$500 Laser Hacking 3D Printed Tool

A new open-source tool called RayV Lite, developed by hackers Sam Beaumont and Larry Trowell from NetSPI, aims to democratize laser-based hacking techniques, allowing users to exploit vulnerabilities in microchips for just $500. Traditionally, such tools have been prohibitively expensive, costing up to $150,000. The RayV Lite utilizes affordable components and 3D printing to achieve its low price, making advanced hacking methods accessible to a wider audience. The tool focuses on two primary techniques: laser fault injection (LFI), which disrupts the electrical charges in a chip's transistors, and laser logic state imaging, which captures real-time data from a chip's architecture. The creators hope that by showcasing the feasibility of these techniques at a lower cost, they will encourage hardware manufacturers to enhance security measures against such vulnerabilities. The RayV Lite is designed to be user-friendly, with a focus on DIY capabilities, and is expected to significantly impact the field of hardware hacking by shifting advanced techniques from specialized labs to individual users.

- The RayV Lite tool costs $500, making laser hacking techniques more accessible.

- It employs two methods: laser fault injection and laser logic state imaging.

- Traditional laser hacking tools can cost up to $150,000, highlighting the affordability of RayV Lite.

- The tool aims to raise awareness among manufacturers about vulnerabilities in their products.

- It encourages DIY hacking and research, promoting innovation in the field.