As computing systems prepare for the transition to post quantum cryptography, hardware based trust mechanisms are becoming central to securing next generation digital infrastructure.
Microchip Technology has expanded its Trust Shield portfolio with two post quantum ready devices, TS1800 and TS50x, designed to strengthen the root of trust security across data centers, industrial systems, defense, and communications platforms.
The shift toward post quantum cryptography is driven by emerging global cybersecurity requirements and standards. The new controllers are designed to embed cryptographic readiness directly into hardware, reducing reliance on software based security layers that may be vulnerable during early system boot stages.
The TS1800 acts as a platform root of trust controller, enabling secure boot, firmware validation, attestation, and certificate handling using hardware accelerated post quantum cryptographic algorithms. It supports standardized schemes including ML DSA, ML KEM, and LMS verification aligned with evolving NIST frameworks.
Built on an Arm Cortex M4F processor running at up to 192 MHz, the TS1800 delivers higher computational performance to support post quantum workloads while maintaining efficiency for secure system operations and lifecycle management.
The TS50x family offers a streamlined secure boot architecture focused on firmware signature verification at startup. It allows existing systems to adopt post quantum readiness without requiring full platform redesigns, enabling hybrid deployments alongside traditional cryptographic methods.
Both device families are aligned with emerging security standards and are intended to simplify integration through modular deployment models for system architects managing complex infrastructure environments.
The approach shifts system trust to hardware enforced security beginning at power on, addressing long term concerns around traditional encryption resilience as quantum computing capabilities advance.
The controllers are currently available through early access programs for infrastructure and embedded system developers.
Nuri Dagdeviren, corporate vice president of Microchip’s secure computing group, says, “The transition to post‑quantum cryptography is no longer a discussion for the future, it’s a real-world implementation challenge already at our doorstep, arriving faster than many organizations expected.”
Click here for the official announcement.
