The Connected Car: PKI’s Role in Securing Next-Generation Vehicles Passed
Wednesday September 16, 2020 15:58 - 16:24
Speaker: Ted Shorter
Category: Seminars
From a security standpoint, early editions of connected vehicles had a rough start. Securing automobiles is hard – perhaps harder than just about any other device. This session will outline the unique security challenges that engineers face when securing automobiles, address the role that digital certificates and PKI play in securing them – and how the same principles can improve security for other connected products where high assurance and scalability are a must. |
Speakers
Ted Shorter Speaker
CTO and Co-founder
KeyFactor
Ted Shorter is the chief technology officer and co-founder at Keyfactor. Responsible for Keyfactor’s Intellectual Property development efforts, Ted helps align Keyfactor’s security focus with the changing security landscape, ensuring our clients understand the importance of crypto-agility. Prior to taking on the CTO role, Ted led the Identity and Access practice for Keyfactor and served as a principal consultant, overseeing delivery for all engagements that require authentication and authorization services. Ted has provided oversight to dozens of private-sector enterprise Public Key Infrastructure (PKI) deployments, in multiple vertical markets including: Finance, Manufacturing, Aerospace, e-Commerce, and Healthcare. He has also consulted as a subject matter expert in large enterprise smart card deployments.
Ted has worked in the security arena for over 20 years, in the fields of cryptography, application security, authentication and authorization services, and software vulnerability analysis. His past experience includes 10 years at the National Security Agency, a Master’s Degree in Computer Science from The Johns Hopkins University, and an active CISSP certification.
As a computer scientist and team lead at NSA, Ted briefed high-level government officials, including Presidential advisors and members of the Joint Chiefs of Staff. Ted also served as lead software developer on a contract with the Department of Defense to integrate Biometric authentication with the DoD Common Access Card program.