Rust Development

I help companies design and build reliable software with Rust. Whether you are creating a new product, modernizing an existing platform, or improving performance, I focus on solutions that remain fast, maintainable, and dependable as your business grows. The goal is software that works today and continues to provide value for years to come.

Why Rust?

Rust combines performance, reliability, and long-term maintainability, making it a strong choice for software where these qualities matter.

  1. Building Backend Services

    Backend services in Rust for systems that need to stay reliable in production. The focus is on clear code, predictable behaviour, and software that remains maintainable as the system grows.

  2. Developing APIs & Microservices

    APIs and microservices with clear interfaces that are straightforward to use and extend. This makes it easier to connect systems and adapt them when the needs of the business change.

  3. Creating Command Line Tools

    Command line tools in Rust for repetitive tasks, development workflows, and internal operations. They can automate work that would otherwise take time to do manually and remain easy to maintain over time.

  4. Integrating Systems

    Existing applications, services, and infrastructure can be connected where systems need to work together. The integration fits into the current setup and keeps the different parts understandable and maintainable.

Every project has different technical and business requirements. I choose the architecture, technologies, and implementation approach to fit those requirements, keeping the software efficient today and adaptable as it evolves.

Design Philosophy

Rust encourages disciplined engineering through features that make correctness, clarity, and maintainability part of everyday development.

  1. Ensuring Correctness

    Software should behave as intended, with problems found before they become production issues. Tests and careful development make changes easier to verify and releases more predictable.

  2. Prioritizing Safety

    Rust prevents many common memory-related errors before they can reach production. This provides a solid foundation for software that needs to stay reliable without giving up performance.

  3. Optimizing Performance

    Good performance starts with thoughtful design and a clear understanding of what the system needs. Efficient use of resources keeps applications responsive and predictable as the workload changes.

  4. Valuing Simplicity

    Simple solutions are easier to understand, test, and maintain. Clear architecture and readable code make it easier to change a system when requirements evolve.

  5. Engineering for Maintainability

    Software needs to remain understandable after the original work is finished. Clear code and structure give future developers a solid basis for maintaining and extending the system.

  6. Designing Systems

    A clear architecture provides a solid foundation for systems that can grow with the needs of the product. Straightforward structures make later changes and extensions easier to understand and maintain.

These principles shape the software from architecture and implementation through testing and long-term maintenance. The result is software that remains dependable without sacrificing performance or making future changes unnecessarily difficult.

Architecture

Good software starts with an architecture that fits its requirements and leaves room for change.

  1. Designing Systems

    A clear architecture provides a solid foundation for systems that can grow with the needs of the product. Straightforward structures make later changes and extensions easier to understand and maintain.

  2. Integrating Databases

    Relational databases can be integrated with established Rust libraries and clear structures. This keeps data access understandable and provides a solid foundation for future changes.

  3. Testing for Quality

    Automated tests help catch problems early and make changes easier to verify. Regular validation provides more confidence when releasing and running software in production.

  4. Security by Design

    Security is considered from the beginning of the development process rather than added just before release. Rust’s memory safety and strict type system help prevent many common errors during development.

A solid foundation makes applications easier to understand, maintain, and extend as the business grows. I invest in clear boundaries and sensible abstractions so new features can be added without gradually turning the codebase into a burden.

Ecosystem

The Rust ecosystem provides a growing collection of libraries and frameworks for building reliable software in production.

  1. Powering Web Services

    Frameworks like Axum and Actix Web provide a solid foundation for web services that need to stay responsive as usage grows. They keep request handling clear while making good use of Rust’s performance and async capabilities.

  2. Handling Async Operations

    Tokio provides the runtime for asynchronous Rust applications that handle many operations at the same time. It helps keep I/O-heavy workloads responsive without tying up system resources unnecessarily.

  3. Accessing Data Reliably

    Database access can be handled with tools such as Tokio Postgres, SQLx, or Diesel. The right approach depends on how the application handles data and what makes sense for the existing architecture.

  4. Typing GraphQL APIs

    async-graphql makes it possible to build strongly typed GraphQL APIs in Rust. A typed schema keeps the API easier to understand and extend as more data and functionality are added.

  5. Structuring Applications

    Libraries like Serde and Tower provide common building blocks for serialization, middleware, and service composition. Used where they fit, they help keep application code modular and easier to maintain.

I choose libraries and frameworks based on what the project actually needs, with attention to stability, maintenance, community adoption, and long-term support. Established solutions help avoid unnecessary reinvention while keeping the codebase understandable and maintainable.

I develop your Rust Backend

Whether you are planning a new product or modernizing an existing platform, I can help you build it with Rust. Let’s discuss your goals, look at the technical challenges, and build software that delivers long-term value for your business.

Write Tobias an Email

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