According to the latest reports, a group of researchers from the University of Michigan in the United States has recently claimed that they have managed to develop the world’s first unhackable processor, MORPHEUS.
This all-new unhackable processor can execute data encryption operations so fast that its algorithms change more quickly than a hacker can act against them; hence, it provides much greater security than the current processors’ defense mechanisms.
Meet The World’s First Unhackable Processor
A group of researchers from the University of Michigan in the United States has claimed that they have developed the world’s first unhackable processor, MORPHEUS.
This all-new unhackable processor can execute data encryption operations so fast that its algorithms change more quickly than a hacker can act against them; hence, it provides much greater security than the current processors’ defense mechanisms.
Also Read: How to Check What Kind of Processor your Android Device Have
If anything could stand out, the last year, 2018, was the significant number of serious vulnerabilities discovered in the processors of AMD and, especially, Intel. The well-known flaws like Meltdown, Specter, and, more recently, PortSmash and SPOILER have driven the researchers of both companies crazy in their attempt to solve them.
However, a team of scientists from the University of Michigan, led by Todd Austin, has just presented its new architecture for processors, called MORPHEUS, which is capable of blocking attacks on the processor of the devices where it is mounted.
For this, the processor can change certain aspects of its architecture completely and randomly so that attackers never know what they are trying to access accurately. But, more importantly, MORPHEUS can do this job exceptionally quickly and with low resource consumption.
The key to the security is that the all-new MORPHEUS processor wants to provide” provide the process” or processes s certain specifics of its code known as “undefined semantics”. This component simply refers to the program code’s location, size, and content.
Hence, if any case, if an attacker wants to use these data, which are usually fixed, they will not be able to locate them permanently, as 50ms later, they will have changed to other values. This rate of code reordering is several times higher than the most modern and powerful hacking techniques used today with current processors.
The MORPHEUS architecture was installed, for a demonstration, in a processor with RISC-V architecture, an open-source chip used extensively in “the development” nt of prototypes. With this processor, MORPHEUS underwent “Control-Flow” attacks, one of the most aggressive techniques used by hackers in the world. And it managed to overcome all the episodes that were carried out with complete success.
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As expected, the ratio of impaired processor architecture code has a cost in resources of the system. However, scientists have developed MORPHEUS and claimed that the cost of such help is only 1%, and the speed with which the code becomes random can be varied, depending on what the processor is going to be used for.
This also includes an attack detector, which analyzes when one of these could occur and accelerates the speed based on this data.
