Compare Atlantis vs. System Initiative

Atlantis operates as a self-hosted solution, ensuring that your credentials remain within your own infrastructure. It functions as either a Golang binary or a Docker image and is compatible with deployment on various platforms such as VMs, Kubernetes, and Fargate. This tool listens for webhooks from popular version control systems including GitHub, GitLab, Bitbucket, and Azure DevOps. It executes Terraform commands remotely and provides feedback with their outputs. Employed by one of the leading companies globally, it effectively manages over 600 Terraform repositories and supports a team of 300 developers. Having been in production for more than two years, each pull request now features a comprehensive log detailing the infrastructure changes made, the contributors involved, and the approvals granted. Atlantis includes the option to mandate approvals for every production change, facilitating compliance with audits without disrupting your workflows. Developers can initiate Terraform pull requests without needing to expose their credentials, while operators can set requirements for approvals before permitting application changes. This ensures that all alterations are applied prior to merging into the master branch, enhancing both accountability and oversight in the development process. Additionally, the system's detailed change logs promote transparency and traceability, making it an invaluable tool for managing infrastructure as code.

System Initiative serves as a collaborative tool aimed at alleviating the small frustrations often encountered in DevOps tasks. It utilizes comprehensive models that leverage their interconnections to dynamically interpret configurations and automate code generation as needed. Through qualifications, users gain immediate clarity on the feasibility of their configurations, allowing them to incorporate policies directly into the simulation. The platform features a fully interactive multiplayer interface that facilitates seamless cooperation among specialists, which is essential to effective DevOps practices. Users can enhance functionality and enforce policies, with every aspect represented as a TypeScript function existing on a reactive hypergraph. While we are committed to the core ideals of DevOps, it is important to recognize that current practices often result in numerous minor inconveniences and subpar results. To achieve better outcomes, we must rethink our beliefs about what is achievable. Collaboration across various disciplines has always been central to DevOps, and it has required a vast community effort to create the tools and methodologies we use today. This collaborative spirit is vital as we strive for progress and seek to overcome the challenges that hinder our work.