eBook

Artifact Security: Closing the Gap in Your DevSecOps Strategy | Harness Resource | Harness

Software delivery has accelerated dramatically, but security has not always kept pace. As organizations embrace DevSecOps, most efforts focus on securing source code and CI pipelines while the artifacts that actually get deployed, such as container images, packages, and binaries, often move through the supply chain with far less visibility and control. This gap has made artifact security one of the most under addressed attack surfaces in modern software delivery.

Download this ebook to learn why artifacts are the missing layer in DevSecOps and how an artifact-aware approach helps close the gap between what is tested and what is ultimately deployed. You’ll discover best practices for securing the software supply chain with SBOMs, provenance, signing, and policy-based enforcement, along with how Harness enables organizations to deliver software that is faster, more secure, and trustworthy at scale.

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Published

February 23, 2026

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What you'll learn

Key Takeaways

Artifacts Are the Missing DevSecOps Layer

Modern DevSecOps heavily secures code and pipelines but often overlooks the compiled artifacts. This creates implicit trust that leaves production environments vulnerable to supply chain attacks.

Artifacts Amplify Supply Chain Risk

Because modern applications rely on layered dependencies, a single compromised artifact can propagate across multiple services. Artifacts act as the primary unit of distribution and systemic risk.

Secure Both Pipelines and Registries

Effective artifact security requires controls at two distinct points in the delivery lifecycle. Pipeline scanners validate artifacts during creation, while registry firewalls continuously evaluate them against emerging threats.

Risk Evolves Long After the Build

An artifact deemed safe at build time can become vulnerable weeks later as new threats are disclosed. Registry-based dependency firewalls continuously re-evaluate artifacts to block the deployment of outdated components.

Unified Artifact-Aware Security Model

Harness enables continuous policy enforcement by binding security metadata directly to the artifact record. This transforms security from a one-time pipeline event into an ongoing, enforceable process.