Compare A10 Defend Threat Control vs. SecLytics Augur

A10 Defend Threat Control is a SaaS component within the A10 suite. It offers a DDoS attack map in real-time and a proactive, detailed list DDoS weapons. A10 Defend Threat control is unlike other tools that are available today, which provide convenience but at the expense of false positives or false negatives. It provides insights into attackers and victims, analytics and vectors, trends and other characteristics. This helps organizations establish a stronger security posture by providing actionable insights that block malicious IPs who can launch DDoS attacks.

Traditional Threat Intelligence Platforms (TIPs) notify you of dangers only once they are already attempting to breach your network. In contrast, SecLytics Augur employs machine learning to analyze the patterns exhibited by threat actors, thereby constructing detailed profiles of adversaries. This innovative system forecasts the development of attack infrastructure and accurately predicts potential assaults with minimal false positives, often before they occur. The insights gained from these predictions can be seamlessly integrated into your Security Information and Event Management (SIEM) system or managed security service provider (MSSP) to facilitate automated threat blocking. Augur continually manages and assesses a database of over 10,000 adversary profiles, with fresh profiles being introduced on a daily basis. By anticipating threats before they officially manifest, Augur effectively neutralizes the element of surprise that attackers often rely upon. Unlike conventional TIPs, Augur is capable of uncovering and safeguarding against a broader array of potential threats. Furthermore, it adeptly detects the establishment and accumulation of cybercriminal infrastructure online prior to an attack, as the patterns exhibited during infrastructure setup are both systematic and distinctive. This proactive approach not only enhances security measures but also empowers organizations to stay ahead of emerging cyber threats.