Government Needs to Move on Post-Quantum Cryptography, Now
Quantum computing wiil have the power to break existing data encryption, and the threat is right around the corner.
Quantum computing wiil have the power to break existing data encryption, and the threat is right around the corner.
Someday, quantum computers will be powerful and reliable enough to render traditional encryption obsolete. But agencies can move forward with mitigation strategies today.
In Tampa, GIS technology was used to model hazardous traffic corridors. With pedestrians especially at risk of death and injury, leaders wanted to find root causes and design solutions with equity in mind.
Quantum computing offers great promise but also great risk, and current encryption standards are especially vulnerable to the quantum threat. There are actions that agencies can take today, however, to safeguard their systems.
A quantum expert at the National Institute of Standards and Technology offers thoughts on where quantum computing is today and what impacts it will have.
There’s no easy way to explain quantum computing without getting deep into the kind of math that only quantum physicists understand. But here’s a brief overview that makes quantum computing understandable for the rest of us.
Quantum computing offers much potential, including the ability to break current encryption algorithms that protect data. The good news is that there are solutions.
Low-code platforms aren’t necessarily the domain of your senior programmers. It makes sense to use junior programmers and business analysts to implement this new technology.
Discover how your agency can get the technical details of zero trust right by including network segmentation.
This blurb describes discoveries by Wind Creek Hospitality (WCH) during its tech modernization journey.