How to Secure IoT Edge Device from Multiple Attacks?
In the 1990’s, designing for performance was the main challenge and the marketing message for Intel processors was limited to the core frequency. Then designers had to optimize power consumption to target mobile phones/smartphone and build power efficient SoC, low power but high performance devices. Now in 2015 the semi industry realizes that security is becoming a very strong requirement almost mandatory to support emerging systems expected to equip every house, car, factory or body. If you think that security is optional, just remember that tomorrow’ electronic systems will have to be built to support a changing world, just take Paris attacks as an example of today’ reality …
To read the full article, click here
Related Semiconductor IP
- Embedded Hardware Security Module for Automotive and Advanced Applications
- Hardware Security Module
- Voltage Detector
- Power Switch
- Low Dropout Regulator (LDO)
Related Blogs
- How Secure DDR Interfaces Protect DRAM from Memory Attacks
- NXP Introduces Tensilica HiFi 4 DSP-based Platforms to Secure IoT Edge Devices
- From ChatGPT to Computer Vision Processing: How Deep-Learning Transformers Are Shaping Our World
- How to Secure Your Computing System's Power-Up Process with Secure Boot?
Latest Blogs
- RISC-V Processor Design - Free YouTube Course by Maven Silicon
- Why Secure Boot is Your Network’s Best Friend (And What BlackTech Taught Us)
- How PCIe® Technology is Connecting Disaggregated Systems for Generative AI
- Future of PQC on OpenTitan
- HiFive Premier P550 Development Boards with Ubuntu Now Available—With Great Reviews and a Lower Price