eSecure, Silex Insight’s Root-of-Trust IP module for systems-on-chip (SoCs), application specific integrated circuits (ASICs) and field programmable gate arrays (FPGAs), will now be offered alongside Crypto Quantique’s universal IoT security platform, QuarkLink.
eSecure is a scalable and flexible security hardware IP that is compliant with most common industry standards, including NIST. Features include secure boot, system integrity by ensuring execution of authenticated software, device authentication, cryptographic acceleration, and generation and storage of secure keys and secret information.
QuarkLink complements eSecure with provisioning secure firmware and cryptographic keys, automated secure onboarding to any platform or multiple platforms simultaneously, and comprehensive security monitoring comprising firmware encryption, signing and secure updates over-the-air, and certificate and key renewal and revocation. QuarkLink supports AWS, Microsoft and Mosquito cloud services, with more to follow.
This combination will enable rapid, automated, and secure onboarding of IoT end-point devices to cloud-based or in-house servers without involving other parties. With no requirement for security expertise, users will be able to use QuarkLink’s cryptographic APIs to safely connect thousands of devices to services with just a few keystrokes, in the knowledge that their devices and data are protected against attacks.
Silex Insight’s VP of Worldwide Sales and Marketing, Pieter Willems, said, “This partnership means we can make life easier for our customers while ensuring that their IoT deployments are both secure and scalable. It will help them reduce their time-to-market and cut development costs without ever compromising system security.”
Wayne Godwin, VP of Business Development at Crypto Quantique, added, “Since we recently made QuarkLink available as a standalone product, we have seen a growing demand for it from companies that have established Root-of-Trust technologies already in place. QuarkLink complements eSecure modules perfectly, reducing system complexity while maintaining a secure environment from chip to cloud.”
