Available on Demand | March 19, 2026 | 1 Hour | 1 CPE

The federal government continues to invest in the development of quantum computing, but agencies are recognizing that it poses a threat to current encryption approaches. The Government Accountability Office summed it up:

“Unlike computers we use today, a sufficiently powerful quantum computer could break cryptography in just a few hours or days compared to the billions of years a conventional computer would take. Public-key cryptography, a common type of cryptography used by federal agencies and critical infrastructure, is specifically at risk.”

Quantum computers powerful enough to break today’s encryption don’t exist yet. But attackers aren’t waiting. They’re already collecting sensitive data in what’s known as harvest-now-decrypt-later (HNDL) attacks.

Transitioning from current cryptographic systems to post-quantum security involves understanding where cryptography is used, assessing which data and systems are most at risk, and planning migration to quantum-resistant algorithms. Achieving quantum readiness requires coordinated action across governance, risk management, technology, and vendor ecosystems to ensure encryption can be replaced safely and on time.

Featured Speakers:

Marisol Cruz Cain, Director, Information Technology and Cybersecurity Team, U.S. GAO

Marisol Cruz Cain
Director, Information Technology
& Cybersecurity Team,
U.S. GAO
Rosa Underwood, Senior Cybersecurity Advisor, Information Technology Category, Federal Acquisition Service, General Services Administration

Rosa Underwood
Senior Cybersecurity Advisor,
General Services Administration
Joe Kovba, Senior Director of Technology Transition, Leidos

Joe Kovba
Senior Director of Technology
Transition,
Leidos
Richu Channakeshava, Principal Product Management Leader, Palo Alto Networks

Richu Channakeshava
Principal Product Management
Leader,
Palo Alto Networks
Mark Krzysko, Moderator & Contributing Editor, FedInsider

Mark Krzysko
Moderator & Contributing Editor,
FedInsider