The Executive’s Guide To Quantum Safe Security: Take these steps to make your enterprise quantum proof
The steady progress in quantum computing is resulting in exciting developments that will one day bring new capabilities to a wide range of use cases. Quantum computers can also bring new capabilities to attackers. The mathematician Peter Shor has proven that quantum computers can be used to rapidly factor large numbers into their primes in a way that will break most forms of asymmetric encryption used today. The computer scientist Lov Grover proved another algorithm that will, among other things, enable incredibly fast invalidation of another tool for security, the security hash. There are certainly other ways quantum computers will be used by adversaries, but these two methods alone are cause for serious concern. Imagine all the data your company believes is important being read by an adversary that wants to put you out of business, and imagine that adversary is operating in a location untouchable by the rule of law.
Quantum Supremacy Is Here: The History Making Quantum Computing News We Have Been Anticipating Has Now Been Reported
Months ago we began to formulate an assessment that a history-making announcement in quantum computing was about to be made. For years the big players in quantum research, including IBM, Microsoft and Google, have been pursuing different methods of using quantum effects to do new calculations. Google had even made announcements indicating they thought they could achieve history-making results in the near term. Because of all that we had been producing a series of reports aimed at making you as informed as possible on what breakthrough announcements in quantum computing could mean for your business strategy.
This guide captures key concepts and the status of major quantum computing research initiatives in a way meant to serve the needs of operational decision-makers. Our goal, inform you about the near future so you can make the right changes to your strategy today. After a review of some key quantum computing concepts we will provide an update on some of the most promising research initiatives and key use cases being explored. We then conclude with insights you can use for your strategic approach and a list of resources for further research.
The term quantum uncertainty refers to the unique property of not being able to know the direction and speed of a particle at the same time. However if you were in Washington DC area this summer quantum uncertainty could also describe the confusion of defining the quantum threat to national security and countermeasures to contain it. We imagine there may be quite a bit of quantum uncertainty in your business as well. In this post we bring a bit of clarity to this uncertainty and provide recommendations for both business strategists and government policy makers that can help prepare you for a quantum world.
A new Europol report[pdf] sheds light on the way emerging technology is shaping the cyber crime economy as well as law enforcement efforts to fight cyber crime. The research states that the use of artificial intelligence (AI) can vastly improve the success of cyber attacks and make it easier for
Director of the National Science Foundation (NSF), France Córdova believes it is important for Americans to embrace the technological innovations that research in artificial intelligence (AI), quantum computing, astrophysics and other fields will bring. In a Nextgov interview she stated that “[u]ltimately the country that succeeds the best is going
While applications of deep learning have produced impressive empirical results, the theory behind it is still poorly developed. However, a team of researchers from Intel and the Hebrew University are saying that they have made an important breakthrough that allows for a better theoretical understanding of the capabilities of deep
OODA Founders Matt Devost & Bob Gourley provide their eccentric take on emerging technology trends for 2019.
Quantum computers that will render current encryption protections obsolete will not be developed for at least another 10 years, according to a National Academies of Sciences, Engineering, and Medicine report. In spite of the significant amount of time between then and now, it also stresses the need for new cryptography
Congressman Will Hurd talks with OODA Loop about Artificial Intelligence policy and his newly released committee report calling for a national AI strategy.