Work with Rust experts trusted by the world's top tech teams.
We've delivered Rust projects for organizations requiring memory-safe systems, high-performance backends, and secure blockchain infrastructure. Onboard vetted, senior Rust developers in 2 weeks.
4.9/5
60 client reviews
You've probably used products built by our Rust developers.
We build Rust software for organizations that can't tolerate memory corruption but need execution speeds measured in microseconds. When teams need systems-level control without C's risks, they turn to us.
Operating systems, device drivers, and firmware require predictable performance without garbage collection pauses. We build systems-level software in Rust that manages hardware directly, handles interrupts, and enforces memory safety through the compiler rather than runtime checks. Our solutions leverage Rust's ownership model to prevent data races and memory leaks at compile time. So your systems gain the performance of C with memory safety guarantees that eliminate entire classes of vulnerabilities.
Backend services handling millions of requests require efficient resource usage and low latency. We build Rust backends that handle concurrent connections with minimal memory overhead and scale horizontally without performance degradation. Our work uses async patterns for non-blocking I/O and compiles to efficient machine code. This approach delivers APIs with consistent performance under load, reducing infrastructure costs and over-provisioning.
Blockchain systems demand deterministic execution and security without compromise. We develop blockchain infrastructure and smart contracts that enforce consensus rules, validate transactions, and execute with predictable gas costs. Our work handles cryptographic operations efficiently while maintaining security through Rust's type system. We ensure that your blockchain applications can stand up to vulnerabilities while maintaining throughput.
Resource-constrained devices can't afford runtime overhead or unpredictable behavior. We build embedded firmware in Rust that runs on microcontrollers with kilobytes of RAM, responds to interrupts deterministically, and manages peripherals safely. Our approach eliminates undefined behavior through compile-time checks while generating compact binaries. This delivers IoT devices that operate reliably with firmware that's simpler to maintain than equivalent C code.
Browser-based applications need near-native performance for compute-intensive workloads. We compile Rust to WebAssembly that executes complex algorithms in the browser, processes large datasets client-side, and integrates with JavaScript seamlessly. We handle memory management efficiently within the WebAssembly sandbox. Our approach delivers responsive applications that perform complex operations without server round-trips.
Command-line tools require fast startup, low memory usage, and cross-platform compatibility. We build CLI applications in Rust that parse arguments robustly, execute operations efficiently, and provide clear error messages. Our tools compile to single binaries that run on Windows, macOS, and Linux without dependencies. This approach delivers reliable tooling that integrates cleanly into existing development workflows.
Security-critical applications can't tolerate memory corruption or timing attacks. We implement cryptographic systems in Rust that perform encryption, signing, and hashing with resistance to side-channel attacks. The type system prevents common cryptographic implementation errors at compile time. This delivers results in a security infrastructure with formally verifiable guarantees that C implementations can't provide.
Their engineers perform at very high standards. We've had a strong relationship for almost 7 years."
The best partnerships are the ones you don't have to worry about. We deliver the kind of technical execution and reliability that builds long-term trust. It's why clients consistently praise our work quality and performance.
Backed by 4000+ devs
Why tech leaders choose our Rust teams:
For over a decade, we've delivered systems-level software that meets strict performance requirements, eliminates memory vulnerabilities, and maintains code quality through compiler-enforced safety.
Speak With Our Team
Top 1% Senior Rust Talent
We hire fewer than 1% of over 2 million applicants each year. Our Rust developers average 8+ years of production experience across systems programming, concurrent systems design, and performance optimization. Everyone on our team has passed a multi-month evaluation process featuring hands-on technical assessments and interviews. You work directly with experienced Rust developers who've already proven they can deliver at the highest level.
Scale Across Systems
Rust projects require expertise beyond the language itself. With 4,000+ engineers covering the full SDLC, we bring systems engineers, embedded specialists, backend developers, DevOps experts, or security engineers into your team as projects expand. You can support any systems-level initiative on your roadmap with one trusted partner.
Proven Long-Term Stability
We support 500+ active clients, with average relationships lasting over three years — and some continuing for more than a decade. Our 96% retention rate reflects the consistent delivery and reliability that define our partnerships. This stability translates into stable project teams, engineers who understand your systems deeply, and partnerships that keep delivering value as your business evolves.
The ecosystem we use for Rust projects:
Our engineers are well-versed in Rust development and 100+ complementary technologies. We work within Rust's mature ecosystem while integrating with the broader tech stack your organization already relies on.
Web Development Frameworks
We build web applications and APIs using Rust frameworks that provide type-safe routing, async request handling, and minimal runtime overhead. These frameworks allow us to compile efficient binaries that handle thousands of concurrent connections with low memory usage.
Asynchronous Programming & Networking
We handle concurrent operations using async runtimes and networking libraries that provide non-blocking I/O without callback complexity. These tools enable high-throughput systems that scale efficiently across CPU cores.
Database & ORM
We integrate Rust applications with databases using query builders and ORMs that provide compile-time query validation. These libraries prevent SQL injection and type mismatches before code reaches production.
Serialization & Data Formats
We handle data transformation using serialization libraries that support multiple formats with zero-copy deserialization. These crates provide type-safe parsing that prevents malformed data from causing runtime errors.
Cryptography & Security
We implement cryptographic operations using audited libraries that resist timing attacks and misuse. These crates provide the primitives needed for encryption, signing, and secure random number generation.
Blockchain & Web3
We build blockchain infrastructure and smart contracts using frameworks that provide deterministic execution and efficient state management. These tools handle consensus, transaction validation, and smart contract deployment.
CLI & Terminal Interaction
We create command-line tools using libraries that handle argument parsing, terminal output, and user interaction. These crates provide the building blocks for professional CLI applications with rich user experiences.
Embedded Systems & Hardware
We develop firmware using embedded Rust libraries that provide hardware abstraction without runtime overhead. These tools enable safe, concurrent access to peripherals on resource-constrained microcontrollers.
Testing & Quality Assurance
We validate Rust code using the built-in test framework and property-based testing libraries. These tools catch edge cases and verify correctness through automated test generation.
Build Tools & Development
We manage Rust projects using Cargo and supporting tools that handle dependencies, compilation, and distribution. These utilities streamline the development workflow and ensure reproducible builds.
WebAssembly
We compile Rust to WebAssembly using tools that generate optimized binaries and handle JavaScript interop. These utilities enable Rust code to run in browsers with near-native performance.
We build web applications and APIs using Rust frameworks that provide type-safe routing, async request handling, and minimal runtime overhead. These frameworks allow us to compile efficient binaries that handle thousands of concurrent connections with low memory usage.
Get Rust results you can stand behind.
Need extra Rust expertise?
Plug us in where you need us most.
We customize every engagement to fit your workflow, priorities, and delivery needs.
Staff Augmentation
Get senior, production-ready developers who integrate directly into your internal team. They work your hours, join your standups, and follow your workflows—just like any full-time engineer.
Dedicated teams
Spin up focused, delivery-ready pods to handle full builds or workstreams. Together we align on priorities. Then our tech PMs lead the team and drive delivery to maintain velocity and consistency.
Software outsourcing
Hand off the full project lifecycle, from planning to deployment. You define the outcomes. We take full ownership of the execution and keep you looped in every step of the way.
Kick off Rust projects in 2-4 weeks.
We have reps across the US.
Speak with a client engagement specialist near you.
Tell us more about your needs. We'll discuss the best-fit solutions and team structure based on your success metrics, timeline, budget, and required skill sets.
With project specifications finalized, we select your team. We're able to onboard developers and assemble dedicated teams in 2-4 weeks after signature.
We continually monitor our teams' work to make sure they're meeting your quantity and quality of work standards at all times.
Global companies have trusted us to build and scale Rust solutions for over a decade.
Excellence.
Our minimum bar for client delivery.
Over 130 awards, accolades, and achievements showcase our quality and commitment to client success.
What tech leaders ask about Rust before pulling us in:
How quickly can your Rust developers start on my project?
Our developers typically onboard in 2-4 weeks. Thanks to their experience, they start delivering real value and contributing meaningfully far faster than a typical new hire. With a bench of 4,000+ senior engineers, we can assemble teams fast.
What level of experience do your Rust developers bring?
We screen over 2 million applicants annually and hire less than 1%. We only select skilled Rust developers with 8+ years of proven experience and extensive knowledge of the Rust ecosystem. Our Rust teams have built production systems handling millions of requests per second, implemented blockchain consensus mechanisms, and developed embedded firmware for resource-constrained devices. Our engineers understand ownership semantics, lifetime management, and the concurrent programming patterns that prevent data races at compile time.
Will your engineers work in my time zone?
Yes. Our nearshore teams operate during US hours, communicate in English, and overlap fully with your in-house staff for standups, sprint reviews, and daily communication. This means our teams can fully integrate with your development process, avoiding unnecessary delays and async communication issues.
How do you integrate with our workflows and tools?
We use your tools and processes (Git, GitHub, GitLab, Jira, Slack) from day one. Our engineers adopt your coding standards, participate in code reviews, and follow your CI/CD practices without requiring process changes.
Do you have experience in regulated industries?
We've delivered dozens of projects in highly regulated industries like healthcare and finance, meeting HIPAA, PCI-DSS, and GDPR requirements without slowing delivery. We're ISO 27001 certified, which means your projects inherit our established security controls.
Our Rust teams leverage the language's memory safety guarantees to eliminate buffer overflows and use-after-free vulnerabilities, implement cryptography with audited libraries like ring and RustCrypto, and follow secure coding practices.
How stable are your teams over time?
Our model is built for continuity and long-term partnership. Our engineers are full-time employees with exceptionally low turnover. Most stay on projects for 2+ years. With more than 4,000 engineers plus thousands in our hiring pipeline, we can fill specialized roles in days when scaling or backfilling roles. When changes do happen, our onboarding and documentation processes keep knowledge intact.
Do you handle contracts and billing in the US?
Yes. We operate from a US headquarters under US law and jurisdiction, which makes procurement straightforward. Your team avoids international payment complications and everything runs through one vendor.
See why the biggest names in tech trust us with Rust software development.
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