Integrated Secure Element for Chiplet
Secure-IC addresses the security challenges of chiplet-based architectures, Secure-IC has developed comprehensive security solutions, such as the Securyzr integrated Secure Element S500 neo, designed for these new modular semiconductor environments, and following ARM Chiplet System Architecture (CSA) requirements.
Chiplets are a key innovation in semiconductor design, representing a modular approach to building complex systems. Instead of creating a single, monolithic chip, multiple smaller chips, or chiplets, are integrated into a single package, connected via advanced interconnects to allow for greater flexibility, improved performance, and better yield in semiconductor manufacturing.
Why choose Secure-IC for chiplet security?
Secure-IC addresses the security challenges of chiplet-based architectures, Secure-IC has developed comprehensive security solutions, such as the Securyzr integrated Secure Element S500 neo, designed for these new modular semiconductor environments, and following ARM Chiplet System Architecture (CSA) requirements.
Secure- provides comprehensive protection for chiplet-based systems, securing message passing, authentication, and real-time encryption across the entire system-in-package (SiP).
By integrating Securyzr iSE on one chiplet in the System-in-Package, the profile provides a centralized security model where sensitive operations must be offloaded in the appropriate chiplet. By integrating Securyzr iSE on various chiplets in the System-in-Package, the profile provides distributed security model when Chiplets comes from heterogeneous actors where no trust is possible between chiplets, they become all autonomous to compute sensitive operations.
Secure-IC: an active actor in the Chiplet Ecosystem
- Chiplet Summit
- Autonomous Vehicle Computing Consortium (AVCC)
- Interuniversitair Micro Electronika Centrum (IMEC)
What are the application fields?
The integrated secure element chiplet can be applied to various types of chiplets, including:
- Compute Chiplet
- Hub Chiplet
- Expansion Chiplet
What are the Key Features?
Secure-IC’s Securyzr iSE S500 neo provides Security Services for Chiplets following ARM Chiplet System Architecture (CSA) requirements:
- Flash-less Secure Boot mechanisms to ensure only authorized firmware is executed
- Secure firmware updates on chiplets
- Hardware-based Root-of-Trust (RoT) for secure storage and processing of sensitive data
- Secure channel between chiplets with authenticated and encrypted data transfer through UCIe interface
- Twofold trust model:
- centralized security in case of chiplets fragmentation (1 actor)
- decentralized security in case of heterogeneous chiplets (from various providers:
mutual distrust)
Applicable options on Securyzr iSE S500 neo:
- Post- Quantum Cryptography
- Physically Unclonable Function
- Digital Sensor
- Active Shield
- Anti-Counterfeiting
What are the related products?
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A Unified Platform for All Market Needs. Securyzr™ neo Core Platform is Secure-IC’s enhanced version of its flagship offering Securyzr™ integrated Secure Element (iSE) Series. Thanks to its common platform, the entire Securyzr™ neo Series is now faster and more optimized than ever. |
Learn more the SecuryzrTM neo Core Platform
The Crypto Solutions (or Cryptographic Coprocessors) are built upon a hardware IP core platform that accelerates cryptographic operations in System-on-Chip (SoC) environment on FPGA and ASIC.
Symmetric operations are offloaded very efficiently as it has a built-in scatter/gather DMA. The coprocessor can be used to accelerate/offload IPsec, VPN, TLS/SSL, disk encryption, or any custom application requiring cryptography algorithms.