How to Secure Your Computing System's Power-Up Process with Secure Boot?
A hardware-based secure boot can strengthen the integrity of a computing system during its power-up. How can we implement a secure boot in our devices, and what prerequisites are required?
Quite often, when one thinks about security and cryptography in particular, the focus is on confidentiality: How do I keep my messages secret? How do I keep my computing device secure so that attackers cannot access my valuable data?
However, integrity is quite often even a prerequisite for confidentiality in a computer system. Therefore, one should also ask:
How do I know that the messages I send are received unmodified?
How do I know that my computing device behaves as intended and is not running some malicious piece of software that leaks all my secrets to an attacker?
To read the full article, click here
Related Semiconductor IP
- Network-on-Chip (NoC)
- 12-bit, 400 MSPS SAR ADC - TSMC 12nm FFC
- DVB-S2 Demodulator
- UCIe PHY (Die-to-Die) IP
- UCIe-S 64GT/s PHY IP
Related Blogs
- Why Secure Boot is Your Network’s Best Friend (And What BlackTech Taught Us)
- When countries rush to secure the first 450mm fab
- ICCAD Keynote: Design of Secure Systems - Where are the EDA Tools?
- EDA in the Cloud: OneSpin says your design is secure
Latest Blogs
- Enabling End-to-End EDA Flow on Arm-Based Compute for Infrastructure Flexibility
- Real PPA improvements from analog IC migration
- Design specification: The cornerstone of an ASIC collaboration
- The importance of ADCs in low-power electrocardiography ASICs
- VESA Adaptive-Sync V2 Operation in DisplayPort VIP