
Today, Harness is announcing the General Availability of Artifact Registry, a milestone that marks more than a new product release. It represents a deliberate shift in how artifact management should work in secure software delivery.
For years, teams have accepted a strange reality: you build in one system, deploy in another, and manage artifacts somewhere else entirely. CI/CD pipelines run in one place, artifacts live in a third-party registry, and security scans happen downstream. When developers need to publish, pull, or debug an artifact, they leave their pipelines, log into another tool, and return to finish their work.
It works, but it’s fragmented, expensive, and increasingly difficult to govern and secure.
At Harness, we believe artifact management belongs inside the platform where software is built and delivered. That belief led to Harness Artifact Registry.
Artifact Registry started as a small, high-ownership bet inside Harness and a dedicated team with a clear thesis: artifact management shouldn’t be a separate system developers have to leave their pipelines to use. We treated it like a seed startup inside the company, moving fast with direct customer feedback and a single-threaded leader driving the vision.The message from enterprise teams was consistent: they didn’t want to stitch together separate tools for artifact storage, open source dependency security, and vulnerability scanning.
So we built it that way.
In just over a year, Artifact Registry moved from concept to core product. What started with a single design partner expanded to double digit enterprise customers pre-GA – the kind of pull-through adoption that signals we've identified a critical gap in the DevOps toolchain.
Today, Artifact Registry supports a broad range of container formats, package ecosystems, and AI artifacts, including Docker, Helm (OCI), Python, npm, Go, NuGet, Dart, Conda, and more, with additional support on the way. Enterprise teams are standardizing on it across CI pipelines, reducing registry sprawl, and eliminating the friction of managing diverse artifacts outside their delivery workflows.
One early enterprise customer, Drax Group, consolidated multiple container and package types into Harness Artifact Registry and achieved 100 percent adoption across teams after standardizing on the platform.
As their Head of Software Engineering put it:
"Harness is helping us achieve a single source of truth for all artifact types containerized and non-containerized alike making sure every piece of software is verified before it reaches production." - Jasper van Rijn
In modern DevSecOps environments, artifacts sit at the center of delivery. Builds generate them, deployments promote them, rollbacks depend on them, and governance decisions attach to them. Yet registries have traditionally operated as external storage systems, disconnected from CI/CD orchestration and policy enforcement.
That separation no longer holds up against today’s threat landscape.
Software supply chain attacks are more frequent and more sophisticated. The SolarWinds breach showed how malicious code embedded in trusted update binaries can infiltrate thousands of organizations. More recently, the Shai-Hulud 2.0 campaign compromised hundreds of npm packages and spread automatically across tens of thousands of downstream repositories.
These incidents reveal an important business reality: risk often enters early in the software lifecycle, embedded in third-party components and artifacts long before a product reaches customers.When artifact storage, open source governance, and security scanning are managed in separate systems, oversight becomes fragmented. Controls are applied after the fact, visibility is incomplete, and teams operate in silos. The result is slower response times, higher operational costs, and increased exposure.
We saw an opportunity to simplify and strengthen this model.

By embedding artifact management directly into the Harness platform, the registry becomes a built-in control point within the delivery lifecycle. RBAC, audit logging, replication, quotas, scanning, and policy enforcement operate inside the same platform where pipelines run. Instead of stitching together siloed systems, teams manage artifacts alongside builds, deployments, and security workflows. The outcome is streamlined operations, clearer accountability, and proactive risk management applied at the earliest possible stage rather than after issues surface.
Security is one of the clearest examples of why registry-native governance matters.
Artifact Registry delivers this through Dependency Firewall, a registry-level enforcement control applied at dependency ingest. Rather than relying on downstream CI scans after a package has already entered a build, Dependency Firewall evaluates dependency requests in real time as artifacts enter the registry. Policies can automatically block components with known CVEs, license violations, excessive severity thresholds, or untrusted upstream sources before they are cached or consumed by pipelines.

Artifact quarantine extends this model by automatically isolating artifacts that fail vulnerability or compliance checks. If an artifact does not meet defined policy requirements, it cannot be downloaded, promoted, or deployed until the issue is addressed. All quarantine and release actions are governed by role-based access controls and fully auditable, ensuring transparency and accountability. Built-in scanning powered by Aqua Trivy, combined with integrations across more than 40 security tools in Harness, feeds results directly into policy evaluation. This allows organizations to automate release or quarantine decisions in real time, reducing manual intervention while strengthening control at the artifact boundary.

The result is a registry that functions as an active supply chain control point, enforcing governance at the artifact boundary and reducing risk before it propagates downstream.
General Availability signals that Artifact Registry is now a core pillar of the Harness platform. Over the past year, we’ve hardened performance, expanded artifact format support, scaled multi-region replication, and refined enterprise-grade controls. Customers are running high-throughput CI pipelines against it in production environments, and internal Harness teams rely on it daily.
We’re continuing to invest in:
Modern software delivery demands clear control over how software is built, secured, and distributed. As supply chain threats increase and delivery velocity accelerates, organizations need earlier visibility and enforcement without introducing new friction or operational complexity.
We invite you to sign up for a demo and see firsthand how Harness Artifact Registry delivers high-performance artifact distribution with built-in security and governance at scale.


Today, Harness is announcing the General Availability of Artifact Registry, a milestone that marks more than a new product release. It represents a deliberate shift in how artifact management should work in secure software delivery.
For years, teams have accepted a strange reality: you build in one system, deploy in another, and manage artifacts somewhere else entirely. CI/CD pipelines run in one place, artifacts live in a third-party registry, and security scans happen downstream. When developers need to publish, pull, or debug an artifact, they leave their pipelines, log into another tool, and return to finish their work.
It works, but it’s fragmented, expensive, and increasingly difficult to govern and secure.
At Harness, we believe artifact management belongs inside the platform where software is built and delivered. That belief led to Harness Artifact Registry.
Artifact Registry started as a small, high-ownership bet inside Harness and a dedicated team with a clear thesis: artifact management shouldn’t be a separate system developers have to leave their pipelines to use. We treated it like a seed startup inside the company, moving fast with direct customer feedback and a single-threaded leader driving the vision.The message from enterprise teams was consistent: they didn’t want to stitch together separate tools for artifact storage, open source dependency security, and vulnerability scanning.
So we built it that way.
In just over a year, Artifact Registry moved from concept to core product. What started with a single design partner expanded to double digit enterprise customers pre-GA – the kind of pull-through adoption that signals we've identified a critical gap in the DevOps toolchain.
Today, Artifact Registry supports a broad range of container formats, package ecosystems, and AI artifacts, including Docker, Helm (OCI), Python, npm, Go, NuGet, Dart, Conda, and more, with additional support on the way. Enterprise teams are standardizing on it across CI pipelines, reducing registry sprawl, and eliminating the friction of managing diverse artifacts outside their delivery workflows.
One early enterprise customer, Drax Group, consolidated multiple container and package types into Harness Artifact Registry and achieved 100 percent adoption across teams after standardizing on the platform.
As their Head of Software Engineering put it:
"Harness is helping us achieve a single source of truth for all artifact types containerized and non-containerized alike making sure every piece of software is verified before it reaches production." - Jasper van Rijn
In modern DevSecOps environments, artifacts sit at the center of delivery. Builds generate them, deployments promote them, rollbacks depend on them, and governance decisions attach to them. Yet registries have traditionally operated as external storage systems, disconnected from CI/CD orchestration and policy enforcement.
That separation no longer holds up against today’s threat landscape.
Software supply chain attacks are more frequent and more sophisticated. The SolarWinds breach showed how malicious code embedded in trusted update binaries can infiltrate thousands of organizations. More recently, the Shai-Hulud 2.0 campaign compromised hundreds of npm packages and spread automatically across tens of thousands of downstream repositories.
These incidents reveal an important business reality: risk often enters early in the software lifecycle, embedded in third-party components and artifacts long before a product reaches customers.When artifact storage, open source governance, and security scanning are managed in separate systems, oversight becomes fragmented. Controls are applied after the fact, visibility is incomplete, and teams operate in silos. The result is slower response times, higher operational costs, and increased exposure.
We saw an opportunity to simplify and strengthen this model.

By embedding artifact management directly into the Harness platform, the registry becomes a built-in control point within the delivery lifecycle. RBAC, audit logging, replication, quotas, scanning, and policy enforcement operate inside the same platform where pipelines run. Instead of stitching together siloed systems, teams manage artifacts alongside builds, deployments, and security workflows. The outcome is streamlined operations, clearer accountability, and proactive risk management applied at the earliest possible stage rather than after issues surface.
Security is one of the clearest examples of why registry-native governance matters.
Artifact Registry delivers this through Dependency Firewall, a registry-level enforcement control applied at dependency ingest. Rather than relying on downstream CI scans after a package has already entered a build, Dependency Firewall evaluates dependency requests in real time as artifacts enter the registry. Policies can automatically block components with known CVEs, license violations, excessive severity thresholds, or untrusted upstream sources before they are cached or consumed by pipelines.

Artifact quarantine extends this model by automatically isolating artifacts that fail vulnerability or compliance checks. If an artifact does not meet defined policy requirements, it cannot be downloaded, promoted, or deployed until the issue is addressed. All quarantine and release actions are governed by role-based access controls and fully auditable, ensuring transparency and accountability. Built-in scanning powered by Aqua Trivy, combined with integrations across more than 40 security tools in Harness, feeds results directly into policy evaluation. This allows organizations to automate release or quarantine decisions in real time, reducing manual intervention while strengthening control at the artifact boundary.

The result is a registry that functions as an active supply chain control point, enforcing governance at the artifact boundary and reducing risk before it propagates downstream.
General Availability signals that Artifact Registry is now a core pillar of the Harness platform. Over the past year, we’ve hardened performance, expanded artifact format support, scaled multi-region replication, and refined enterprise-grade controls. Customers are running high-throughput CI pipelines against it in production environments, and internal Harness teams rely on it daily.
We’re continuing to invest in:
Modern software delivery demands clear control over how software is built, secured, and distributed. As supply chain threats increase and delivery velocity accelerates, organizations need earlier visibility and enforcement without introducing new friction or operational complexity.
We invite you to sign up for a demo and see firsthand how Harness Artifact Registry delivers high-performance artifact distribution with built-in security and governance at scale.


Artifact repository tools, also known as artifact registries and artifact management systems, are specialized software platforms designed to store and manage binary artifacts generated during the software development lifecycle. These artifacts can include compiled code, libraries, container images, and other deployable components. By providing a centralized location for these assets, artifact repository tools streamline the development process, enhance collaboration, and ensure consistency across different stages of software delivery.
Robust versioning capabilities are a cornerstone of artifact repository tools. They allow teams to maintain multiple versions of artifacts, track changes over time, and easily roll back to previous versions if needed. This feature is crucial for maintaining software integrity and supporting concurrent development efforts.
Artifact repository tools offer configurable retention policies, enabling organizations to define how long artifacts should be stored. This helps in managing storage costs and complying with regulatory requirements while ensuring that critical artifacts remain accessible when needed.
Artifact registries may integrate with CI/CD platforms, testing tools and (most notably) security scanning tools to understand how artifacts have been tested and scanned. The quality and security telemetry may be used to govern how the artifacts are used in the organization.
Granular access control is essential in artifact management. Repository tools provide sophisticated user permission systems, allowing administrators to define who can view, upload, or modify artifacts. This ensures that sensitive components are protected and that team members have appropriate levels of access.
The ability to promote artifacts through different stages of the software lifecycle is a key feature of many repository tools. This functionality supports the progression of artifacts from development to testing, staging, and production environments, maintaining traceability and consistency throughout the process.
To support mission-critical operations, artifact repository tools often offer high availability configurations. This ensures that artifacts remain accessible even in the event of hardware failures or other disruptions, minimizing downtime and maintaining productivity.
The adoption of artifact repository tools brings numerous advantages to development teams and organizations. Let's explore some of the key benefits:
One of the primary benefits of artifact repository tools is their ability to streamline dependency management. By providing a centralized location for all artifacts, these tools simplify the process of resolving and retrieving dependencies. This leads to faster build times, reduced errors, and improved consistency across different development environments.
Artifact repository tools contribute significantly to build efficiency. By caching frequently used artifacts locally, they reduce network bandwidth consumption and accelerate build processes. This is particularly beneficial for large-scale projects or distributed teams working across different geographical locations.
By maintaining a clear history of artifact versions and their dependencies, repository tools enhance release stability. Teams can easily reproduce builds, track changes, and ensure that the correct versions of components are used in each release. This traceability is invaluable for troubleshooting issues and maintaining software quality.
Artifact repository tools provide comprehensive audit trails, recording who accessed or modified artifacts and when. This feature is crucial for compliance purposes, security reviews, and maintaining accountability within development teams. It allows organizations to track the usage of artifacts throughout their lifecycle and identify potential security risks or policy violations.
The market offers a diverse range of artifact repository tools, each with its own strengths and specializations. Here's an overview of some popular options:
Amazon ECR is a fully-managed Docker container registry that makes it easy for developers to store, manage, and deploy Docker container images. It integrates seamlessly with other AWS services, providing a scalable solution for container-based workloads.
Apache Archiva is an extensible repository management software that helps managing your binary artifacts. It's designed to be a central repository for project artifacts, providing features like security and configuration management.
Bower, while primarily a package manager for web projects, also serves as a repository for front-end components. It simplifies the process of managing and versioning client-side dependencies.
CloudRepo offers a cloud-based artifact repository solution, supporting various package formats including Maven, npm, and Docker. It provides a user-friendly interface and integrates with popular CI/CD tools.
Cloudsmith is a cloud-native package management platform that supports a wide range of package formats. It offers advanced features like vulnerability scanning and license compliance checks.
Dist is a lightweight, open-source artifact repository that focuses on simplicity and ease of use. It's particularly well-suited for small to medium-sized teams looking for a straightforward solution.
Docker Hub, while primarily known as a container registry, also serves as an artifact repository for Docker images. It offers both public and private repositories, making it a popular choice for container-based workflows.
Harness Artifact Registry is an AI-native, universal artifact management solution designed to streamline software delivery. It offers centralized artifact management, tightly integrated with CI/CD pipelines and security scans, supporting multiple artifact types in a secure, unified platform. The registry provides robust security features, including fine-grained access control, comprehensive auditing, and supply chain security measures such as SBOM generation and policy enforcement. With end-to-end traceability, automated cleanup policies, and API-driven automation, Harness Artifact Registry enables organizations to manage the full lifecycle of their artifacts while boosting developer productivity and enhancing build reliability.
JFrog Artifactory is a comprehensive binary repository manager that supports all major packaging formats. It offers enterprise-grade features like high availability, replication, and advanced security controls.
MyGet provides hosted package repositories for various package types, including NuGet, npm, and Maven. It offers both public and private feeds, making it suitable for open-source projects and enterprise use cases.
Sonatype Nexus is a popular repository manager that supports multiple artifact formats. It offers both open-source and commercial versions, providing scalable solutions for organizations of all sizes.
While primarily known as the package manager for JavaScript, npm also serves as a repository for JavaScript packages. It's an essential tool for managing dependencies in Node.js projects.
NuGet is the package manager for .NET, providing a centralized repository for .NET libraries and tools. It's deeply integrated with Visual Studio and the .NET ecosystem.
Packagecloud offers a cloud-based package repository service that supports multiple formats, including DEB, RPM, and RubyGem. It provides features like automatic dependency resolution and package signing.
ProGet, developed by Inedo, is an enterprise-grade package management solution. It supports various package types and offers advanced features like license filtering and vulnerability scanning.
The Python Package Index (PyPI) is the official repository for Python packages. While primarily a public repository, it can also be mirrored or used as a model for private Python package repositories.
Quay, owned by Red Hat, is a container registry that provides secure storage, distribution, and management of container images. It offers features like vulnerability scanning and fine-grained access controls.
Yarn, while primarily a package manager for JavaScript, also includes a package repository component. It offers fast, reliable, and secure dependency management for JavaScript projects.
Artifact repository tools are indispensable components of modern software development infrastructures. They provide a centralized, secure, and efficient means of managing software artifacts throughout the development lifecycle. By leveraging these tools, organizations can streamline their build processes, enhance collaboration, and maintain better control over their software components. As the software development landscape continues to evolve, the role of artifact repository tools in supporting agile, DevOps, and cloud-native practices will only grow in importance.
When selecting an artifact repository tool, consider factors such as supported package formats, scalability, integration capabilities, and specific features that align with your organization's workflow. Whether you opt for a cloud-based solution or an on-premises deployment, implementing a robust artifact repository tool can significantly improve your software development and delivery processes.
Artifact repository tools offer features like versioning support, configurable retention policies, quality and security tracking, granular user permissions, artifact promotion through lifecycle stages, and high availability to ensure efficient and secure management of software artifacts.
By centralizing all artifacts, these tools simplify the resolution and retrieval of dependencies, leading to faster build times, reduced errors, and consistent environments across different development stages.
Versioning allows teams to maintain multiple artifact versions, track changes over time, and easily revert to previous versions, ensuring software integrity and supporting concurrent development efforts.
Harness Artifact Registry provides an AI-native, universal solution with centralized management, robust security features, seamless CI/CD integration, end-to-end traceability, and automated lifecycle management, enhancing developer productivity and build reliability.
They integrate with security scanning tools, enforce access controls, provide comprehensive audit trails, and support supply chain security measures, ensuring that artifacts are secure and compliant throughout their lifecycle.
Amazon Elastic Container Registry (ECR) and Docker Hub are excellent choices for managing container images, offering seamless integration with AWS services and robust features for storing and deploying Docker containers.
Learn more: Streamline CI/CD efficiency with artifact registry automation tools


Harness Artifact Registry is a universal hub for all your artifacts, regardless of type. By centralizing artifact management in one secure location, we're streamlining the process of handling multiple registries across various platforms and tools. This consolidation brings significant advantages to your DevOps workflow:
Key Benefits:
Harness Artifact Registry is designed to improve build reliability and speed significantly. Its strategic integration within the Harness ecosystem ensures:
This translates to unparalleled ease of use and traceability for developers and DevOps engineers. With the industry's most intuitive configuration process, your productivity will soar to new heights.

In an era where security breaches can be catastrophic, the Harness Artifact Registry offers robust protection:
These features don't just centralize your artifacts; they fortify them against threats while ensuring compliance with industry standards.
Harness Artifact Registry's end-to-end traceability is a game-changer. Track the complete journey of your artifacts from initial code commits through testing and into production release. This level of visibility is crucial for:

We're just getting started. Our roadmap includes AI integration throughout the Artifact Registry experience, beginning with AI-assisted search. Imagine the power of asking:
"What artifacts do I have that are insecure and deployed in production?"
And receiving instant, accurate answers. This is the future of artifact management.
Harness Artifact Registry is available commercially and as part of Harness Open Source. Whether you're aiming to:
Harness Artifact Registry is your solution.
Ready to revolutionize your artifact management and accelerate your DevOps workflow?
Sign up for a demo today and experience the power of the Harness Artifact Registry firsthand.
Join us in shaping the future of artifact management. The next chapter of your DevOps success story starts here, with the Harness Artifact Registry. If you would like to participate in our Beta program, click here: Artifact Registry.
Learn more: Streamline CI/CD efficiency with artifact registry automation tools
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