Avoid tech rust by employing the Rust language

Rust might be something you want to avoid on your automobile, but your business would do well allowing this multi-paradigm programming language to spread through your technology. This language was designed for performance and safety with a special concentration on safe concurrency.

Rust was originally developed in 2006 by Graydon Hoare of Mozilla. Originally, Hoare created the initial compiler in OCaml but very soon shifted it to an LLVM-based, self-hosting compiler named rustc, which itself was written in Rust.

One of the biggest advantages of Rust, especially when applied to large collaborative projects, is that the compiler plays a gatekeeper and will refuse to compile code that contains elusive bugs (including concurrency bugs). Because of this, your teams can spend their time focusing on program logic, instead of bug testing.

Rust has also introduced several modern developer tools to the landscape, such as:

  • Cargo – the Rust dependency manager and built tool used for adding, compiling, and managing dependencies.
  • Rustfmt – ensures a consistent coding style across teams.
  • Rust Language Server – allows for the integration of various Integrated Development Environments (IDEs) for code completion and inline error messages.

Over the past couple of years, Rust has become incredibly popular. So popular that it’s being worked into the Linux kernel (the biggest open-source project on the planet). Why? Because Rust goes to great lengths to overcome specific issues other languages struggle with. 

One thing Rust does is use static typing to get out of the engineer’s way while encouraging long-term code maintainability at the same time. This is quite the departure from many statically-typed languages that place the onus on the developer to repeat variable types multiple times. This tactic hinders both readability and refactoring. 

Other statically-typed languages use whole-program type inference, which is quite convenient during the development phase. However, this type of language reduces the compiler’s ability to provide useful information about type matching errors.

Rust finds a happy medium between these 2 types to create a very developer-friendly language.

Rust also gives the engineer the choice of storing data on the stack or on the heap and can determine at compile-time when memory will no longer be needed. This makes garbage collection incredibly efficient. 

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What can you do with Rust?

When considering adding Rust into your development pipeline, this is the most important question you can ask. The answer? Almost anything. Rust can be used for:

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    Operating systems
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Some of the biggest Rust projects include:

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    Rocket - highly customizable web development framework.
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    Bevy - a very popular game engine.
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    Theseus - a modern operating system.
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    Druid - an experimental Rust-native UI toolkit.
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    OpenEthereum - one of the fastest, most secure Ethereum clients.
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    Firecracker - an open-source virtualization technology for creating and managing secure, multi-tenant container and function-based services.

Rust runs the gamut of possibility.

Why you should be using Rust

Outside of the seemingly limitless possibilities, what other reasons are there that could persuade you to jump on the Rust train? Let’s take a look.

  • Ideal for embedded programming
    Rust is fast and requires very low overhead, which makes it ideal for embedded systems. And because Rust allows for developers to find bugs early on in the process, it helps to prevent issues later on with IoT and other devices. To make this even more appealing, Rust allows for almost all types of abstractions, all of which will compile without affecting the performance of your code.
  • Great for web applications
    In this modern age of technology and consumerism, your business can’t afford to miss out on the web application bandwagon. Any development team familiar with using Java or Python for web applications will feel right at home with Rust. Rust can also be compiled into WebAssembly, for near-native performance. With Rust you can also compile nearly any language into WebAssembly, making it perfect for creating efficient and portable code that can immediately run online.
  • Cross-platform development
    For any company looking to develop for just about any known platform (web, mobile, desktop, and server), Rust might well be the perfect language for you. You can build applications for Linux, macOS, Windows, Android, iOS, and numerous embedded and edge systems.
  • Rust offers a wide ecosystem
    Because Rust’s popularity has skyrocketed, it enjoys a vast ecosystem of tools, frameworks, and libraries. On top of that, there are plenty of Rust-specific conferences to attend, such as RustConf, RustBelt, and RustConf, RustFest, where your developers can learn even more about the language.
  • Other reasons to use Rust
    Here are a few other benefits of employing Rust in your company’s development pipeline:
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    Ideal language for performance-centric applications.
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    Outstanding at processing massive amounts of data.
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    Gives you better control over resource allocation.
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    Optimal language when memory safety is key.
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    Rust also has numerous optimizations, due to stronger pointer aliasing rules.
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    Includes a built-in package manager.


Rust is everywhere and it’s only going to continue to rise in popularity. So if your business is looking to expand its development game, you can’t go wrong with Rust. Build outstanding web applications, mobile apps, desktop GUIs, operating systems, and embedded systems with a fast, security-focused, and simple-to-learn language that includes a smart compiler to help create bug-free binaries. What’s not to love about that?

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