Abstract: The invention provides an advanced security methodology, the Malware Evolution for Proactive Cyber Defense. The malware evolution assessment can assess one or more malware campaigns on single or multiple organization's assets to test the security architecture. It can automatically create multiple evolved malware campaigns of a base malware scenario to test all possible attack paths employed by different variants and potential future variants of same campaign. A campaign is a series of malware behaviors defining a cyber-attack execution path.

Abstract: Current OT security solutions mostly provide defensive security involving monitoring and network segmentation. However, offensive security, proven effective in IT systems, is not easily applicable to OT systems due to its sensitive nature and high availability requirements. To conduct offensive security measures in OT networks, the concept of Digital Twins emerges as a viable solution but with limited progress in developing virtual replicas that accurately simulate real environments. Further, the process of creating such replicas is inherently complex and time-consuming, often involving extensive manual work. The present invention discloses an environment named as “Battle Twin,” a specialized playground designed for breach and attack simulations specifically designed for OT networks. Battle Twin focuses on mimicking the security posture of the underlying network rather than replicating its production or behavioral aspects.

Abstract: This invention relates to a system and method for simplifying mandatory access control policies. A central dashboard provides a single location for managing policies across multiple environments. Management features and options include: high-level language interpretation, permission tracking, grouping, compliance monitoring, machine learning and analytics, and policy tracking.