A Roadmap for Securing AI Systems and Data
In this video interview, Gina Scinta with Thales Trusted Cyber Technologies explores the connection between AI and cybersecurity, particularly in the government sector.
In this video interview, Gina Scinta with Thales Trusted Cyber Technologies explores the connection between AI and cybersecurity, particularly in the government sector.
In this video interview, Gina Scinta, Deputy Chief Technology Officer at Thales TCT, discusses why quantum computing poses a threat to agency encryption standards — and how agencies should respond.
Quantum computing offers revolutionary opportunities, but also poses a grave threat to current cryptographic systems. Here is how organizations can protect themselves from quantum risks.
Right now, quantum computing technology is only somewhat helpful. But it has great potential. Here are some possible use cases, as well as a discussion of how close they are to reality.
Someday, quantum computers will be powerful and reliable enough to render traditional encryption obsolete. But agencies can move forward with mitigation strategies today.
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.
Quantum computing offers much potential, including the ability to break current encryption algorithms that protect data. The good news is that there are solutions.
In a world where data has grown about 430% in the past decade, can agencies secure their data goods and lower their risk effectively?
This blog is an excerpt from GovLoop’s recent industry perspective Investment in Custom Security Processing Units Pays off Huge Dividends for Federal Security.
This can be accomplished with data-centric security that protects data as it is captured, processed and stored across a variety of devices, operating systems, databases, platforms and applications.