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UVA Engineering Computer Scientists Discover New Vulnerability Affecting Computers Globally


UVA Engineering Computer Scientists Discover New Vulnerability Affecting Computers Globally
In 2018, industry and academic researchers revealed a potentially devastating hardware flaw that made computers and other devices worldwide vulnerable to attack.
Researchers named the vulnerability Spectre because the flaw was built into modern computer processors that get their speed from a technique called “speculative execution,” in which the processor predicts instructions it might end up executing and preps by following the predicted path to pull the instructions from memory. A Spectre attack tricks the processor into executing instructions along the wrong path. Even though the processor recovers and correctly completes its task, hackers can access confidential data while the processor is heading the wrong way. ....

San Diego , United States , Mohammadkazem Taram , Logan Moody , Xida Ren , Ashish Venkat , University Of California , Processor Architecture Team At Intel Labs , National Science Foundation , Department Of Computer Science , International Symposium On Computer Architecture , University Of Virginia School Engineering , Defense Advanced Research Projects Agency , Virginia School , Computer Science , Dean Tullsen , Leaking Secrets , Intel Labs , International Symposium , Computer Architecture , Processor Architecture Team , National Science , Intel Partnership , Foundational Microarchitecture Research , Defense Advanced Research Projects , Sensitive Fencing ,

UVA engineering computer scientists discover new vulnerability affecting computers globally


University of Virginia School of Engineering and Applied Science
In 2018, industry and academic researchers revealed a potentially devastating hardware flaw that made computers and other devices worldwide vulnerable to attack.
Researchers named the vulnerability Spectre because the flaw was built into modern computer processors that get their speed from a technique called “speculative execution,” in which the processor predicts instructions it might end up executing and preps by following the predicted path to pull the instructions from memory. A Spectre attack tricks the processor into executing instructions along the wrong path. Even though the processor recovers and correctly completes its task, hackers can access confidential data while the processor is heading the wrong way. ....

San Diego , United States , Mohammadkazem Taram , Logan Moody , Xida Ren , Ashish Venkat , University Of California , Processor Architecture Team At Intel Labs , National Science Foundation , Department Of Computer Science , International Symposium On Computer Architecture , University Of Virginia School Engineering , Defense Advanced Research Projects Agency , Virginia School , Computer Science , Dean Tullsen , Leaking Secrets , Intel Labs , International Symposium , Computer Architecture , Processor Architecture Team , National Science , Intel Partnership , Foundational Microarchitecture Research , Defense Advanced Research Projects , Sensitive Fencing ,