Latest from VIA
Web3 wizards and clean energy enthusiasts follow VIA for the latest in data protection
Committed to your privacy, we’ve eliminated cookies from our site. As valued customers of VIA, we want you to always feel that we have your back. You can be assured that your data is always handled in an encrypted, secure manner without physical collection or storage involved.
Web3 wizards and clean energy enthusiasts follow VIA for the latest in data protection
Breaking down blockchain, zero-knowledge proofs, GenAI, and more in our Fast and Curious video series
Exclusive interviews with mission-driven leaders in energy, defense, and cybersecurity
ZKPs? Decentralization? Blockchain? Cutting-edge tech made simple
Learn about VIA’s thoughts on Web3, what a VIAneer’s day-to-day is like, and how our mission is shaping the energy industry
Whether it’s the latest product announcements from VIA or our CEO on national television, we’ve got it all here
Ready for a deep dive into what makes our Web3 platform unique?
Read our white papers and solution briefs
SOLUTION BRIEF
Verifying carbon emissions from electric vehicle charging.
Last updated: August 2023
LITEPAPER
Collective good (decarbonization) can come from collective action (grid customers coordinating their demand).
Last updated: January 2023
LITEPAPER
VIA’s Web3 platform verifies the fuel mix of the charge and discharge of EV batteries.
Last updated: January 2023
John is focused on implementing best practices for software development at VIA. He co-invented VIA’s core platform and currently develops, integrates, and quality assurance tests the platform for VIA’s applications.
Before VIA, John was a freelance consultant at the Numerical Algorithms Group (NAG), where he focused on updating their Python Library. Prior to this position, he was a technical sales support engineer at NAG in Oxford, where he developed technical marketing material and provided pre-sales assistance. John was awarded the best thesis in gravitation physics in 2016 by the Institute of Physics (IOP). His research focused on developing new numerical methods that capture the physical behavior of fluid interfaces permeated by high magnetic fields while taking into account relativistic effects.
John earned his master’s degree in physics and his Ph.D. in applied mathematics from the University of Southampton.
Thank you for your interest in learning more about VIA. Please fill out the form below :
[contact-form-7 id=”5718″ title=”Skylight”]