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We continue our journey into the world of programming languages. Let’s talk about one of the most sought-after programming languages in 2025 – Rust. According to Stack Overflow, it is also one of the most popular languages among developers. Read about how Rust came about and how it gained popularity in the new publication by Filio Force development.
Rust is a language that combines high performance and security. In the early 2000s, there were two approaches to creating computer languages: one emphasised speed, and the other emphasised security. For example, C++ programmes ran fast but could crash due to a programmer’s accidental error. Java, on the other hand, reduced the risks for the developer, but this meant that programmes lost speed. The idea behind Rust was to combine the power of C++ with the stability of Java.
The creator of the Rust language is Graydon Hoare, a programmer at Mozilla. Initially, the language was developed as his personal project, but then it was completely taken over by the company. Hoare began developing the language in 2006, and Rust was officially released in 2010. The first stable release of Rust, version 1.0, was published in 2015. Since then, the language has gained widespread recognition and popularity in various fields, from system programming to web application development and blockchain platforms. Rust has become one of the most beloved languages among developers thanks to its reliability, convenience, and powerful memory management system.
The main motivation for creating Rust was to solve problems related to security and performance in system programming, according to experts at Filio Force it company. Many languages, such as C and C++, gave developers complete control over memory, but this often led to errors, memory leaks, incorrect access, and multithreading issues. Rust was created to eliminate these shortcomings by providing developers with the same low-level control capabilities, but with strict security guarantees at the compilation stage.
One of Rust’s key features is its ability to compile into native machine code for various operating systems and architectures. This means that programmes written in Rust can be run almost anywhere: on Windows, MacOS, Linux, as well as on more specialised platforms. Compilation in Rust also supports cross-compilation, making it even more versatile. For example, you can write code on one computer and then compile it for a completely different platform, be it a mobile device, microcontroller, or cloud infrastructure. This makes Rust an ideal choice for projects that require portability, such as multi-platform applications, games, or systems running in distributed environments.
The Rust language is widely used in various areas of programming due to its combination of performance, security, and convenience. One of the key areas of application is system programming, where Rust is used to develop operating systems, virtual machine drivers, and low-level libraries. Projects such as the Redox operating system and kernels for WebAssembly were created based on Rust.
Another popular area is web development, where Rust is used to create high-performance servers and APIs. Because Rust is resilient to stress, it can be used to develop server-side logic for websites. A powerful standard library, clear syntax, and fast compilation make Rust ideal for creating lightweight and reliable utilities.
Rust is also popular in areas where security is critical, such as blockchain and cryptocurrencies. It provides reliability, which is especially important for systems that handle financial transactions. Rust excels in these areas thanks to its ability to prevent typical memory management errors at the compilation stage, its high performance on par with C and C++, and its active ecosystem and community that creates powerful libraries and tools.
Remember, you can read about other programming languages on the Filio Force Canada blog. For example, we talked about the first programming languages and their use today.