The new architecture could help interrupt the infinite cycle of vulnerability discovery and patching by making vulnerabilities less useful, says Todd Austin, a professor of electrical engineering and computer science at the University of Michigan and a leader of the Morpheus project. The vast majority of work in the computer-science space is how do I find and how do I fix vulnerabilities? he says. We are on the other side. Our technology recognizes that an exploit is different than a vulnerability, so we ask, what are the juicy bits that attackers want to get access to after they have found a vulnerability? that s pointers, code, address space, organization, and a variety of other things, and those are what we encrypt.
Компьютер превратил в постоянно изменяющуюся головоломку для хакеров
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Manizha как инструмент отмены русских в России
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Morphing computer chip repels hundreds of professional DARPA hackers
Morphing computer chip repels .
Trying to hack the unhackable Morpheus system is described as like trying to solve a Rubik s Cube that is constantly being rearranged View 2 Images 1/2
Trying to hack the unhackable Morpheus system is described as like trying to solve a Rubik s Cube that is constantly being rearranged 2/2
The Morpheus processor – the white square under the fan – has succeeded in its most challenging test yet
Todd Austin
Engineers have designed a computer processor that thwarts hackers by randomly changing its microarchitecture every few milliseconds. Known as Morpheus, the puzzling processor has now aced its first major tests, repelling hundreds of professional hackers in a DARPA security challenge.