Kaspersky Anti Targeted Attack Platform

The Use

• 

  The most effective and trusted solution of its kind - PROVEN

  Kaspersky Anti Targeted Attacks platform incorporates proven approaches to advanced cybersecurity in a single solution. Powerful ML-based Network Traffic Analysis and Advanced Sandboxing work together to deliver superior detection rates. All analysis is performed completely on-site to avoid critical data or objects shared with the outside world. This approach delivers the right balance of trust and functionality for enterprise organizations with internal privacy concerns or external regulatory compliance requirements. As a result the platform delivers 100% detection rates*, with 0% false positives, eliminating the need to waste time responding to false alarms.
  *ICSA lab, Q2 2018

• 

  Automated in-house virus lab

  The all-in-one Kaspersky Anti Targeted Attack platform fully automates data collection, analysis and correlation for the entire scope of network-level advanced threats. This significantly reduces the time security teams need to spend on threat detection while improving reaction times thanks to the contextual incident representation in the single console. The platform provides a detailed analysis of a threat’s scope by identifying compromised systems, communication between local and external systems and datasets and identities affected or compromised during the attack. It facilitates active discovery of threats over proxy, Web, email and endpoint activities which may be hidden in the network.

• 

  Multi-layered Machine Learning in one technology

  Kaspersky Anti Targeted Attack platform delivers a unique machine learning engine which enables multi-layered detection scenarios with automated correlation of results in one solid core. Targeted Attack Analyzer detects over-network telemetry and objects with endpoint-level telemetry and automated detection scenarios. This innovative approach, augmented with Advanced Sandboxing, provides a unique combination of all necessary detection scenarios in a single technology.