As attacks become more sophisticated, connected electronic devices require more and more security. Because of this, FPGA and Systems On Chip are expected to provide grounds for the main system security requirements such as secure storage, secure communications, trusted platform and firmware.
Integrated Secure Elements also known as trusted enclaves enable these requirements. These subsystems are turnkey solutions and are thus easy to integrate in complex architectures.
The SoC Defender™ is a fully integrated Secure Element aimed at securing System On Chips or FPGA. This Root of Trust consisting of hardware and firmware provides most of the required security services.
Integrated Secure Element (iSE)
Overview
Key Features
- Secure boot
- Life cycle management
- Secure key storage
- Certificates storage and management
- TLS protocol for secure communications
- Encryption and decryption services
- Digital signature computation and verification
Deliverables
- Encrypted VHDL source codes
- VHDL and C testbenches
- UPF power model files
- Design specification
- Integration manual
Technical Specifications
Related IPs
- Integrated Secure Element (iSE) for multiple applications
- Integrated Secure Element (iSE) for automotive
- Integrated Secure Element (iSE) for industrial IoT, factory automation, and AI devices
- Integrated Secure Element (iSE) for high-end devices with HW isolated secure processing
- TESIC CC EAL5+ Secure Element IP Core
- TESIC RISC-V CC EAL5+ Secure Element Soft/Hard Macro