What is a Self-Service Infrastructure Platform?
The Problem with Traditional Infrastructure Management
Traditionally, development and operations teams have had to rely on each other to manage infrastructure. This often led to delays and inefficiencies, as developers had to wait for operations teams to provision and deprovision resources. These bottlenecks slowed down the application development and deployment process, leading to increased time-to-market.
Introducing Self-Service Infrastructure Platforms
Self-service DevOps infrastructure platforms offer an alternative to the traditional approach by allowing developers to independently manage their infrastructure resources. By utilizing pre-defined, approved templates, developers can quickly provision and deprovision resources on-demand, streamlining the development process and reducing delays. As a result, engineering and DevOps teams can work more efficiently and autonomously, allowing organizations to be more agile and competitive.
Benefits of Self-Service Infrastructure Platforms
- Improved Agility: By enabling developers to manage infrastructure on their own, self-service platforms allow organizations to respond more quickly to changing market demands and customer needs.
- Reduced Time-to-Market: By eliminating delays in provisioning and deprovisioning resources, self-service platforms enable faster application development and deployment, ultimately leading to a shorter time-to-market.
- Enhanced Collaboration: Self-service infrastructure platforms foster better communication and collaboration between development and operations teams, as they no longer need to rely on each other for resource management.
- Cost Savings: By enabling on-demand resource allocation, self-service platforms help organizations optimize their infrastructure usage, reducing overall operational costs.
Check out our previous article to learn more about the benefits of Self-Service Infrastructure Platforms.
Examples of Self-Service Infrastructure Platforms
- AWS Service Catalog: Offered by Amazon Web Services, this platform allows organizations to create and manage catalogs of IT services, enabling developers to easily provision resources according to pre-defined templates.
- Qovery: Qovery is a DevOps self-service infrastructure platform that combines the simplicity of Platform as a Service (PaaS) with the flexibility of Infrastructure as Code (IaC).
- Google Cloud Deployment Manager: Part of the Google Cloud Platform, Deployment Manager allows developers to create and manage infrastructure resources using templates written in YAML, Python, or Jinja2.
- Microsoft Azure DevOps: Azure DevOps is a suite of collaborative tools that includes Azure Resource Manager, enabling developers to define and manage infrastructure using templates and version-controlled code.
Conclusion
Self-service DevOps infrastructure tools are a game-changer for engineering and DevOps teams, enabling them to work more efficiently and autonomously. By providing on-demand infrastructure management capabilities, these platforms not only reduce time-to-market but also foster better collaboration and cost savings. Embracing self-service infrastructure platforms can help organizations stay agile and competitive in an ever-evolving technology landscape.
.svg)
.svg)
.svg)
Suggested articles
Because various organizations need cloud application and service management that offers different levels of simplicity, cost-effectiveness, or feature sets than OpenShift, this article will review its top alternatives to help readers make an informed decision aligned with their specific infrastructure needs.
Running GPU workloads on EKS has never been easy, until now. With Qovery’s latest update, you can enable GPU nodes, configure GPU access, and optimize costs automatically, all without writing a single line of YAML or touching Helm charts. Qovery now handles everything behind the scenes so you can focus entirely on your applications.
Master Kubernetes deployment strategies: Rolling Update, Recreate, Blue/Green, and Canary. Learn the pros, cons, and use cases to choose the right strategy based on your uptime, risk tolerance, and resources. Simplify complex rollouts with automation.
Confused about which AWS container service to use? This comprehensive guide compares the trade-offs between simplicity, control, and complexity for ECS, EKS, and Elastic Beanstalk to help you choose the right platform for your application.
Planning your ECS to EKS migration? Learn the strategic business case (portability, ecosystem access), navigate the step-by-step roadmap, and avoid common pitfalls (networking, resource allocation). Discover how Qovery automates EKS complexity for a seamless transition.
Is Fargate too simple or Kubernetes too complex for your scale-up? Compare AWS Fargate vs. EKS on cost, control, and complexity. Then, see how Qovery automates Kubernetes, giving you its power without the operational headache or steep learning curve.
Dive into the ultimate FluxCD vs. ArgoCD debate! Learn the differences between these top GitOps tools (CLI vs. UI, toolkit vs. platform) and discover a third path: Qovery, the DevOps automation platform that abstracts away Kubernetes complexity, handles infrastructure, and lets you ship code faster.
Qovery unveils its new brand identity, reinforcing its mission to make DevOps simple, intuitive, and powerful. Discover how our DevOps automation platform simplifies infrastructure, scaling, security, and innovation across the full DevOps lifecycle.
.webp)