As quantum computers loom like a ticking clock over encryption, the U.S. government is finally mapping a path to secure the future—but will industry keep pace?
Mike Duffy, Federal CISO, warned that modernization without post-quantum cryptography (PQC) readiness creates "technical debt" for the future. His statement underscores the urgency of the National Cyber Strategy’s six pillars, which explicitly address quantum readiness and AI security.
With 88% of widely deployed AI models now vulnerable to jailbreaking techniques, the gap between emerging threats and defensive strategies grows starkly clear.
"Modernization without considering PQC readiness or cryptographic agility is really creating technical debt in the future, something that we don’t want to see ever."
Only 6% of organizations have formal AI security strategies, according to recent data, highlighting an AI arms race where attackers consistently outpace defenders. The National Cyber Strategy’s framework spanning continuous discovery, risk assessment, remediation, and governance positions quantum-safe infrastructure as a non-negotiable baseline.
Palo Alto Networks’ Prisma® AIRS™ AI security suite, now available to federal agencies via GSA’s OneGov Initiative, exemplifies this approach by integrating AI threat detection with quantum-resistant protocols.
Meanwhile, 87% of major cyber incidents exploit multiple attack surfaces, demanding holistic defenses. The Cybersecurity Academy’s free NIST Framework-aligned curricula on cloud security and the AI/cyber nexus aim to close this skills gap, though adoption remains uneven.
As quantum computers near practicality, the window to transition to quantum-safe cryptography narrows—leaving organizations with a stark choice: act now or face irreversible vulnerabilities.
Source: Paloalto Networks