Georgios (Yorgos) Selimis
About
As an embedded devices security technical lead, I specialized in developing and proposing comprehensive security solutions for AI-embedded and IoT-embedded products, encompassing both hardware and software. These solutions focus on securing data at rest, data in use, and data in motion, as well as ensuring secure device lifecycle management. I lead projects from the requirements phase through to the successful launch of secure products, collaborating closely with stakeholders to ensure that security is integrated at every stage. My work is driven by a commitment to innovation and ethical practices, ensuring that cutting-edge products meet the highest security standards in today's rapidly evolving landscape.
Experience
- -Security Architect, Axelera AI, Eindhoven, Netherlands (2022-Present).
- Security Architectures and Engineering
- -Senior Security Engineer, Intrinsic ID, Eindhoven, Netherlands (2016-2022).
- PUFs, embedded security, security architectures
- -Research & Development Engineer, Imec, Eindhoven, Netherlands (2008-2015).
- Research& Development on low power crypto accelerators, PUFs, digital signal processing
- -Researcher, University of Patras, Patras, Greece (2003-2008).
- Research on low power hardware crypto accelerators
Key work
- Security technical lead - Successful security chip for AI inference acceleration with Axelera AI (2024).
- Technical lead on the project H2020 "Securing the Internet of Things with a unique microchip fingerprinting technology" (2018).
- Technical lead on the project RESCURE (Eurostars) (IoT, Security) (2018).
- Technical lead on Open Energy Network: project on Device Authentication for Energy Infrastructures with Intrinsic ID and Guardtime. This is an innovation that focuses on the safety of the system: how can smart meters securely store data in a blockchain.(2018).
- Technical lead on the project Security Manager for IoT lifecycle on critical IoT infrastructures with Intrinsic ID and Technolution (2017).
- The paper "Evaluation of 90nm 6T-SRAM as physical unclonable function for secure key generation in wireless sensor nodes" by Selimis, Georgios, et al. (2011), is one of the early publications exploring the use of SRAM PUF (Physical Unclonable Functions) in silicon.
Articles and interviews
- -Securing the Internet of Things with a unique microchip fingerprinting technology. Interview on CORDIS EU Research results, November 2020.
- -A healthy approach to medical security. Article on Electronics europe News, 2020.
- -Locking hackers out of your gagdets. Interview on Eureka Network 2018.
- -Bedrijfsleven aan de slag met cybersecurity Deel 2: het internet of things. Interview on bits&chips, 2018.
- -Celebrating 5 years in Intrinsic ID. Interview, January 2021.
- -Interview in Eindhoven Dagblad. Local Eindhoven Newspaper, May 2014.
Links
- -Publications on Google Scholar
- -Projects on ORCID
- -Twitter
Other Links
- -Helpevia Non-profit organisation founder and volunteering working for the wildfire-affected greek island Evia.
Contact
- email: firstname.surname@proton.me
- PGP:0xEFAA8400E4BEA71077D3F206864F501791BE7D0E
Last update: 20/10/2024