IoT Security－Secure Chip Protection

Secure Chip Protection

Device Security Chips

Using Infineon OPTIGA™ TPM and OPTIGA™ Trust M chips, certified with Common Criteria EAL6+, these chips feature independent processors and storage areas, ensuring physical separation from device OS and software. This high-security design counters hacker attacks effectively.

Key Hardware Protection

Utilizing PUF (Physically Unclonable Function) technology, each chip has a unique identifier, enhancing key security. PUF technology ensures keys are generated and stored securely within the device, preventing attacks and key leakage.

Device Certificate Application

Certificates manage IoT device certification needs, securing deployment legality with unique IDs and certificates.

Secure Device Boot

Provides firmware integrity checks for Secure Boot, ensuring that devices only start with untampered firmware, increasing security reliability.

Code Signing: Enhanced Trust

Code signing services allow developers to digitally sign code, executables, and firmware, enabling users to verify the authenticity and integrity of software and prevent tampering.

Data Signing and Encryption: Ensuring Integrity and Confidentiality

Integrates with security components and applications for data signing, verification, and encryption.
Complies with PKCS7 and W3C XML standards, and offers optional end-to-end encryption (E2EE) modules.

RoT, the Foundation of Trust