Rust 2025: $400,000 Salaries, C++, AI, and the Rise of Rust

Word count 2127, reading time approximately 11 minutes Rust 2025: $400,000 Salaries, C++, AI, and the Rise of Rust — Insights from Jon Gjengset Recently, an interview from JetBrains focused on one of the pioneers of the Rust language, Jon Gjengset. As a Rust live coder and advocate, Jon Gjengset holds a PhD from MIT, … Read more

Challenges and Enhancements for Functional Safety in Linux Systems

Challenges and Enhancements for Functional Safety in Linux Systems

1. Insufficiencies and Challenges of Functional Safety in Linux Systems The functional safety requirements for Linux systems in autonomous driving systems must meet the ISO 26262 ASIL B+ level (specific requirements depend on the actual automation level of intelligent driving and the functional allocation on the SOC). This is a significant pain point in the … Read more

Building Safety-Critical Applications Based on FreeRTOS

Building Safety-Critical Applications Based on FreeRTOS

Chapter 1 Introduction FreeRTOS™ is a market-leading real-time operating system (RTOS) designed for microcontrollers and small microprocessors. FreeRTOS is released under the MIT open-source license and includes a kernel and a continuously expanding library suitable for all industry sectors. The design of FreeRTOS emphasizes reliability and ease of use. With increasingly stringent safety regulations in … Read more

Advantages of Cortex-R5F: Low Latency Interrupt Handling

Advantages of Cortex-R5F: Low Latency Interrupt Handling

The Cortex-R5F is a real-time processor core based on the ARMv7-R architecture, designed for embedded systems that require high reliability and low latency. It is widely used in industrial automation, automotive electronics, and intelligent control.The core advantage of the Cortex-R5F lies in its low latency interrupt handling capability, enabling rapid response to external events while … Read more