Google Artifact Registry

  • Author: Ronald Fung

  • Creation Date: 14 June 2023

  • Next Modified Date: 14 June 2024

A. Introduction

Artifact Registry provides a single location for storing and managing your packages and Docker container images. You can:

  • Integrate Artifact Registry with Google Cloud CI/CD services or your existing CI/CD tools.

  • Protect your software supply chain.

  • Protect repositories in a VPC Service Controls security perimeter.

  • Create multiple regional repositories within a single Google Cloud project. Group images by team or development stage and control access at the repository level.

Artifact Registry integrates with Cloud Build and other continuous delivery and continuous integration systems to store packages from your builds. You can also store trusted dependencies that you use for builds and deployments.

B. How is it used at Seagen

Google Artifact Registry is a managed artifact repository that allows businesses to store, manage, and deploy software packages and artifacts on Google Cloud. Here are some ways that Seagen can use Google Artifact Registry to improve their software package and artifact management and deployment process:

  1. Artifact Storage: Google Artifact Registry allows businesses to store software packages and artifacts securely and reliably. Seagen can use Google Artifact Registry to store their software packages and artifacts and ensure that they are available when needed.

  2. Integration with DevOps Tools: Google Artifact Registry integrates with popular DevOps tools like Jenkins, Maven, and Gradle, enabling businesses to automate their software package and artifact management and deployment process. Seagen can use Google Artifact Registry in conjunction with their DevOps tools to automate their software package and artifact management and deployment process.

  3. Fine-grained Access Control: Google Artifact Registry provides fine-grained access control, enabling businesses to control who has access to their software packages and artifacts. Seagen can use Google Artifact Registry to ensure that only authorized users have access to the software packages and artifacts.

  4. Multi-Regional Replication: Google Artifact Registry supports multi-regional replication, enabling businesses to replicate their software packages and artifacts across multiple regions for improved availability and performance. Seagen can use Google Artifact Registry to replicate their software packages and artifacts across multiple regions to ensure that they are available to users in different locations.

  5. Custom Metadata: Google Artifact Registry allows businesses to add custom metadata to their software packages and artifacts, making it easier to manage and search for them.

By using Google Artifact Registry, Seagen can improve their software package and artifact management and deployment process, accelerate time-to-market for their applications, and reduce the risk of errors and downtime.

C. Features

Google Artifact Registry is a managed artifact repository that allows businesses to store, manage, and deploy software packages and artifacts on Google Cloud. Here are some of the key features of Google Artifact Registry:

  1. Private Artifact Repository: Google Artifact Registry is a private artifact repository that enables businesses to store and manage their software packages and artifacts securely and reliably on Google Cloud.

  2. Integration with DevOps Tools: Google Artifact Registry integrates with popular DevOps tools like Jenkins, Maven, and Gradle, enabling businesses to automate their software package and artifact management and deployment process.

  3. Fine-grained Access Control: Google Artifact Registry provides fine-grained access control, enabling businesses to control who has access to their software packages and artifacts. This ensures that only authorized users have access to the software packages and artifacts.

  4. Multi-Regional Replication: Google Artifact Registry supports multi-regional replication, enabling businesses to replicate their software packages and artifacts across multiple regions for improved availability and performance.

  5. Custom Metadata: Google Artifact Registry allows businesses to add custom metadata to their software packages and artifacts, making it easier to manage and search for them.

  6. Support for Multiple Package Types: Google Artifact Registry supports multiple package types, including Docker images, Maven packages, and npm packages, enabling businesses to store and manage a variety of software packages and artifacts in one place.

  7. Automated Vulnerability Scanning: Google Artifact Registry provides automated vulnerability scanning for Docker images, helping businesses identify security risks and vulnerabilities in their software packages and artifacts.

  8. Cost-Effective: Google Artifact Registry is a cost-effective solution for storing and managing software packages and artifacts, with pricing based on usage and storage.

Overall, Google Artifact Registry provides a range of features and services that enable businesses to store, manage, and deploy software packages and artifacts on Google Cloud. By using Google Artifact Registry, businesses can improve their software package and artifact management and deployment process, accelerate time-to-market for their applications, and reduce the risk of errors and downtime.

D. Where Implemented

LeanIX

E. How it is tested

Testing Google Artifact Registry involves verifying that the software packages and artifacts are stored, managed, and deployed correctly and securely. Here are some steps you can take to test Google Artifact Registry:

  1. Define Software Packages and Artifacts: Define the software packages and artifacts for your application, such as Docker images, Maven packages, or npm packages. Create the necessary files and configurations needed for the artifact to be built and deployed.

  2. Build Software Packages and Artifacts: Build the software packages and artifacts using the necessary tools and verify that the build process is successful. This can include checking that all dependencies are included, that the application is built correctly, and that any tests have passed.

  3. Push Software Packages and Artifacts: Push the software packages and artifacts to Google Artifact Registry and verify that they have been stored correctly. This can include checking that the artifacts are available in the registry and that the metadata is correct.

  4. Deploy Software Packages and Artifacts: Deploy the software packages and artifacts to your target environment, such as a Kubernetes cluster, and verify that it works correctly. This can include testing that the application is accessible, that it performs as expected, and that there are no errors or bugs.

  5. Monitor Performance: Monitor the performance of the application to ensure that it is stable, secure, and performing as expected. This can include monitoring application logs, usage statistics, and other performance metrics.

By following these steps, you can test Google Artifact Registry and ensure that your software package and artifact management and deployment process is working correctly and producing the expected results. It’s important to regularly test your software package and artifact management and deployment process to ensure that it remains reliable and efficient and to avoid costly errors or downtime.

F. 2023 Roadmap

????

G. 2024 Roadmap

????

H. Known Issues

While Google Artifact Registry is a reliable and powerful artifact repository service, there are some known issues or limitations that you should be aware of. Here are some of the common issues with Google Artifact Registry:

  1. Limited Integration with Non-Google DevOps Tools: While Google Artifact Registry integrates well with popular DevOps tools like Jenkins, Maven, and Gradle, it may not integrate with all third-party tools or services. It’s important to review the integration options and ensure that all necessary integrations are supported.

  2. Limited Customization: While Google Artifact Registry allows businesses to add custom metadata to their software packages and artifacts, the customization options may be limited for more complex software packages and artifacts. It’s important to review the customization options and ensure that they meet the specific needs of your application.

  3. Cost: Google Artifact Registry is a paid service, and the cost can increase significantly for businesses with large or complex software packages and artifacts. It’s important to review the pricing structure and estimate the cost of the service for your specific needs.

  4. Network Latency: Google Artifact Registry may experience network latency, especially for businesses that are located far from the Google Cloud data centers. It’s important to monitor network latency and adjust the storage settings as needed.

  5. Limited Package Types: While Google Artifact Registry supports multiple package types, including Docker images, Maven packages, and npm packages, it may not support all package types. It’s important to review the supported package types and ensure that they meet the specific needs of your application.

It’s important to be aware of these limitations and issues when using Google Artifact Registry. By understanding these challenges, you can better ensure that your software package and artifact management and deployment process remains reliable and efficient and avoid costly errors or downtime.

[x] Reviewed by Enterprise Architecture

[x] Reviewed by Application Development

[x] Reviewed by Data Architecture