Sam. Beaumont
Director of Transportation, Mobility & Cyber-Physical Systems
As the Director of Transportation, Mobility & Cyber-Physical Systems at NetSPI, Sam Beaumont is at the forefront of developing and delivering technical strategies and solutions to secure Hardware & Integrated Systems. With 10+ years in tech and cybersecurity, Sam has established a formidable reputation for hacking anything with a chip — from hardware and embedded systems, to all the things that "fly, sail, or drive." Her extensive expertise provides NetSPI customers with unmatched technical leadership, depth and delivery excellence in advisory and cybersecurity services, ensuring assets existing in physical spaces are fortified against evolving threats.
In previous roles, Sam has served in a technical capacity as an Offensive Security Principal Consultant, Red Teamer, Exploit Developer, Vulnerability Researcher, and more. She has continually demonstrated a unique ability to bridge the gap between business, regulatory needs and the most prevalent theoretical vulnerabilities.
In previous roles, Sam has served in a technical capacity as an Offensive Security Principal Consultant, Red Teamer, Exploit Developer, Vulnerability Researcher, and more. She has continually demonstrated a unique ability to bridge the gap between business, regulatory needs and the most prevalent theoretical vulnerabilities.
More By Sam. Beaumont
Hardware and Embedded Systems Penetration Testing
How RayV Lite is Democratizing Laser Fault Injection
Discover how the RayV Lite by NetSPI makes advanced laser fault injection accessible, reshaping hardware security with its open-source, low-cost innovation.
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Hardware and Embedded Systems Penetration Testing
Pew Pew, Precisely: The Physics and Practices Behind RayV Lite
We began with a simple question: could laser fault injection be democratized? Our answer is a resounding yes. With back-of-the-envelope physics, modest optics, and basic spare parts, we created a replicable, low-cost method for laser-based hardware attacks.
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Hardware and Embedded Systems Penetration Testing
Practical Methods for Decapping Chips
Discover the intricate process of chip decapping, exposing secrets stored within snuggly layers of industrial epoxy, sleeping in beds of silicon.
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PC Gamer: This 3D printed laser chip-hacking device uses a $20 laser pointer, costs $500 to build, and was developed so that ‘people can do this in their homes’
Read the story of NetSPI's Sam Beaumont and Larry "Patch" Trowell created a laser hacking device (RayV Lite) that makes microchip exploitation easier.
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