Infrastructure Changes and Compatibility Testing

Swiftly spin up temporary environments to test infrastructure changes or check the interoperability of system components. Promote changes across environments with confidence, minimizing the risk of errors and disruptions.

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Challenges and Solutions

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Problem Solution

Testing infrastructure changes and deployment risks: During infrastructure development you need to have a pipeline to test and promote new features from dev to stage, and then to production – the same as you do when deploying applications. Implementing untested changes in production can lead to downtime and costly disruptions.

Pre-deployment validation: Cluster.dev infrastructure templates and Git versioning help you do this while integrating with your existing CI/CD solution. Validate changes in isolated testing environments to minimize the risk of deploying faulty configurations to critical systems.

Interoperability testing: Combining various components in a complex infrastructure can lead to compatibility issues, affecting system functionality.

Efficient testing environments: Cluster.dev templating engine enables quick creation of isolated testing environments that mirror the target infrastructure, facilitating comprehensive compatibility testing.

Complex component management: Coordinating multiple technologies and tools within a single infrastructure can be challenging and error-prone.

Streamlined interactions: Cluster.dev seamless integration of components simplifies testing and validation, enabling smoother interactions between various parts of the infrastructure.

Solution

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Effective Interoperability Testing

Create isolated testing environments that mirror the target setup. By replicating the real infrastructure, you can thoroughly test component interactions, ensuring seamless interoperability before making changes in critical environments.

Mark Piller

Founder at Backendless Corp.

Cluster.dev's transformative templating solution swiftly resolved our challenge of adapting to a growing demand for public cloud services. Seamlessly deploying our enterprise SaaS and integrating flawlessly with our complex system, it redefined efficiency in SaaS deployment.

Who Can Benefit from Our Solution?

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Software Vendors:

Validate changes in your product's environment to guarantee a smooth experience for your customers when implementing updates.

Development Teams:

Simplify the process of identifying and resolving compatibility issues between different components, ensuring smoother deployments.

DevOps Engineers:

Streamline the validation process and reduce risks associated with changes in complex infrastructures, enhancing the overall reliability of the deployment process.

Enterprise SaaS Providers:

Ensure your software solutions work flawlessly within various infrastructures by conducting comprehensive compatibility testing before deployment.

Cloud Service Providers:

Empower your cloud services with infrastructure compatibility testing, ensuring seamless deployments and heightened customer satisfaction.

QA and Testing Teams:

Elevate your testing efficiency with infrastructure validation, guaranteeing error-free deployments and top-notch software quality assurance.

Ready to get started?

Interested in seeing our solution in action? Contact us to schedule a demo tailored to your specific needs. Witness how our solution can solve your deployment challenges.

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Can Cluster.dev integrate with existing automated testing tools?

Yes, Cluster.dev seamlessly integrates with existing automated testing tools. The Cluster.dev commands for creating or deleting a cluster can be effortlessly incorporated into existing CI/CD pipelines, enabling the automatic setup or shutdown of even the most complex environments.

How does Cluster.dev handle version control in pre-deployment validation?

It achieves this through component version interoperability testing. Stack templates pin specific versions for infrastructure components. If a component is upgraded, its new version can be specified in the template, allowing for the relaunch of the infrastructure to verify compatibility with other infrastructure elements.

How does Cluster.dev ensure the security of testing environments?

It does so by incorporating best security practices within its templates. Additionally, you can close testing environments for external traffic, keeping your data and configurations confidential and secure throughout the entire testing cycle.

What methods does Cluster.dev use for detecting compatibility issues in infrastructure components?

Cluster.dev employs a method of replicating target infrastructure setups for component testing alongside other services. This approach ensures early detection of potential compatibility problems. Additionally, if one of the stack components undergoes an upgrade, we can modify its version in a stack template and relaunch the infrastructure to assess its compatibility with other components after the upgrade.

What types of performance metrics can be monitored using Cluster.dev during testing?

Cluster.dev is natively integrable with the Grafana-Prometheus monitoring stack, which allows for monitoring of a wide range of performance metrics, both infrastructure- and application-specific. The metrics may include response time, server resource usage, deployments fail rate or any other custom parameter required for testing system performance.

Can Cluster.dev handle parallel testing environments for different development branches?

Sure! The Cluster.dev templating engine allows you to replicate infrastructure blueprint as many times as it is needed, creating multiple environments for parallel testing across different branches. This allows for concurrent testing of various features or updates, speeding up the development process.