Quantum Computing Developments for Defeating Encryption and Other Vulnerable Cryptosecurity Targets: 5G, GPS and Certificate Authorities Sponsored by: TeleStrategies' ISS World Presented by: Free for Law Enforcement, the government intelligence community, private enterprise cyber security managers and ISS Vendors. Registration with Government or Corporate e-mail address is required. |
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Quantum Computing Developments for Defeating Encryption and Other Vulnerable Cryptosecurity Targets: 5G, GPS and Certificate Authorities Quantum computing has been covered extensively by the press for the past five years. Much of the focus has been on defeating encryption in part because many readers fear government decrypting their electronic communications. The reality if a fully developed quantum computing device were used today, the best a very skilled cryptography team could decrypt per day with a single device would be limited to hundreds of the 300 billion encrypted messages transmitted per day over the internet. So who should worry about quantum computing and cyber warfare attacks or critical infrastructure, government servers and national cyber based economy? For starters: 5G networks, GPS satellites, X.509 Cerficate Authorities and more. "Keep it simple but not that simple" What is needed now is the development of counter measures to potential (and realistic) quantum computing cyber attacks. To accomplish this and to understand the timelines of potential attacks requires an understanding on quantum computing development metrics and how quantum specific circuits specifically designed to defeat today's cryptography would be developed. This webinar address (light on the physics and math):
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