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The recent rise of quantum computing poses a significant challenge to current cybersecurity encryption methods. As quantum computers gain the ability to break through classical encryption, modern cybersecurity frameworks will need to adapt to protect sensitive data. How can the public sector best prepare for and incorporate quantum-resistant encryption?
During this webcast, listen in as leading cybersecurity specialists examine the practical steps organizations can take to integrate post-quantum cryptography into their existing infrastructures.
Explore some of the latest advancements in quantum-resistant technologies, including VPNs and algorithm discovery tools, as well as the importance of interoperability and crypto-agility in PQC solutions.
Speakers
Marisol Cruz Cain
Director, Information and Cybersecurity team
GAO
Marisol Cruz Cain
Director, Information and Cybersecurity team
GAO
Philip Kwan
Senior Principal Product Manager
Palo Alto Networks
Philip Kwan is the Senior Principal Product Manager specializing in quantum security at Palo Alto Networks, the world’s leading cybersecurity company. He currently works on multiple NIST PQC working groups to further the advancement of post-quantum security and drives quantum innovation for the Palo Alto Networks firewalls. From 2013 onwards, he has led multiple innovation teams at Palo Alto Networks in a wide range of technology from network protocols, high availability, next generation firewall infrastructure, Denial of Service prevention, SSL decryption to SD-WAN.
As a seasoned leader with a passion for innovation and over 30 years of high speed networking and data security experience, he has held high level roles in both IT security as well as product management with multiple Silicon Valley firms where he was on the forefront of industry shaping technologies – gigabit networking, wireless networks, and next generation data security.
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