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Runtime / Containers

Bring the image. Keep your release process.

Deploy services from compatible OCI images on Podman. Configure environment variables and ports, follow lifecycle actions and inspect service logs.

Example · Container deployment inputs
Image
registry.example.com/team/api:1.0
Runtime
Podman / compatible OCI image
Configuration
Application environment variables
Networking
Application port + service access
Persistence
Check the selected storage options

Illustrative image reference. Supply an accessible image for your application.

Deployment input
Compatible OCI image
Administration
Image, configuration and service logs
Best fit
Application APIs and background workers

Application architecture / Containers

Make the release artifact the starting point.

Package each API or worker in a versioned image. Supply its environment, ports and dependency connections at deployment. Review storage options before persisting application data.

What this gives you

A clear relationship between the image you build and the service your team operates.

Where it fits

What you can do with containers.

For APIs, web services and workers already packaged as container images.

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Deploy a packaged application

Use an OCI image that contains the application and its dependencies. An explicit image version gives your team a recognizable release artifact to deploy and investigate.

Configure the service boundary

Supply required environment variables and exposed ports through the available configuration fields. Define how the process reaches databases, queues and other services you operate.

Follow startup and lifecycle

Inspect the deployed container state and use available lifecycle actions from the console. Application startup, network reachability and persistent data each need their own check.

Read application logs

Use the available log view to investigate startup errors and request handling. Maintain the image, dependencies and log content as part of your application release process.

In practice

One image. A clearly defined service.

Choose a container when your software is already packaged as an OCI image and its configuration can be supplied at deployment.

01

An application API

Package the API and its dependencies in an image. Configure the listening port and the connections to its backing services.

Plan for

Image architecture, environment variables and endpoint access.

02

A background worker

Run a compatible worker image that connects to the queue or application service you operate.

Plan for

Outbound access, retry behavior and orderly shutdown.

03

A release evaluation

Run a versioned image with separate test configuration to review an application change.

Plan for

Image version, test data and persistent storage behavior.

The workflow

From configuration to a running workload.

  1. 01

    Select a workload

    Choose a published container offer and a compatible image.

  2. 02

    Configure the runtime

    Set the supported environment and network options for your application.

  3. 03

    Inspect the service

    Follow logs, check connectivity and adjust your application configuration.

Configuration checks

Prepare the operating environment.

  • Confirm that the runtime can access a compatible image.
  • Document required variables, listening ports and external dependencies.
  • Check how application data survives restarts and image changes.

Responsibilities

Know what you maintain.

Platform tools
Container deployment, service lifecycle actions and available log views.
Your team
Image updates, application dependencies, configuration and persistent data.
Offer details
Check image access, architecture, resources and storage options for the selected service.
Discuss a specific requirement ↗

Containers / Questions

A few details before you start.

Read the containers guide ↗
Can I use an existing application image?

Start with an OCI image compatible with the selected runtime and its architecture. Check registry access and supported configuration fields before ordering.

Where should my application keep data?

Review the persistence options of the chosen offer. Treat files inside a container as application state that needs an explicit storage and recovery plan.

Who updates the application dependencies?

Your team maintains and rebuilds the image, selects the version to deploy and checks the result. Keep a known working version and a rollback procedure.

Your next step / Containers

Find the configuration for your workload.

Compare available resources and billing terms, then configure the service around your application.