Interview nist moodyropekgizmodo

This article will help you in providing information from the interview that the nist mathematician did with the popular website Gizmodo Interview nist moodyropekgizmodo. If you are curious about advanced technology like quantum computers this article will educate you about it. 

If you are not familiar with NIST here we go with a basic detail.

Introduction to NIST

The National Institute of Standards and Technology is the full form of NIST which is the United States Department of Commerce. NIST focuses on future advancements such as cybersecurity artificial intelligence, quantum computers, etc, which will improve our quality of life.

Nist arranges various competitions over time in which hundreds of experts are invited to participate around the globe. Encryption competition is one of them where experts are allowed to participate and the goal of which is to provide advanced algorithms that align with the upcoming quantum computer technology. This is important because the perception about quantum computers is that it’s not a difficult job for quantum computers to hack or crack our classical computer’s encryption (algorithm). In this case, we need encryption standards that resist quantum hacking and that’s what nists are searching for.

Gizmodo Interviewed Dustin Moody 

While asking some questions related to the encryptions competition, Dustin Moody answered them, and some of them were kept secret. Dustin Moody are mathematician and researcher at NIST and served as project lead at the encrypted competition. Below are the quoted sections from that interview with Gizmodo. Note that this information is also available on the official website of Gizmodo.

Challenges in Developing Quantum-Resistant Encryption Standards

“doesn’t happen over night—it takes a number of years to do.” That was the answer to Dustin Moody, maybe in response to the question about the expected time to develop advanced encryption. This highlights that developing quantum resistance encryption is not an easy and quick job instead it requires a number of years to succeed. 

Making the above sentence more clear moody shares his own research progress. He mentioned that he began leading the project in 2013, but they didn’t announce it publicly until 2016. Real work on the project only got going in 2017 when they started asking for submissions, and now, nearly five years later, it’s finally finished. Moody mentioned that it will take another year or two to create official drafts of the standards that can be shared. After that, these standards are expected to slowly become popular among major businesses and governments.

Focuses on future security 

Moody also said in an interview with Gizmodo “It probably wasn’t until around 2010-ish that cryptographers started paying more attention and doing more research to find solutions to protect against these [theoretical decryption] attacks, as progress on quantum computers started growing,”. Moody cleared that current quantum encryption is not that powerful to break or hack USA national security or any top secret. Instead, all these advancements are for future security.  

Shor’s algorithm 

In directed towards the Shor’s algorithm Moody said “We don’t have quantum computers, so we don’t know how fast they’ll be or how they’ll perform necessarily,”. “But there are certain algorithms that researchers have invented that they know will work on a quantum computer much, much faster than they do on our classical computers.”  

It shows direct evidence that quantum computers will work much faster and have more intelligence than the classical computers we have in our hands. And shor’s algorithm is its best example. 

Linking Future Computers to Cryptographic Security

“There is uncertainty in this—that’s one of the complexities that we’ve had to deal with,” Moody said. “We take quantum algorithms that researchers have developed and compute how much resources a quantum computer would need to attack perimeters at certain security levels,”.

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This simply means that understanding how a future computer might attempt to break encryption also provides insights into the level of cryptographic strength needed to protect against such attacks.


In conclusion, the interview with NIST mathematician Dustin Moody interview nist moodyropekgizmodo, as conducted by Gizmodo, sheds light on the complex and time-consuming process of developing quantum-resistant encryption standards.

Moody highlighted some of the important information regarding future quantum encryption which may have the ability to destroy today’s encryption. To be safe from such circumstances researchers and mathematicians constantly working on developing advanced encryption standards.

Frequently Asked Questions (FAQs)

Why is quantum-resistant encryption important?

Quantum computers have the potential to break conventional encryption algorithms with ease. Quantum-resistant encryption is necessary to secure our data against such threats.

What is the purpose of the encryption competition organized by NIST?

The encryption competition organized by NIST invites experts from around the world to develop advanced encryption algorithms that can withstand potential threats from upcoming quantum computers.

Who is Dustin Moody, and what role did he play in the encryption competition?

Dustin Moody is a mathematician and researcher at NIST who served as the project lead for the encryption competition.

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