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“This tool allows for structured analysis, tracking and mitigation of potential security and privacy issues, based on a methodology that any software architect can lead effectively. #SDL THREAT MODELING TOOL PRO#As an integral part of the initiative, Microsoft pointed developers to the SDL Pro Network, the SDL Optimization Model and the Microsoft SDL Threat Modeling Tool 3.0 as resources necessary to increase the security of their software products. In September 2008, Microsoft announced that it planned to share not only its secure development practices but also the tools it was deploying in order to increase the level of protection for customers with developers industry wide. Emphasis of his work lies on the development of tools to model and to analyze secure and dependable software architecture of critical infrastructures, cyber–physical and distributed systems.Microsoft has made the internal security tool that helped bulletproof the Windows operating system available as a free download. Furthermore, he is an expert in model-driven development approaches both in research and teaching. #SDL THREAT MODELING TOOL VERIFICATION#He works on security, dependability, software architectures, formalization, validation and verification as well as supporting reconfiguration. ![]() His main research topics are software languages engineering, at both the foundations and application level, particularly for resource constrained systems. Then he worked as a post-doc in the modeling group at the CEA-Saclay List (France). He has been an assistant professor (ATER) at ENSEIRB (Bordeaux, France), and a member of LaBRI (France). in Theoretical Computer Science that provides him with background on mathematical, logic and formal concepts. degree in 2007 in the area of dependability in distributed computing systems from the University of Bordeaux (France). Brahim Hamid is a professor of computer science at the University of Toulouse Jean-Jaurès and he is a member of the IRIT-ARGOS team. In addition, we use model-driven engineering techniques for the development of a tool set to support our approach.ĭr. ![]() To validate our work, we explore a set of representative threats from categories based on Microsoft’s STRIDE threat classification in the context of secure component-based software architecture development. ![]() The formalized threats and security requirements are then provided as formal model libraries to foster reuse. The general idea of the approach is to: (1) specify threats as properties of a modeled system in a technology-independent specification language (2) express conditions that reveal these threats in a suitable language with automated tool support for threat detection through model verification and (3) suggest a set of security requirements to protect against detected threats. We take this problem towards an integrated approach for threat detection and treatment by means of security requirements, during the software architecture design time. Threats need to be precisely specified before a tool can manipulate them, and though several approaches for threat specification have been proposed, they do not provide the scalability and flexibility required in practice. The existence of security threats in software designs can significantly impact the safe and reliable operation of systems.
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