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The Post-Quantum Cryptography (PQC) IP developed by Secure-IC represents a giant leap towards securing systems against future quantum threats. This IP is designed with a hybrid hardware-software architecture, making it adaptable for a range of applications requiring quantum-resistant security features. At its core, this IP includes a hardware accelerator optimized for lattice-based algorithms combined with a software library tailored for specific algorithms like the Crystals Kyber. This PQC solution is engineered to meet the demands of security standards well into the quantum computing age, offering high-resistance to potential side-channel attacks such as Simple Power Analysis (SPA) and Differential Power Analysis (DPA). Additionally, the design supports secret key lengths of 512, 768, and 1024 bits, providing tunability in performance and power, thus catering to the precise needs of various applications. Equipped with an AMBA interface, the PQC IP facilitates integration within existing systems, reinforcing them with the necessary cryptographic operations such as key generation, key encapsulation, and key decapsulation. This makes Secure-IC's PQC IP instrumental for industries looking to future-proof their devices against emerging quantum threats, underscoring its importance as part of a forward-thinking security strategy.
Secure Protocol Engines offered by Secure-IC are high-performance IP blocks engineered to enhance network and security processing. These engines are designed to offload the main system processor, thereby facilitating efficient handling of complex security algorithms and network protocols. Secure-IC's protocol engines aid in optimizing system performance by taking over tasks such as data encryption and decryption, ensuring data integrity and confidentiality in various embedded applications. These protocol engines are an integral part of Secure-IC's embedded security solutions, explicitly targeting sensitive data protection and access prevention across diverse electronic components and systems. By dedicating specific IP blocks to manage security protocols, the design not only accelerates processing speed but reduces the power consumption burden on the primary processing units. Incorporated within a trusted interface like AMBA (APB, AHB, AXI), Secure Protocol Engines assure seamless communication and adaptability within System-on-Chip (SoC) designs. The integration flexibility they offer ensures their applicability across different hardware types, making these engines a vital component for enhancing the security architecture of embedded systems through advanced network and security management.
The Securyzr integrated Security Services Platform (iSSP) from Secure-IC is an industry-first that offers a comprehensive solution for managing device security lifecycle. It allows users to handle the deployment, monitoring, and updating of security measures for a fleet of devices. This end-to-end solution features zero-touch lifecycle services, which include secure provisioning, firmware update management, device identity control, and security monitoring. One of the key components of the Securyzr iSSP is its Integrated Secure Element (iSE), which provides the foundation for a secure environment by ensuring secure boot processes, key isolation, and protection against tampering. Its dual computation and strong isolation features grant it an added layer of protection beyond that offered by standard trusted execution environments. The platform facilitates secure communication between the device's hardware, host systems, and cloud environments through robust APIs and connectivity layers. Additionally, the Securyzr iSSP is adaptable for both public and private cloud operations, featuring a user-friendly interface for managing heterogeneous device fleets. Thanks to its user-centric design, it supports a range of applications and ensures compliance with the latest security standards. The platform stands out for its proactive approach to device lifecycle security, providing users with tools to adapt to ongoing security challenges and transformations.
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