Root Causes: A PKI and Security Podcast Tim Callan and Jason Soroko
-
- Technologie
Digital certificate industry veterans Tim Callan and Jason Soroko explore the issues surrounding digital identity, PKI, and cryptographic connections in today's dynamic and evolving computing world. Best practices in digital certificates are continually under pressure from technology trends, new laws and regulations, cryptographic advances, and the evolution of our computing architectures to be more virtual, agile, ubiquitous, and cloud-based. Jason and Tim (and the occasional guest subject matter expert) will help you stay current on developments in this essential technology platform and to understand the whys and wherefores of popular Public Key Infrastructures.
-
Root Causes 387: What Is the Post-quantum Readiness of HSMs?
We take a deep dive with return guest Bruno Coulliard on HSMs and the role they play in post-quantum cryptography (PQC).
-
Root Causes 386: Meta Commits MITM Attack On Its Users
Recent court documents reveal that in 2016 Meta (then Facebook) set up a system to get around encryption and spy on traffic between its users and competing social media platforms. We explain what happened.
-
Root Causes 385: Failed Revocation and Wildcard Certificates
We discuss misuse of wildcard certificates, failure to revoke on time, and how these two failures magnify each other.
-
Root Causes 384: So What Is a Senior Fellow Anyway?
Jason has a new title, Senior Fellow. In this episode Jason explains what his new focus will be and how this will be good for Root Causes.
-
Root Causes 383: Delayed Revocation Events by the Numbers
An epidemic of delayed revocations has infected the public CA community. We track delayed revocations since the beginning of 2021, examine the trend line, and discuss root causes.
-
Root Causes 382: Mobile Phone Malware Steals Faces for Access
New malware photographs users' faces to defeat authentication mechanisms. We explain the that biometrics are not "secrets" and discuss the continuing progression of attacks to steal biometrics.