SecVerilog enables designers to precisely deduce timing information flow using a security type system whose operational semantics correspond directly to hardware simulation at RTL abstraction.
Jun 6, 2022 · The method can be used during formal verification, dynamic verification during simulation, post-fabrication validation, and run-time monitoring ...
ABSTRACT. Timing side channels are a serious threat to the security of hardware designs. By analyzing the execution times of a design, the attacker.
The FORMAT-project aims at a verification environment for VHDL-based hardware design, employing two major state-of-the-art verification methods: (1) ( ...
To acquaint the hardware design process with formal security evaluations, we introduce a model for tracking timing-based information flows through HDL codes ...
This method is based on a new hardware description language (HDL) called. SecVerilog, which adds a security type system to Verilog so that hardware-level ...
Jul 21, 2010 · The message I get back from the serial port is a long string of HEX numbers that I then parse in a known way to extract four pertinent pieces of ...
Oct 13, 2014 · Having worked with a lot of both HW and SW engineers, I would say that people from both camps think that the other discipline is harder ...
If hardware design is 5 lines of code, hardware verification is 500 lines. Writing testbenches and developing hardware verification environments and flows ...
Efficient Method for Timing-based Information Flow Verification in Hardware Designs ... The proposed approach to verify and monitor timing-based information flow ...