Webinar

Working towards quantum-safe research and education networks

Summary

A defense-in-depth approach that protects RENs from quantum threats–starting today
Quantum computing is maturing quickly, and each advancement brings exciting new opportunities for experimentation. But this fast evolution also means a quantum computer could soon break the asymmetric encryption methods commonly used to protect sensitive data. As essential enablers of data-driven breakthroughs, research and education networks (RENs) need the ability to fuel quantum innovation and stop quantum threats.

This webinar explores the hazards that quantum computers pose to RENs and presents an encryption-based solution that can protect in-flight data from existing and future quantum threats. Discover how RENs can take action today to implement a multilayer, defense-in-depth approach that keeps their data safe for the Quantum 2.0 era.
 

Topics covered

How quantum computing can break trusted asymmetric encryption methods in minutes

What successful quantum attacks could mean for RENs and researchers

Why RENs should act now to mitigate quantum threats

How to use symmetric and asymmetric encryption together to stop quantum threats

How RENs can implement a defense-in-depth approach for quantum-safe networking

 

Speakers

Moderator

 

Overview

Original Air-Date: October 7, 2025

Time: On-demand

Duration: 48 minutes

 

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