Secure boot is a critical requirement for maintaining the security and integrity of connected devices, ensuring that only authentic and trusted software runs on IPCs.
The process of implementing secure boot is often complex and resource-intensive, especially when working with tight deadlines and limited resources.
Traditionally, secure boot activation requires meticulous management of cryptographic keys, validation of firmware authenticity, and robust measures to prevent unauthorized modifications, even when physical access to a device is possible.
Integration of QuarkLink into ADLINK IPCs delivers further benefits for product life cycle management of device security. ADLINK can now automatically generate and securely store cryptographic keys during device manufacturing, which are later transferred to end-users through a secure and authenticated process.
This eliminates the risks associated with manual key handling and ensures that only trusted firmware is executed on devices.
End-users can easily verify the authenticity of their IPCs and securely onboard them to their networks. The platform supports secure over-the-air updates, device attestation, and certificate renewal, ensuring that the devices remain secure throughout their operational lifetime.
“QuarkLink is the most comprehensive, streamlined approach to end-to-end device security for industrial PCs that we have seen,” says Henri Parmentier (pictured) Senior Product Manager, Computer-on-Modules BU, ADLINK, “it consolidates and automates numerous critical device security functions for both OEMs and end users that must otherwise be managed manually within a complex ecosystem. Such a manual approach is too expensive and high risk for any company that understands the evolving security landscape.”
The QuarkLink platform is designed to meet and exceed the stringent security requirements of regulations like the Cyber Resilience Act (CRA), CE Mark, and ISO62443.
By adopting QuarkLink, ADLINK ensures compliance with these standards, providing peace of mind to customers in highly regulated industries such as healthcare, industrial automation, and critical infrastructure.
