A change in lifestyle preferences and a growing trend towards using smart electronic devices are the primary factors driving the growth of consumer electronics.
But as consumers purchase more and more connected devices to wear, for their leisure or for their home, so increase the risks about security and privacy. As a consequence, this lifestyle creates more and more entry points for potential hackers and protecting user’s private data and life became a top priority.
If protection of user’s private life is extremely important for both user’s trust and manufacturer’s business model, so is the protection of the intellectual property of manufacturers contained inside those consumer electronics: Leakage of intellectual property or industrial secrets would be devastating for a company.
Check out our Securyzr offer to discover our toolbox of security technologies.
GLOBAL STANDARDIZATION
STANDARDIZATION FOR THE CONSUMER ELECTRONICS MARKET
If you need certification labs capabilities, Laboryzr introduces you a ready-to-use complete embedded systems security Laboratory and engineer training. Laboryzr integrates pre & post-silicon analysis tools and platforms, office furnitures and computing architecture. In-depth training courses lead engineers to be operational evaluators.
Analyzr is the most advanced evaluation platform on the market for testing the security design of any embedded system. Challenge and reinforce your security design. FIPs-140 and ISO-17825 ready, you can enter the certification process with peace of mind!
Catalyzr is a software tool that aims at assessing the security of a Software (SW) implementation.
Catalyzr provides an end-to-end workflow that starts by a design input and ends by a security report generation. The design input is a pure software code that can be written in C or Assembly (ASM).
Virtualyzr aims at assessing the security robustness of an embedded system at an early stage. The platform allows a security evaluation at all levels of designing, namely RTL, Post Synthesis, Place & Route and Layout levels. The virtual target can be any hardware design ranging from a simple IP to a complete SoC.