Ownership and borrowing systems ensure that memory-related vulnerabilities such as null pointers and buffer overflows are prevented at compilation time. This makes Rust applications safe and secure.

Support for threads and async/await allow software developers to write concurrent programs that can take advantage of modern multicore processors such as the AURIX™ microcontrollers, improving performance and responsiveness. Allows the integration with RTOS (e.g PXROS-HR, …)

Allows better static analysis of the code and enforces more fine-grained constraints at compile time on the use of resources, double-free errors, and preventing race conditions between threads, resulting in a more robust and reliable system.

Allows developers to write high-level code that can be compiled to efficient low-level machine code without sacrificing performance. This makes Rust suitable for applications where performance is critical.

Provides a built-in set of tools that assist developers in managing their projects efficiently, resulting in improved code quality and maintainability. Cargo simplifies the process of building, testing, and packaging Rust projects, while also ensuring the dependency management, versioning, and distribution of code packages are handled seamlessly.

A strong type system prevents many common programming errors and improves code reliability, maintainability, and developer productivity.

Allows better static analysis of the code and enforces more fine-grained constraints at compile time on the use of resources, double-free errors, and preventing race conditions between threads, resulting in a more robust and reliable system.