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The QDID PUF uses quantum tunneling via variations in the oxide layer of a CMOS process, creating a unique identity for devices. It eliminates the complexities and costs of traditional secure provisioning by generating high entropy keys on-demand from intrinsic quantum phenomena. This hardware-anchored identity solution excels in resisting side-channel attacks and offers compliance with standards like PSA Level 2 and CC EAL4+. Extensive environmental testing ensures durability, making it ideal for applications including secure key generation and device authentication.
A reliable quantum-resistant encryption solution designed to safeguard data against evolving quantum threats. This core ensures robust security through advanced cryptographic protocols that are resistant to quantum attacks, making it suitable for applications requiring long-term data protection.
The Fault Injection Detection IP enhances security by providing hardware-level defenses against glitch-based physical attacks. It includes modular detectors for clock, power, and thermal anomalies, ensuring protection of cryptographic implementations from real-world intrusion strategies. The IP is crucial for applications in automotive, medical, and high-assurance industrial sectors, as it allows detection and response to various physical threat vectors without affecting performance.
The Agile Secure Element IP is a customizable security enclave, integrating secure boot, key storage, and trusted execution into SoCs. It features crypto-accelerated engines for secure operations and a secure microprocessor, which can include a RISC-V core for isolation of critical processes. Designed to meet regulatory standards, it offers flexibility in integrating secure elements without custom development, facilitating rapid design of secure devices across various industries such as automotive and medical.
QRoot Lite is a flexible and lightweight root-of-trust designed for microcontrollers and IoT devices, especially those constrained by power and space. Following the TCG MARS specification, it introduces essential security features such as secure boot, attestation, and key protection. This IP minimizes costs and simplifies integration, aiding teams aiming for regulatory compliance and robustness in products that include smart sensors and medical devices. Its architecture is secured against counterfeiting and tampering, offering future-proof security with cryptographic agility.
These Cryptographic Cores are scalable, high-performance solutions providing implementations of symmetric, asymmetric, and post-quantum algorithms ideal for secure SoC designs. The cores are engineered to meet the demands of various markets including automotive and medical, featuring low-area, high-throughput, and built-in side-channel resistance. They support a range of cryptographic standards like AES, SHA, and ECC, and are future-proof with support for post-quantum algorithms such as Kyber and Dilithium.
This True Random Number Generator (TRNG) IP ensures high-quality entropy for secure key generation and cryptographic operations. Compliant with NIST and BSI standards, the TRNG offers both digital and analog implementations, which facilitate robust key management in secure boot and identity provisioning. Its secure entropy generation meets rigorous statistical health tests and can reach sampling rates up to 100 Mbit/s, providing a trustworthy foundation for cryptographic processes in a variety of applications.
The Digital PUF provides a compact and logic-based physically unclonable function (PUF) ideal for generating secure identities and keys within SoCs. This IP generates unclonable 128 or 256-bit seeds, offering a root of trust for secure boot, key generation, and device authentication while maintaining a minimal silicon footprint. It integrates seamlessly using APB or AXI interfaces and ensures high entropy through built-in standards-validated randomness tests. This makes the Digital PUF robust against tampering and optimal for low-footprint designs.
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