engine
An open-source abstraction layer library that simplifies application deployment on AWS, GCP, Azure, and other cloud providers.
What is engine?
Qovery Engine is an open-source orchestration engine that simplifies deploying applications on any cloud provider. It acts as an abstraction layer over Kubernetes and cloud infrastructure, enabling developers to deploy apps in seconds without managing the underlying complexities. The engine automates cloud account setup, configuration, and application deployment, making cloud infrastructure accessible and manageable.
Developers, DevOps engineers, and companies looking to streamline and automate application deployment across multiple cloud providers without deep infrastructure expertise.
Developers choose Qovery Engine for its ability to abstract away cloud infrastructure management, support multi-cloud deployments, and leverage Kubernetes power through a simple interface. Its open-source nature, extensible plugin system, and use of proven tools like Terraform and Helm provide flexibility, reliability, and control over deployments.
Overview
The Orchestration Engine To Deliver Self-Service Infrastructure ⚡️
Use Cases
Best For
- Simplifying application deployment on AWS, GCP, or Azure
- Automating cloud infrastructure setup and management
- Deploying containerized applications without deep Kubernetes expertise
- Building a self-service infrastructure platform for development teams
- Managing multi-cloud deployments from a single interface
- Integrating infrastructure-as-code practices with Terraform and Helm
Not Ideal For
- Projects exclusively using serverless architectures without containerization
- Teams deeply integrated with a single cloud provider's native deployment tools (e.g., AWS CodeDeploy, Google Cloud Run)
- Organizations requiring immediate, out-of-the-box support for all cloud services without beta or voting-stage features
- Small-scale deployments where the overhead of managing Rust dependencies and multiple binaries is unjustified
Pros & Cons
Pros
Seamlessly deploys applications across AWS, GCP, Azure, and other providers, eliminating vendor lock-in and simplifying multi-cloud strategies as highlighted in the README's multi-cloud support.
Leverages Kubernetes power while providing a higher-level interface, making container orchestration accessible without deep expertise, as it abstracts Kubernetes complexities.
Uses Terraform and Helm for declarative management, ensuring infrastructure changes are version-controlled and reproducible, integrating with existing IaC practices.
Supports plugins for cloud providers, CI/CD, registries, and more, allowing customization to fit specific deployment workflows, though some are in beta or require voting.
Cons
Key integrations like Azure and GCP support are marked as 'vote' or beta in the README, indicating limited maturity and potential instability for production use.
Requires Rust for library usage and depends on Terraform, Helm, Kubectl, and Docker binaries, adding complexity to setup, maintenance, and learning curve for non-Rust developers.
As an open-source engine, users must host and manage it themselves, including updates and scalability, unlike fully managed services that handle operational burdens.
Open Source Alternative To
engine is an open-source alternative to the following products:
Frequently Asked Questions
Related Projects
aws-lambda-rust-runtimeA Rust runtime for AWS Lambda
aws-sdk-rustAWS SDK for the Rust Programming Language
rusotoAWS SDK for Rust
azure-sdk-for-rustThis repository is for the active development of the Azure SDK for Rust. For consumers of the SDK we recommend visiting Docs.rs and looking up the docs for any of libraries in the SDK.
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