Compare Koyeb vs. Mirantis Secure Registry

Deploy your code to production seamlessly and rapidly with Koyeb, allowing you to enhance backend applications using top-tier hardware at the edge. By linking your GitHub account to Koyeb, you can effortlessly select a repository for deployment while we handle the underlying infrastructure. Our platform simplifies the process of building, deploying, running, and scaling your application without any setup required. Just push your code, and we will take care of the rest, implementing swift continuous deployment for your app. With built-in native versioning for all your deployments, you can innovate without fear. Create Docker containers, host them on any registry, and deploy your latest version globally with a single API call. Collaborate with your team effectively, enjoying real-time previews after each push thanks to our integrated CI/CD features. The Koyeb platform empowers you to mix and match various languages, frameworks, and technologies, allowing you to deploy any application without the need for changes, owing to its native compatibility with widely-used languages and Docker containers. Koyeb automatically detects and builds applications written in Node.js, Python, Go, Ruby, Java, PHP, Scala, Clojure, and many others, ensuring a seamless deployment experience. With Koyeb, you have the freedom to innovate and scale without limitations.

Public container registries are hosted out in the open, while many private registries operate from providers’ clouds. Mirantis Secure Registry works where you need it—including on your clusters themselves, putting you back in control. Mirantis Secure Registry is an enterprise-grade container registry that can be easily integrated with standard Kubernetes distributions to provide the core of an effective secure software supply chain. Role-based access control Integrate with internal user directories to implement fine-grained access policies. Synchronize multiple repositories for separation of concerns from development through production. Image scanning Continuously scan images at the binary level and check against a regularly updated CVE vulnerability database. Image signing Developers and CI tools can digitally sign contents and publishers of images, so downstream users and automation tools can verify image authenticity before running. Caching and mirroring Mirror and cache container image repositories to avoid network bottlenecks and make images available across multiple sites for distributed teams and production environments. Image lifecycle Automatically clean up images based on policy controls.