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Bill Vass
Chief Technology Officer, Booz Allen Hamilton
Bill Vass is an accomplished technology executive with vast experience contributing to the success of multiple organizations. He studied Computer Science at the University of Houston and went on to complete his Doctorate of Philosophy in Computer Science at The George Washington University. Bill has had several senior executive positions at companies such as Sun Microsystems, where he served as the Chief Operations Officer and Chief Information Officer. He was the President and Chief Executive Officer of Liquid Robotics and also served as the Vice President of Engineering at Amazon Web Services.
Bill's career has also included consultant roles in Cyber Security and OpenStack for NASA and the Federal Government. He also held a position in the Senior Executive Service, Office of the Chief Information Officer at the office of the Secretary of Defense for The Pentagon. Bill's expertise in computer science, coupled with his leadership skills, have made him an influential technology leader in areas such as cloud computing, cybersecurity, and data management.
Highlights
It has been just over a week since the first set of PQC algorithms was released kicking off a once-in-a-generation transformation. There are three standards for the three Post-Quantum Cryptography (PQC) algorithms: FIPS 203 for key encapsulation and FIPS 204 and FIPS 205 for digital signatures. These are applicable to all federal departments, commercial, and private entities and are believed to be secure against future attacks by quantum computers (https://rb.gy/h3k36n). This transition will not occur overnight -- discovering and prioritizing vulnerable cryptography is critical to enabling this migration. Once organizations have visibility into the cryptography they are using across their ecosystem, PQC adoption can begin. Never has there been a cryptographic transition of this magnitude and with that comes new opportunities about the way we think about cryptography and its implementations.
We have made significant progress in our quest to understand the cybersecurity implications of fully realized quantum computers, but our overall journey is just beginning. Our knowledge of quantum computing is far from complete which is why cryptographic agility, the ability to rapidly find, monitor, update, and replace an algorithm in the event it is found to be insecure, is a crucial factor of implementation. At Booz Allen we understand the nuances and are helping our clients navigate this migration. Since I joined Booz Allen, I’ve been thoroughly impressed by the caliber of support we provide to our federal and commercial customers across quantum sensing, computing, and communications. With Booz Allen’s legacy as a trusted leader in cyber and quantum[51] , this union between the two in post-quantum cryptography excites me for the role our quantum team will continue to play to help our clients implement the new standards and enable the transition to a future cybersecurity infrastructure. No matter how much technology changes, Booz Allen’s purpose and values will always drive the way we engage with and act on them. #Quantum #PQC #PostQuantumCryptography #Cybersecurity #DataProtection #Standardization
Read more about Booz Allen quantum here (https://rb.gy/b47z6c)
It's important, since quantum hardware development is at a point where it is accelerating, that organizations start to adopt post quantum encryption. NIST finalizing the standards is big step forward to protecting communication into the future.
