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Download this white paper to learn how organizations can establish trust across every device in AI infrastructure and modern data centers as heterogeneous processors, accelerators, and controllers become increasingly prevalent. Discover how the open-source Caliptra Root of Trust framework provides a common foundation for device identity, measured boot, and attestation across data center-class systems, and explore the challenges and best practices for transforming an open standard into a production-ready deployment. Learn how enterprises can stay aligned with the Caliptra ecosystem while accelerating implementation, reducing integration risk, and achieving enterprise-grade security for data center and AI infrastructure.
Download the product brief to learn more about the Rambus CryptoManager Root of Trust for Use with the Caliptra Specification.
SAN JOSE, Calif. – Sep. 14, 2026 – Rambus Inc. (NASDAQ: RMBS), a premier chip and silicon IP provider making data faster and safer, today announced its CryptoManager™ Root of Trust supporting the Caliptra™ specification, a production-ready Root of Trust and security orchestration solution designed to deliver enterprise-grade security for mission-critical data center and AI SoCs.
The unprecedented growth of data centers and AI infrastructure brings with it a host of challenges. To address performance and power requirements, architectures continue to move to greater heterogeneity where purpose-built AI accelerators, SmartNICs and XPUs complement CPUs to tackle increasingly complex workloads. From a security perspective, this increasing complexity creates a larger attack surface, […]
CryptoManager Root of Trust for Use with the Caliptra Specification Root of Trust and Security Orchestration for Caliptra-based SoCs Contact Us The Rambus CryptoManager Root of Trust for use with the Caliptra specification is a production-ready Root of Trust and security orchestration solution that complements the open Caliptra framework to deliver enterprise-grade silicon security. As […]
Download this white paper to learn how DEEPX, Rambus, and Samsung Foundry collaborated to create a scalable LPDDR-based memory platform optimized for edge AI inferencing. By aligning AI processor architecture, memory interface IP, and advanced foundry technology early in the design cycle, the companies reduced integration risk, accelerated development, and enabled a platform that scales […]
Rambus Design Summit 2026 explores how next-generation memory, interconnect and security technologies are enabling the rise of autonomous AI. From AI training and large-scale inference in the data center to reasoning-enabled AI PCs and edge systems, this virtual event examines the critical role of these technologies in supporting increasingly sophisticated AI agents.
On August 25, 2026, the National Security Agency (NSA), working with the Joint Federated Assurance Center Hardware Assurance (JFAC HWA) laboratories, released two technical reports addressing intentional threats to application-specific integrated circuits during design and manufacturing: the “ASIC Best Practices Threat Catalog” and “Application Specific Integrated Circuit Level of Assurance 1 (LoA1) Best Practices”. The […]
Flexible and configurable CryptoManager Hub solutions that address markets where customers do not need a full-fledged Root of Trust or have their own Root of Trust solution but still require state-of-the-art advanced crypto cores running behind one dedicated bus.
[Live on 9/8 at 9am PT] In this webinar, Rambus will explore the changing automotive security landscape and the growing role of hardware Root of Trust technology as the foundation for trusted software execution, secure communications, lifecycle management, and future-ready protection.
