats to critical servers that contain sensitive data or run important services. Abnormal behavior detection, advanced threat detection and use of deception technology allows sBDS to discover unknown threats to enterprise assets.
High Efficacy with Low False Positives
Using advanced correlation analytics across different indicators of compromise (IoCs) allows Hillstone sBDS to detect and surface real threats without overwhelming already busy SecOps teams — improving confidence in the solution and resulting in actions that improve security.
Full Visibility into Ongoing Threats
Hillstone sBDS provides visibility into ongoing indicators of compromise (IoCs) across a wide range of threat types. In addition, sBDS provides server traffic monitoring and mapping of traffic patterns so that threat sources, or other downstream compromised systems can be easily cataloged. Built-in forensic capabilities facilitates system learning to identify the key vectors of compromise and block those in the future.
Smooth Integration with Hillstone Suite
The sBDS solution integrates seamlessly with other components of the Hillstone suite, from enabling NGFW configurations to block future attacks, to tying into CloudView and Hillstone HSM for centralized management. This leads to lower operational expense while improving security by providing a global view and status of all protected enterprise assets.
Hillstone Networks Recognized in Gartner 2020 Market Guide for Network Detection and Response for its sBDS Solution.
Featured Hillstone sBDS Resources
Recent Blog Articles
Hillstone Networks Wins 2021 CybersecAsia Readers’ Choice Award
ZTNA: A Better Way to Control Access, Boost Security
Learn more about Hillstone’s Server Breach Detection System (sBDS)
Engage with us to learn more or see a demonstration by contacting your local authorized Hillstone Networks reseller.