Microsoft, Amazon’s quantum advances make questions about the future of encryption


Microsoft’s new “Harana 1” processor is the first quantum chip authorized by a topological core based on a new class materials. (John Braser’s photo for Microsoft

In today’s Encryption, a new countdown clock has been set to new quantum computing advances, Microsoft, Amazon and Google – is now shortern.

On a lane: Those who make the current Internet to prize the internet that can be easily broken by encryption. In another path: The next generation of encryption that can stand up to post-quantum cryptography (Pixus) and quantum computers.

It is not clear that it is going to be successful in this race and is not what security and privacy will be in the Internet. But it is clear that it is coming sooner than expected.

The effective encryption depends on the algorithm, and it is not reduced. This algorithm is using the data encrypted and decrypting this algorithm to decrypt it, keep it private from everyone with keys except.

But all encryption can break enough computing force. That is why we have retrieved the Encryption Algorithm for the last 30 years. Computing power has translated that the power is not effective. The “Crypto Wars of the 1990s,” Crypto Wars “and long since the retire is now. Today the encryption is just seperate speedbump.

Recent declines from computing strengths from computer and Microsoft have computing strength that encryption will be destroyed by encryption.

On Google in December Announced “Willow”. “In February, Microsoft declared Bharma within two weeks, the All Declares Major Computing, which is fundamental approaching the different approach to today’s light years. Google’s Declaration of Google provides good context for today

Within the five minutes that the Willello has made a normal benchmark calculation in five minutes taking one Fast Super Computers 10 September (ie 1025) years – a number of the age of the universe.

Microsoft CEO wrote true Nadella Linkedin: “As some predicted, we believe that we allow us to create a meaningful quantum computer, but in years.”

These developments are significant in the basis of computer strength and actually unprecedented leaps.

We can’t understand all the unprecedented leaps, and to understand all the changes that bring this. But in a few years, we can see a thing clearly in any respect to Google, Google, to continue Microsoft: In a few years, computational power will be available in some seconds.

This means that today’s encrypted information for tomorrow’s quantum computers will be merely seconds or less. When Quantum computing is easily accessible, you can read all your encrypted information.

Fortunately, there was the expectation of this incident. This works from the National Institute of Standards (Nisto) since 2016 Post-Qualum Cryptography Project. Nira is important in encryption to the history of our industry and is making progress in this project. In August, NISH Deliver Its first three finalist Quantum Encryption Standards.

Not only is Microsoft, Aws and Google today not only work, but also activates the work on the post-quantum cryptography’s solution.

All three are updated updates on the work provided, and your job and your work is provided to develop and deploy pixy. Google’s announcement was in August; Microsoft in September; Aws in December. It is new, giving birth to recent hardware developments, but the scope of this size is shown all the wide and deep commitments of this size. This is a good thing.

But there is no vast depiction of receiving encryption standards. There is a very long road ahead of your online banking app to protect your information on your online banking app. In technology, the Devil is deployed in the depth of the Devil. This is always the “last miles” in regular people. Historically, it has been taken years to get the new encryption of the New Encryption.

That is why we are now entering a race. Everyone in technology needs to be engaged and today needs to start thinking about Pixi today. Startups need to be started “We’re going to handle a part of their plans and now design decisions now.

The two troops of the industry apply here. First, it is easy to breaker than building. Second, encryption is easy to squeeze and not squoot. This is effectively encrypted against quantum computing, it is going to work hard. The job to start now.

This is the latest developments that the way forward moves forward to the encryption is very quick and very quick. Today’s Encryption Quantum Computing is facing the longer destination. The companies without quickening companies will be caught in the level event in that extinction.



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