Pave the way
for development.

Powerful. Easy.
Maintainable.

ISD Infrastructure Improvements.

Portability

Docker enables us to move our applications to the Google Cloud. To package and deploy our applications on Kubernetes Engine it could be as simple as packaging our apps into a docker image, uploading the image to a cloud registry, creating a container cluster, deploying our app to the cluster, and exposing our app to the Internet.

1. Package your app into a Docker image
2. Upload the image to a registry
3. Create a container cluster
4. Deploy your app to the cluster
5. Expose your app to the Internet
6. Scale up your deployment
7. Deploy a new version of your app

Hosting

Containerizing our applications point to gains in efficiency for memory, CPU and storage compared to physical application hosting. Without the overhead required by VMs, it is possible to support many more application containers on the same infrastructure.

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Volume Mounting

This process entails pulling an existing image, creating a container from it, and then use a volume mount to map the files for your static website from the host into the container you created.

Container Injects

This process involves copying the files into the container file system. So, instead of a volume mount, you'll copy the files from the host file system into the container file system (much like you might do with SSH). This approach is like using a 'cp' command to securely copy files onto another computer.

Bake into an Image

This process involves baking the static websites files in an image so that when we pull down the image it already has the files you need inside it. This way you don't have to worry about getting the files into the container when you're ready to use it. Simply start the container and everything you need will be up and running.