Abstract: This invention relates to a computer-implemented threat modeling system, designed to enhance cybersecurity processes. The system comprises a threat modeling engine linked with a user interface module, capable of processing electronic input data and generating digital representations of threat scenarios. It includes a database system for storing crucial data, such as user input, generated threat scenarios, and mitigation strategies, an artificial intelligence module that employs machine learning and natural language processing to autonomously generate threat scenarios, a collaboration module to facilitate interactive exchanges among users with capabilities for real-time communication and secure sharing of threat models. Additionally, it incorporates a methodology and framework selection module for applying various threat modeling methodologies and frameworks. An integration module enables interfacing with external systems for data import and export, enhancing the accuracy of threat modeling.

Abstract: This invention relates to a computer-implemented threat modeling system, designed to enhance cybersecurity processes. The system comprises a threat modeling engine linked with a user interface module, capable of processing electronic input data and generating digital representations of threat scenarios. It includes a database system for storing crucial data, such as user input, generated threat scenarios, and mitigation strategies, an artificial intelligence module that employs machine learning and natural language processing to autonomously generate threat scenarios, a collaboration module to facilitate interactive exchanges among users with capabilities for real-time communication and secure sharing of threat models. Additionally, it incorporates a methodology and framework selection module for applying various threat modeling methodologies and frameworks. An integration module enables interfacing with external systems for data import and export, enhancing the accuracy of threat modeling.