What is CPS1?
CPS1 is a Cloud Development Environment (CDE) platform that enhances your whole development process, resulting in a faster and more reliable workflow. CPS1 is deployed on your Kubernetes cluster to manage the lifecycle of cloud-based development environments, delivering capabilities beyond those of traditional local setups.
CPS1 tackles the challenges of modern software development, enhancing workflows so engineers can write more code while spending less time waiting on builds or handling shared non-production environments.
Why CPS1 was created
We believe that, given the complexity and other characteristics of modern systems, development must take place on a managed cloud infrastructure with automation, rather than locally on each contributor's laptop.
This change is essential to increase software development and delivery capabilities by 10x while maintaining quality and consistency, all without increasing the number of people involved.
To achieve the results of our vision, we believe that the Cloud Development Environment paradigm is the best path forward.
It is also crucial to make it easy to transition from laptop-based local environments to the cloud by utilizing automation, eliminating the need for labor-intensive manual updates of software projects."
What is a Cloud Development Environment
A Cloud Development Environment (CDE) consists of pre-configured software development tools that are accessible in the cloud and on demand. It includes all the necessary dependencies, allowing developers to start coding within moments, without the need for local installation and configuration on their computers.
This paradigm offers several advantages, such as:
- Standardized and centrally managed environments: Development environments are always stable and ready for coding.
- Access to powerful cloud resources: Leverage powerful cloud machines without being limited by local CPU and memory constraints.
- Automatic updates and security patches: Library and toolchain updates are always current, eliminating the need for local maintenance.
- Portability: Code from anywhere, at any time, with a consistent environment that matches production.
- Enhanced collaboration: Facilitates easy remote collaboration and troubleshooting.
Fundamentally, Cloud Development Environments (CDEs) shift the paradigm from local coding on laptops to remote development. To learn more about CDEs and the advantages of this paradigm shift, here are four recommended articles for a deeper understanding of the subject:
| Article | Description | Author |
|---|---|---|
| What Is a Cloud Development Environment? | This article explains the concept of Cloud Development Environments (CDEs), detailing how they provide developers with accessible, pre-configured tools in the cloud. It highlights the benefits of using CDEs, such as improved collaboration, reduced setup time, and enhanced scalability for development teams. | Matt Stamp |
| Cloud Development Environments | In this newsletter, the author discusses the rise of Cloud Development Environments, emphasizing their role in streamlining software development processes. It covers the advantages of CDEs over traditional local setups, including flexibility and efficiency, and shares insights on adopting this paradigm in development workflows. | Gergely Orosz |
| The Challenges of Creating & Managing Developer Environments at Scale | This article addresses the complexities involved in establishing and managing developer environments, particularly at scale. It explores common issues such as consistency, security, and resource allocation, and offers strategies for overcoming these challenges to ensure efficient development operations. | Twain Taylor |
| The Real Cost of Poor Local Development Environments | In this Medium post, the author examines the hidden costs associated with inefficient local development environments. It discusses the impact on productivity, collaboration, and software quality, advocating for the transition to more effective solutions like Cloud Development Environments to enhance development efficiency. | Soner Çökmen |