| DATE: | September 12th, 2025 |
| TIME: | 2:00pm to 4:00pm (PST) |
| VENUE: | Hybrid Zoom Online meeting & In-Person at Sophos Inc. (Map) |
| TOPIC: | Quantum Cryptography |
| PRESENTERS: | Kabir Dubey, Benning Maisonti, Luis Alberto Leyva Robles (Presenting in person) |
| RECORDING: | |
ABSTRACT
The rapid development and advances in Quantum computing and their ability to break the current standard encryption algorithms like AES 256 and Elliptic Curve Diffie Helfman (ECDH) proven by Peter Shor’s algorithm make a priority to secure the data at transit, at the heart of this problem lies the TLS protocol, this paper attempts to highlight the importance of making the TLS Protocol quantum resistant and how the NIST approved algorithms affect its performance.
BIOGRAPHY
Kabir Dubey
Currently pursuing a master’s in cybersecurity at New York Tech Vancouver. I bring hands-on experience from academic and freelance projects, with a focus on network security, intrusion detection, and digital forensics. I have worked with tools such as Suricata, Snort, Autopsy, and Cellebrite, while also building a strong foundation in TCP/IP and security monitoring. With a strong interest in applied cybersecurity, I am committed to making complex security concepts practical and effective in addressing real-world challenges.
Benning Maisonti
Currently pursuing a master’s in cybersecurity at New York Tech Vancouver. I am a member of ISC2 and hold the Certified in Cybersecurity (CC) credential. With a strong interest in cybersecurity practices. I am building expertise in areas such as access control, cloud security, and security operations, with a focus on making complex cybersecurity concepts easier to understand and apply.
Luis Alberto Leyva Robles
(No bio)