Continuous improvements have been made to Windows and other Microsoft products over the past decade that have made it more difficult and costly to exploit software vulnerabilities. The various mitigation technologies that have been created as a result have played a key role in helping to keep people safe online even as the number of vulnerabilities that are found and fixed each year has increased. In this presentation, we'll describe some of the new ways that Microsoft is tackling software security and some of the new mitigation improvements that have been made to Windows 10 as a result. This talk will cover a new data driven approach to software security at Microsoft. This approach involves proactive monitoring and analysis of exploits found in-the- wild to better understand the types of vulnerabilities that are being exploited and exploitation techniques being used. This category of analysis and insight has driven a series of mitigation improvements that has broken widely used exploitation techniques and in some cases virtually eliminated entire classes of vulnerabilities.
In this presentation, we'll share more details on how this analysis is performed at Microsoft, how it has helped drive improvements, and how we have measured the success of those improvements. This presentation will also describe Microsoft's unique proactive approach to software security assurance which embraces offensive security research and extends traditional "red team" operations into the software security world. This approach replaces traditional software security design and implementation reviews with a true end-to-end simulation of attacks in the wild by spanning vulnerability discovery, exploit development, and mitigation bypass identification. This approach enables Microsoft to concretely evaluate the effectiveness of mitigations, identify gaps in protection, and provide concrete metrics on the cost and resources required to develop an exploit in a given scenario. In other words, this provides concrete data to help Microsoft be proactive about making holistic platform security improvements rather than simply waiting and reacting to what we see attackers do in-the-wild. In order to help drive these points home, this presentation will describe a number of mitigation improvements that have been made in Windows 10 and the upcoming Windows 10 anniversary edition. We will show how these improvements were supported by the above methods and what impact we expect these improvements to have going forward. This portion of the presentation can be seen as a follow-on to our "Exploit Mitigation Improvements in Windows 8" presentation which was given at Black Hat USA 2012.
Matt Miller is a security engineer working for the Microsoft Security ResponseCenter (MSRC) where he focuses on studying trends and driving improvementsinto Microsoft's products that help eliminate vulnerabilities and make it moredifficult to exploit them
David Weston is a Security Engineer the Windows Enterprise and Security teamat Microsoft. He has worked on threat intelligence, mitigation design,penetration testing, security design review, and other security activities aspart of the Windows security team since Windows 7.