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Rust engineeringyou can rely on
Building software where failure isn’t an option.
Rust gives you the performance of low-level languages with built-in safety, and Apriorit helps you apply it where it matters most. We design and deliver secure, high-load solutions for products where reliability, memory safety, and long-term maintainability directly affect business success. Our engineers combine deep low-level expertise with a security-first mindset to solve complex technical challenges without compromising speed or stability.
Backed by more than two decades of experience in system programming and cybersecurity, we utilize Rust strategically. With us, you can strengthen critical components, modernize legacy codebases, and build scalable foundations for future growth.
With Apriorit, you get:
- Deep system-level expertise
- A security-by-design development process to support compliance and minimize risk
- Rust engineers of any seniority level who are ready to integrate into your project
- End-to-end delivery all from one team: engineering, QA, and maintenance
Rust development services
Rust-based solutions we develop
System and low-level software
- Kernel modules and device drivers
- Operating system components
- High-performance system software
Embedded and IoT solutions
- Firmware for custom devices and sensors
- Secure and energy-efficient IoT solutions
- Connected device management systems
Backend systems
- Cloud-native backends and APIs
- Real-time streaming and event-driven systems
- System-style backend components
- Databases
Applications and platforms
- Web applications and browser components
- SaaS products and enterprise platforms
- Cryptocurrency and blockchain solutions
Cybersecurity systems
- Cryptography-focused applications
- Cybersecurity platforms and tools
- Secure authentication and identity management solutions
- Data protection and privacy tools
- Secure APIs and microservices
Tools for network and infrastructure management
- Network management solutions
- Mobile device management systems
Looking for hand-picked Rust development experts?
Get access to senior Rust developers who are ready to collaborate on your project and help you move forward without delays.
Tools and technologies we use
Tokio
Futures
Smol
Tiberius
mio
Diesel
SQLx
SeaORM
Rusqlite
bb8
r2d2
deadpool
RustCrypto
ring
Ockam
aws-lc-rs
Clap
StructOpt
Termion
xflags
Serde
RMP-serde
musli
Druid
egui
Glium
OrbTk
Iced-rs
Leptos
Yew
Dioxus
Tauri
winit
Tracing
Log
Tracing-subscriber
Env_logger
Wasm_logger
Slog
tracing_web
Embedded-hal
Rust-embedded
Frunk
cargo-test
flamegraph
cargo-fuzz
cargo-llvm-cov
proptest
cargo-udeps
cargo-expand
Rust Analyzer
Miri
Services to furtherpower your product
Industries we serve
Rust projects we haverecently delivered
Porting a Remote Connectivity Protocol from C to Rust for Web Use
We helped Devolutions, a Canadian company that delivers access management tools, modernize legacy remote access tech by porting their IronVNC protocol from C to Rust. As a result, we optimized protocol performance and established WebAssembly support for seamless browser-based connectivity.
This upgrade allowed our client to deliver a safer and more flexible cross-platform remote management solution, and become more competitive by expanding the feature set.
Building a Linux network monitoring driver in Rust
We built a Linux kernel-level network monitoring driver in Rust to capture, filter, and log network traffic for security and operational visibility. The solution enabled stable packet inspection at the system level while reducing memory-related risks common in low-level networking components.
Implementing telemetry data collection for cybersecurity monitoring
We developed a Rust-based telemetry agent to collect and stream security-relevant system data into a centralized monitoring platform. The solution facilitated reliable real-time visibility into system behavior while maintaining low overhead and stable performance for continuous security monitoring.
Developing a minimal OS for Raspberry Pi 3 in Rust
We built a minimal OS kernel for Raspberry Pi 3 in Rust, including core I/O abstractions and basic device drivers. The solution provided a stable and secure foundation for device interaction while reducing common system-level risks in embedded environments.
Using Rust, a Raspberry Pi 3, and ready-made GPIO and UART registers allowed us to speed up development.
Why choose Aprioritfor Rust development?
01
System-level and cybersecurity focus
Work with Rust engineers experienced in low-level domains, including kernel modules, device drivers, networking software, and secure system components.
02
Secure SDLC
Be confident at each step of your business journey with our time-proven security-first approach that has led hundreds of projects to success.
03
Wide pool of IT talents
Access 400+ seasoned software developers and experts, including QA specialists, business analysts, UI/UX designers, and project managers.
04
End-to-end R&D from one vendor
Get a complete R&D setup without managing multiple partners. Apriorit covers the full delivery cycle, from validation and prototyping to development and testing.
05
Continuous Rust knowledge sharing
We run regular internal Corporate University training workshops, tech talks, and peer reviews, so our Rust developers stay up to date on industry trends and technologies.
06
Pre-vetted senior Rust engineers
Collaborate with Rust developers who bring hands-on experience in system programming, security engineering, and performance-critical software.
What our clients say about us
FAQ
Why should I choose Rust for backend development?
<p>Rust is a strong choice for backend systems that require high performance, reliability, and security. Its memory-safety guarantees and concurrency model help prevent issues like data races and buffer overflows, ensuring systems remain stable under heavy load. This makes Rust well-suited for latency-sensitive and high-traffic applications.</p>
Rust also offers several modern tools and a growing ecosystem for building APIs, microservices, and cloud-native backends. For you, this means predictable performance, lower infrastructure costs, and better protection for critical backend services.
What is the Rust programming language used for?
<p>Rust is a systems programming language designed for performance and safety. It’s ideal for developing high-performance applications where reliability and performance are crucial. This makes Rust software development services popular in industries including finance, automotive, and telecommunications. </p>
<p>Apriorit developers advise using Rust for the following types of projects:</p>
<ul class=apriorit-list-markers>
<li>Backend systems and web applications</li>
<li><a href=/dev-blog/696-kernel-embedded-development-for-raspberry-pi>Embedded</a> and IoT systems</li>
<li><a href=/our-expertise/blockchain-development>Blockchain</a> and cryptocurrencies</li>
<li>Operating systems</li>
<li>Drivers</li>
<li><a href=/our-expertise/network-management>Network management</a> software</li>
<li>Command-line and development tools</li>
</ul>
Why should I choose Rust for my project?
<p>Choosing Rust for your project offers significant advantages in terms of performance, safety, and reliability. The growing Rust ecosystem, strong community, and powerful tooling enhance developer productivity and maintainability. Additionally, Rust’s interoperability with C and C++ allows for gradual integration into existing projects.</p>
For a business, incorporating Rust can mean fewer runtime errors and improved software performance, leading to reduced maintenance costs and an enhanced user experience. If your projects involve building performance-critical applications, processing large volumes of data, or developing embedded systems, having a Rust application development team could provide a significant competitive advantage.
How does Rust compare to C++?
<p><a href=/white-papers/520-rust-vs-c-comparison>Rust and C++</a> are powerful low-level languages used for similar tasks. Rust prioritizes safety and concurrency, using an ownership model to manage memory and prevent common bugs. This makes it safer and often more reliable, but it can result in a steeper learning curve and longer compilation times.</p>
C++ offers direct control over hardware and memory, which can lead to highly optimized code. However, this flexibility comes at the cost of potential safety issues, such as memory leaks and undefined behavior. C++ is ideal for applications requiring maximum performance and direct hardware control.
Which well-known solutions are built with Rust?
<p>Yes. In this case, we recommend starting with a <a href=/white-papers/710-project-discovery-phase>discovery phase</a>. During this process, our experts prepare specifications, mock-ups, and an architecture overview. If needed, we also conduct competitor research. At the end of the phase, you’ll have full documentation, a detailed estimate, and everything required to launch development with us or the vendor of your choice.</p>
<ul class=apriorit-list-markers>
<li>Amazon Web Services</li>
<li>Cloudflare</li>
<li>Coursera</li>
<li>Dropbox</li>
<li>Discord</li>
<li>Figma</li>
<li>Mozilla</li>
<li>npm</li>
<li>Polkadot</li>
<li>Solana</li>
</ul>
How can Rust ensure software security?
<p>Thanks to Rust’s security features and design, the White House has even called for <a href=https://stackoverflow.blog/2024/12/30/in-rust-we-trust-white-house-office-urges-memory-safety/>using it to improve software cybersecurity</a>. The key security features of Rust include:</p>
<ul class=apriorit-list-markers>
<li>An ownership system to prevent memory leaks</li>
<li>A borrow checker that eliminates data races by enforcing strict rules on references</li>
<li>Type safety to prevent type errors</li>
<li>Concurrency to execute parallels safely without data corruption</li>
<li>Memory safety to prevent null pointer dereferencing and buffer overflows</li>
</ul>
When developing a Rust application, the Apriorit team also integrates it with Rust-based security tools for cryptography, user authentication, static and dynamic analysis, and other purposes. These seamless integrations allow us to significantly improve the product’s security.
What are the limitations of Rust programming?
<p>Rust offers significant advantages in safety and performance. However, the learning curve can be steep for developers unfamiliar with low-level programming, potentially slowing initial development. That’s why if you plan a Rust web development project, it may be best to start looking for experienced Rust outsourcing developers instead of growing your own team locally.</p>
Additionally, Rust compile-time checks that enhance safety can result in longer compilation times, impacting development speed. However, hire Rust development company for projects where security, reliability, and performance are critical, as the trade-offs may be well worth it.
Tech insights
and expert tips
-
Rust for Backend Development: Benefits, Use Cases, and Architectural Approaches
Discover when to use Rust for backend development, its business benefits and use cases, and architectural approaches for building high‑performance s…
-
Why (And Why Not) to Use Rust for Your Software: A Guide to Choosing the Right Technology for Your Product
Discover why to use Rust and explore its benefits for safe, high-performance development across long-lived, security-critical, and scalable systems.
-
Writing Windows Drivers in Rust: How Rust Is Changing Kernel-Level Development [+ Development Guide]
Explore a detailed guide on writing a Windows driver in Rust, including benefits, challenges, development basics, and a minifilter example.
-
All You Need to Know About Rust for Automotive: Benefits, Limitations, and Compliance Requirements
We discuss the benefits and use cases of Rust in automotive software. Learn how this language enables software security and regulatory compliance.
![Writing Windows Drivers in Rust: How Rust Is Changing Kernel-Level Development [+ Development Guide]](https://www.apriorit.com/wp-content/uploads/2026/02/v1-1-blog-article-Windows-Driver-Development-with-Rust-How-to-develop-a-Filesystem-Minifilter-driver-cover.jpg)
