Development Workflow
We help setting up industry-standard version control systems, such as Git and GitHub, to track changes, facilitate collaboration, and ensure a secure and organised development workflow. This also entails enabling continuous integration pipelines to automate testing, build processes, linting; to ensure the ongoing integrity of your codebase.
Lasting Correctness
Development and implementation of robust unit tests is critical to ensure the continued correctness and reliability of your software. Depending of the project, we can enable appropriate testing and benchmarking frameworks to automatically trigger reports when code changes are made.
Security and Performance
To uncover critical safety and performance issues in your software, we use static and dynamic code analysis to find hidden bugs and memory leaks that can lead to resource loss and security risks. We also offer full or partial migration of critial code to a high-performance but memory safe language such as Rust.
Code Revival
Comprehensive analysis and enhancement of legacy code written in C, C++, and Python. Integration of modern practices to extend the lifespan and functionality of existing codebases.
Migration and Translation
Complete rewriting and translation of code into Rust or modern C++ to enhance performance, reliability, and maintainability.
Refactoring
In-depth code refactoring to improve readability, scalability, and overall code quality. We follow best practices and recommendations for your given language using linting tools and static analysis.
- Version Control: Utilization of industry-standard version control systems, such as Git and GitHub, to track changes, facilitate collaboration, and ensure a secure and organized development workflow.
- Continuous Integration: Setup and configuration of continuous integration pipelines to automate testing, build processes, and ensure the ongoing integrity of your codebase.
- Profile existing software using static and dynamic code analysis. Profiling is an important tool to find critical safety and and performance issues.
- Unit Testing: Development and implementation of robust unit tests to ensure the continued correctness and reliability of your software.
- Expose C, C++, or Fortran code with Python bindings to significantly lower the threshold to use your application.
- Build System Modernization: Modernization of build systems such as CMake for C/C++ projects or Cargo for Rust projects to streamline development processes and improve project maintainability.