Anti-Counterfeiting, Piracy Protection, Brand Protection, Protection Against Theft of Service or Content
Secure Boot News
Secure Boot
Intrinsic-ID's Quiddikey™ Secure Boot solution for embedded devices comprising
- A hardware Quiddikey key storage IP instance
- A SHA-256 or AES hardware IP core for authentication
- On-chip or off-chip enrollment software
- A PC Software image signing tool
Functionality:
Intrinsic-ID’s solution for secure boot allows to securely boot up an embedded system from minimal on-chip ROM and Flash-based software. It does not require any on-chip non-volatile memory to hold any symmetric keys, hashes or public keys for software image integrity checks, making it the industry’s most flexible solution.
Advantages:
- Strong cryptographic authentication of customer software images
- No on-chip non-volatile memory required for key storage
- Low cost and flexibility, one chip serving multiple customers
Applications:
- Secure Boot
- Anti-cloning and anti-copy protection
Specification Example:
Quiddikey in Hardware |
|
|---|---|
| Number of gates | ±20k |
| SRAM | ±1kbyte |
| Non Volatile Memory | ±1kbyte |
| Enrollment Speed (Clock Cycles) | 10k |
| Reconstruction (Clock Cycles) | 10k |
| Area | ±0.08mm2 |
AES Hardware |
|
|---|---|
| Standalone AES core | ±6kgates |
| Fully Integrated AES core | ±12kgates |
| Encryption performance | <=56 cycles |
| Key setup (decryption) | <=64 cycles |
| Throughput | 228Mbit/s @ 100Mhz |
| Area (90nm TSMC) | ~ 0.02-0.03 mm2 |
SHA-256 Hardware |
|
|---|---|
| Standalone SHA-256 core | ±30-35kgates |
| Hashing performance | <=72 cycles per 512-bit block |
| Throughput | ±710Mbit/s @ 100Mhz |
| Area (90nm TSMC) | ~ 0.1 mm2 |
Intrinsic-ID Inc.
2033 Gateway Place, Suite 500
San Jose, CA 95110
USA
+1 408-573-6186
Intrinsic-ID B.V. Headquarters
High Tech Campus 9
5656 AE Eindhoven
The Netherlands
+31 40 851 90 20
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