July 17-19 | Tokyo, Japan
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Friday, July 19 • 11:50 - 12:30
Efficient and Effective Fuzz Testing of Automotive Linux Systems Using Agent Instrumentation - Dennis Kengo Oka, Synopsys

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Fuzz testing has become an integral part of the software development lifecycle of automotive systems where the purpose is to detect unknown vulnerabilities. While fuzzing network protocols allows to detect abnormal responses over the fuzzed protocol (e.g., malformed response or missing response), there are several issues, such as memory leaks, where the symptoms are not detectable over the fuzzed protocol itself. To identify such vulnerabilities, Dennis will present the Agent Instrumentation Framework that allows to collect information from the automotive Linux system under test (SUT). This information is used to detect exceptions on the SUT and help identify the underlying causes. To showcase the effectiveness, Dennis will highlight several examples of issues, based on results from fuzz testing of multiple SUTs, that would have not been detected unless agent instrumentation was used.


Dennis Kengo Oka

Sr. Solutions Architect, Synopsys
Dennis Kengo Oka has been involved in automotive security since 2006. Dennis received his Ph.D. in Computer Security from Chalmers University of Technology in Sweden in 2009. In the past, he has worked with Volvo Car Corporation in Sweden where he bootstrapped automotive security... Read More →

Friday July 19, 2019 11:50 - 12:30 JST
Main Hall (Floor 5F)