The two have announced that the latest x20 chipset from u-blox will include a highly robust security root-of-trust (RoT) based on security IPs provided by Kudelski IoT that safeguards both the x20 chipset itself against attack but also guarantees the protection of applications and data using the x20.
A root-of-trust (RoT) is a foundational element in secure systems, providing a reliable source for critical security functions such as authentication, integrity verification, and data confidentiality. In GNSS (Global Navigation Satellite Systems) applications, the root-of-trust is crucial for ensuring the security and reliability of position, navigation, and timing (PNT) data, especially in environments vulnerable to spoofing or tampering.
The x20 platform has been designed for industrial automation, automotive, and other applications that require centimetre-level position accuracy in sometimes challenging environments, as well as time synchronisation applications for critical infrastructure systems. As a result, highly robust security is indispensable in safeguarding the growing ecosystem of GNSS-dependent technologies and applications.
The platform comes with end-to-end security functions, including system authentication via secure boot and secure firmware update, message authentication, and encryption with built-in secure root of trust (RoT) provided by Kudelski. The platform also supports Galileo OSNMA authentication combined with advanced jamming and spoofing detection and mitigation.
"It’s really exciting to see innovative companies such as u-blox integrate our security IP into their latest and most exciting products," said Conor Ryan, VP of Product Management for Kudelski IoT.
“The x20 raises the bar in terms of its in-build security capabilities. As our products are deployed in many critical and sensitive areas, we believe that highly robust hardware root-of-trust is an indispensable feature and are delighted to collaborate with Kudelski IoT on this topic” said Markus Usher, VP of POS business unit at u-blox.
