How to Use Ephemeral Environments for End-to-End Testing

End-to-end testing is a critical process in software development that ensures the reliability and functionality of an application. However, setting up and managing end-to-end testing workflows can be challenging, often requiring complex infrastructure and time-consuming maintenance. This is where ephemeral environments come in. By providing an isolated, on-demand testing environment that can be quickly spun up and torn down, ephemeral environments can streamline the end-to-end testing process and help reduce resource waste. In this article, we will explore the concept of ephemeral environments and their benefits for end-to-end testing. We will also discuss how Qovery's platform simplifies the process of managing ephemeral environments for end-to-end testing workflows.

Morgan Perry

Morgan Perry

April 28, 2023 · 5 min read
How to Use Ephemeral Environments for End-to-End Testing - Qovery

#What are Ephemeral Environments?

#Traditional Environments vs. Ephemeral Environments 

Ephemeral environments are on-demand software environments for testing, development, or staging. These environments are automatically provisioned and terminated, optimizing resources and infrastructure costs. Ephemeral environments differ from conventional development and testing environments in various ways like:

  • Ephemeral environments exist only for a given activity or process, while traditional environments are maintained for continuing development or testing.
  • Ephemeral environments are built and destroyed on demand, while typical environments are set up and maintained regardless of use.
  • Ephemeral environments use resources only while active, optimizing resource use. Traditional surroundings waste resources even while idle.
  • Ephemeral environments ensure clean, consistent configuration across different installations. Traditional environments may alter over time, causing task inconsistencies or conflicts.
  • Ephemeral environments can quickly scale for different workloads and parallel processes. Traditional ecosystems may need manual intervention and more resources to scale.
  • Infrastructure as Code (IaC) solutions create ephemeral environments, making configuration management, versioning, and replication easier. Manual configuration or less automated operations in traditional setups may cause configuration drift or inconsistencies.

#Benefits of Ephemeral Environments 

Ephemeral environments are very powerful and bring many benefits like:

  • Developers and testers can work without waiting for shared resources in ephemeral environments. Products greatly benefit from this agility resulting in reduced development and market time.
  • Ephemeral environments are created and discarded only when needed, saving resources and infrastructure. This approach helps companies maximize resource use and avoid paying for idle resources.
  • Ephemeral environments provide clean, isolated instances for each job, minimizing conflicts and contamination from previous tasks. Isolation enhances system stability and testing accuracy.
  • Ephemeral environments can swiftly scale for changing workloads, parallel processes, or transitory demands. Companies can easily adjust to changing expectations.
  • Infrastructure as Code (IaC) solutions simplify ephemeral environment replication and version management. This streamlines disaster recovery, configuration management, and environment consistency.
  • Ephemeral environments provide risk-free innovation. Developers can experiment without affecting production/UAT, promoting creativity and reducing error risk.
  • Ephemeral environments can be integrated into CI/CD pipelines to automate development environment creation and deletion. This speeds up feedback loops and improves software delivery.

#Why Ephemeral Environments are Ideal for End-to-End Testing?

#Ephemeral Environments + End-to-End Testing

Ephemeral environments are ideal for end-to-end testing. Let's look at how they promote end-to-end-testing:

  1. Creating production or UAT replica environments through Ephemeral environments is very easy. Your testing becomes more realistic, increasing the likelihood that you will catch issues before your users do. 
  2. Ephemeral environments work in isolation. This allows team members to perform different types of testing (performance testing, security testing) without interruption. You do not get false positives and negatives from residual data or setups from previous experiments.
  3. Ephemeral environments can be removed as quickly as they are created, letting your testing infrastructure handle more test cases. Multiple tests can run concurrently without bottlenecks. 
  4. Ephemeral environments are created from a pre-defined blueprint, ensuring consistency between different test runs. You will not face environment-related differences causing discrepancies in test results.
  5. Ephemeral testing environments avoid maintenance because environment provisioning and de-provisioning are automatic. As a result, your teams can spend valuable time developing business features. 

Check out our full guide for building E2E Testing Ephemeral Environments with Qovery, GitHub Actions, and K6.

#Best Practices for Setting Up End-to-End Testing Workflows in Ephemeral Environments

Find below some best practices for setting up end-to-end testing workflows in ephemeral environments:

  1. Use Git to track test scripts, configuration, and infrastructure code changes. That way, you can revert to prior versions and keep track of changes.
  2. Provision and manage ephemeral environments via Terraform, CloudFormation, or other IaC tools. You will get uniform, reproducible, and easy-to-update environments.
  3. Incorporate containerization in your application. Docker and Kubernetes can bundle and deploy your application and dependencies. Your application administration will be simplified and will guarantee consistency between environments.
  4. Use multiple ephemeral environments simultaneously to speed up testing and reduce feedback time. Configure your CI/CD pipeline to start many environments in parallel. 

#Using Qovery for Ephemeral Environments and End-to-End Testing

Qovery streamlines cloud application deployment and maintenance by providing ephemeral environments. It automatically handles infrastructure management, scaling, and monitoring so developers can focus on developing business features instead of worrying about infrastructure problems. The platform supports numerous cloud providers, programming languages, frameworks, and databases.

Qovery automates creating and managing ephemeral environments, making end-to-end testing more efficient and error-free. Qovery lets developers quickly create new testing environments that match their production/UAT environment, ensuring test reliability and accuracy.

Here is how Qovery simplifies end-to-end testing through its powerful features related to ephemeral environments:

  1. Deployment Automation: Qovery automates application and ephemeral environment deployment. It provides strong integration with version control systems like Git to automatically deploy code changes to the right environment, saving time and effort.
  2. Environment Isolation: Qovery uses Kunernetes to bundle and run applications in isolated environments. Each ephemeral environment has the same dependencies and configurations as the production environment, which makes the testing more precise and reliable.
  3. Environment Replication: Qovery lets developers clone environments for testing in a few clicks. This functionality helps uncover issues before they affect end-users by running tests in a production-like environment.
  4. Preview Environments: Qovery's preview environments let developers test and review changes live before merging them into the main branch. Every pull request creates an ephemeral environment containing only that particular code change. This environment is shareable through a link which makes collaboration super easy. 


Ephemeral environments are on-demand, temporary instances used for testing, development, or staging that optimize resources and infrastructure costs. They offer numerous benefits, such as reduced development time, resource savings, clean and isolated instances, scalability, simplified configuration management, risk-free innovation, and integration with CI/CD pipelines. These environments are ideal for end-to-end testing as they enable realistic testing, work in isolation, support concurrent tests, ensure consistency, and require minimal maintenance.

Qovery streamlines cloud application deployment and maintenance, supporting various cloud providers, languages, frameworks, and databases. The platform automates ephemeral environment creation and management, making end-to-end testing more efficient and accurate. Key features include deployment automation, environment isolation, replication, and preview environments. Qovery allows developers to focus on writing code instead of managing infrastructure, ultimately simplifying the end-to-end testing process through ephemeral environments.

If you are one of the companies that want to improve their end-to-end testing, trying Qovery is just a click away. start a 14-day free trial- no credit card required - and use the platform in a few minutes. 

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