The PKI Guy’s Q&A Series
The PKI Guy talks securing identities with Marina Simakov of Preempt
Q&A with Marina Simakov, security researcher at Preempt TPG: What can organizations do to best protect their organizations now that the bulk of employees are working remotely? MS: Many organizations may have covered the fundamentals of user authentication and security by defining privileged accounts, enforcing restricted access to crown jewel assets, and reducing the attack…
Read MoreThe PKI Guy talks quantum technology with Doug Finke with Quantum Computing Report
Q&A with Doug Finke, managing editor of Quantum Computing Report TPG: What is it about quantum technology that you find most intriguing? DF: People have been working to improve the performance of classical computers for over 70 years. But the interesting thing is that the basic physics principles that computers rely on haven’t changed in…
Read MoreThe PKI Guy talks post-quantum standards with Lily Chen of NIST
Q&A with Lily Chen, group manager, post-quantum cryptography team with NIST TPG: Tell us about your role with the NIST Post-Quantum Team and how you are leading the efforts to render quantum attacks ineffective. LC: I am the manager of the Cryptographic Technology Group at NIST, which has developed and published cryptographic standards for more…
Read MoreThe PKI Guy talks standards with Dean Coclin, chair of the ASC X9 PKI study group
Q&A with Dean Coclin, chair of the ASC X9 PKI Study Group and senior director of business development at DigiCert TPG: Tell us more about the goals of the ASC X9F PKI Study Group. DC: Let’s start first with ASC X9. ASC X9 is accredited by ANSI (the American National Standards Institute) to develop and…
Read MoreThe PKI Guy discusses crypto-agility with Johannes Lintzen of Cryptomathic
Q&A with Johannes Lintzen, executive vice president, Cryptomathic TPG: When will we truly see quantum computing? JL: While the science and technology behind quantum computers is extremely complex, their computing power has been steadily increasing, from 3 qubits in 1998, to 7 qubits in 2000, to 12 qubits in 2006, and up to 72 qubits…
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