Hire Dedicated Rust Developers
Our Rust developers are architects of performance, crafting memory-safe, concurrent, and blazing-fast applications for your company's most critical systems.
- Top 1% Vetted Rust Developers
- Aligned with Your Time Zone & Workflow
- Interview Developers Before Committing
- Flexible Contracts & Transparent Pricing
Trusted by Leading
Industry Clients Globally
Join our esteemed clients who rely on innovative technology solutions to drive their success and growth.



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Trusted by Leading
Industry Clients Globally
Join our esteemed clients who rely on innovative technology solutions to drive their success and growth.










Hire Rust Developers for Their Specialized Expertise
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High-Performance Backend Development
We build tailor-made backend systems using a powerful stack centered on Rust and Tokio. Our process focuses on creating efficient, memory-safe code for solutions that are both incredibly fast and easy to maintain. By integrating tools like gRPC for APIs and modern ORMs, we develop applications that perform reliably under extreme load. This approach provides a solid, fault-tolerant foundation for your application's future, making it a lasting business asset.

CLI and Systems Tooling Development
Our developers use Rust’s robust ecosystem to create powerful, cross-platform command-line interface (CLI) tools and other systems utilities. These applications are perfect for developer tooling, data processing pipelines, and automation where performance and reliability are critical. We design ergonomic interfaces using libraries like Clap that facilitate smooth interaction for your users, all while following strict error-handling practices to keep your tools dependable and your operations running at their best.
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Embedded Systems and IoT Solutions
Our team builds potent embedded applications and full-featured IoT solutions by leveraging Rust’s guarantees of memory safety and performance. We configure these systems to deliver reliable operation on resource-constrained devices like microcontrollers without needing a garbage collector. The outcome is a resilient embedded platform that is straightforward for your engineers to extend and provides a great experience, ensuring your hardware is both safe and highly efficient.

WebAssembly (WASM) Integration
We architect high-performance web modules designed to run CPU-intensive tasks directly in the browser at near-native speeds. Our stack includes Rust compiled to WebAssembly, often integrated with JavaScript front-ends like React or Vue. This setup is designed for maximum performance for tasks like data analytics. We build systems that can grow with your needs, maintaining a responsive and powerful experience for your users as your feature complexity increases.
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Blockchain and Web3 Development
We develop effective decentralized applications and blockchain protocols by extending and building with frameworks like Substrate or the Solana toolchain. This method saves considerable development time while producing secure, high-performance networks. We can add custom pallets, integrate advanced cryptography, and implement specific consensus rules to fit your exact vision. This transforms a standard framework into a purpose-built chain that helps your community build and transact with greater security and speed.
Why Hire Rust Developers from Entrans
1. Expertise in Rust and its Core Crates
Our developers are proficient in Rust and the entire systems stack, including async runtimes, web frameworks, and essential third-party crates.

2. Focus on Performant & Safe Development
We leverage Rust's principles of ownership and "fearless concurrency" to build applications that are both blazing-fast and memory-safe.

3. Mission-Critical System Solutions
Access expert Rust developers for your most demanding projects.

4. "Zero-Cost Abstractions" Philosophy
Use our deep understanding of Rust's core features—including traits, generics, and the borrow checker—to build powerful, efficient software.Â

5. Experience in Building Resilient Systems
Our team excels at building applications that are not only performant but are also optimized for reliability and ready to scale.

Our Hiring Models
Dedicated Rust Developers
Ideal for long-term, complex projects requiring specialized Rust expertise, such as trading systems, blockchain protocols, or custom cloud infrastructure.

Team Augmentation
Integrate our seasoned Rust developers into your existing team to accelerate systems development, build new services, or refactor critical performance bottlenecks.

Project-Based Engagement
Develop specific Rust applications, high-performance libraries, or system tools based on well-defined scopes and deliverables.

Tech Stack Used By Our Rust Developers
Core Language + Tooling



Asynchronous Runtime



Web Frameworks + ORMs




Platforms + Targets





Blockchain and Web3




Testing and Quality Assurance



Our Development Process
Requirement Analysis
Planning & Design
Development
Testing
Deployment
Maintenance & Support
Latest Trends in Rust Development
Adoption in Cloud Native and Platforms
With Rust's performance and small footprint, developers are building leaner, faster infrastructure. The trend is to create custom Kubernetes operators, service meshes like Linkerd, and platform tooling that offer higher performance and better resource utilization than their counterparts written in garbage-collected languages, saving on cloud costs.
Rise of Rust in AI/ML Infrastructure
There's a significant trend of using Rust to build the high-performance backbone for AI/ML applications, like data pipelines or inference engines. This approach simplifies operations, allowing data scientists to build performant models on a safe and reliable foundation deployed via Python bindings.
Maturing Web Framework Ecosystem
While performance has always been key, there's a growing trend towards developer experience in web backends with frameworks like Axum. This provides ergonomic APIs and deep integration with the Tokio ecosystem, empowering developers to build scalable, maintainable web services without sacrificing raw speed.
GUI Development with Tauri and Iced
A major trend is the seamless development of fast, secure, and lightweight desktop applications using Rust with frameworks like Tauri. This allows for a superior user experience, combining Rust's powerful backend logic with a web-based frontend in a single, small binary file.
Integration into the Linux Kernel
Developers are increasingly using Rust for kernel-level development, especially for drivers, due to its memory safety guarantees. Given Rust's ability to prevent entire classes of bugs at compile time, it provides the perfect, secure foundation for building robust, low-level systems code.
Our Client Success Stories

Modernizing Care Coordination for a Leading Healthcare Information Technology Company
A leading healthcare information technology company based in North America set out to transform care coordination by connecting providers, payers, and patients through a unified, data-driven platform.
The resulting platform achieved a 60% reduction in onboarding time and 40% improvement in operational efficiency

Transforming Lending Operations for a Leading Financial Services Provider
A leading financial services provider in the United States embarked on a mission to modernize its commercial lending operations.
The end result developed by Entrans achieved a 45% reduction in loan processing time and 50% faster onboarding.
FAQs on Hiring Rust Developers
A Rust developer uses the Rust programming language to build fast, reliable, and memory-efficient software. Their work includes systems programming, building backend services, creating embedded systems, and ensuring "fearless concurrency" in applications.
They use Rust as the core language and its build tool, Cargo. Key tools include async runtimes (Tokio), web frameworks (Actix-web, Axum), and ORMs (Diesel, SeaORM). Version control with Git is standard.
Rust applications are compiled into a single, static binary with no external dependencies. This binary is typically deployed inside a minimal Docker container (like Alpine) and managed with Kubernetes for scalability, or deployed directly onto a server.