ETSI NFV-SEC - best practices

In working with ETSI NFV-SEC, we took the best practices (currently) available and examined the practical results for attestation, remote attestation, confinement technologies, network acceleration, memory sharing and security trust models. While it’s “low level”, the findings were very interesting, if the foundation of the building is not solid, it is very difficult to layer security above it. As all things “security” the use case is for Telecom / National / Critical Infrastructure / Sensitive environments.

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Michael Lazar is a veteran of the telecom industry, and has held C-level positions in system design, custom engineering and software development for the last two decades. He joined DataArt in 2016 to lead the company's telecom practice, focusing on the most demanding areas of the marketplace - systems performance, NFV, SDN & telecom security.

Prior to joining DataArt, Mr. Lazar was Chief Technology Officer of Veloxum/Ambicom Holdings where he was responsible for developing system optimization software, and before that CTO of Network Physics, where he led the design and development of Voice over IP (VoIP) and Financial Information exchange (FIX) monitoring software. Prior to the CTO role, Michael was VP of Customer Advocacy at Network Physics, in charge of worldwide pre-sales engineering, post-sales support, and custom engineering. Prior to Network Physics, Michael held senior technical roles at Datatec Systems and Spirian Technologies, Inc.

Mr. Lazar holds a Bachelor of Science Degree in Physics from New York’s Queens College and holds a patent for Systems and Methods of Tuning an Operating System, Application or Network Component.