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Secure software delivery
Transfer security requirements from the start of planning to operation into a repeatable delivery process.
Secure software delivery controls risks along a traceable delivery route: Source → Dependencies → Build → Artifact → Release → Deployment → Operation. DevSecOps, SBOM and signing are not isolated tools, but controls for transparency, integrity and understandable decisions.
Background
Modern applications are created from your own code, open source components, build systems and external services. Scheduling security checks before a release leads to late conflicts and unclear exceptions. Likewise, a generated SBOM is not sufficient if no one assesses vulnerabilities or secures an artifact on its way into production.
The delivery route as a security model
Each stage of the delivery journey needs a verifiable handover: source code and changes, known dependencies, protected build environments, clearly assigned artifacts, approved releases, controlled deployments and operational feedback. The model helps to clarify responsibilities and evidence not just for each tool, but across the entire delivery route.
Technical context
A Secure Software Lifecycle (SSLC) anchors security decisions in planning, development, testing, release and operation. DevSecOps makes these steps in the delivery flow repeatable. One SBOM creates transparency about components and dependencies; Code and Artifact Signing helps verify the provenance and integrity of artifacts. Deepen the implementation Secure Software Lifecycle / DevSecOps, SBOM & Dependency Management and Code Signing / Artifact Signing.
What companies need to clarify specifically
- Which applications, components, repositories and delivery routes are within the scope.
- Who is responsible for security requirements, risks, exceptions and approvals.
- Which tests will be automated and where professional assessment remains necessary.
- How dependencies and vulnerabilities are tracked during operations.
- How build identities, keys and production access are protected.
From requirements to implementation
secure lifecycle
Risk: late recognition
Organisational measure: Security Gates and Roles
Technical implementation: Checks in pipeline and repository
Possible evidence: Requirements, approvals
Dependencies
Risk: unknown components
Organisational measure: Evaluation and update process
Technical implementation: SBOM generation, dependency scanning
Possible evidence: SBOM, Tickets
Build integrity
Risk: manipulated artifacts
Organisational measure: Separation of tasks
Technical implementation: protected runners, minimal permissions
Possible evidence: Pipeline and access logs
Release
Risk: unclear origin
Organisational measure: Release approval
Technical implementation: Signing and Verifying Artifacts
Possible evidence: Signature and release evidence
Working with ADIUMENTO
This page is a technical topic hub, not a service promise for DevSecOps, SBOM or signing. The Cyber Resilience Act can create relevant context for products with digital elements; Applicability and obligations must be assessed on a product and role basis. Whether an architectural clarification or implementation fits the confirmed portfolio will only be clarified in the specific project.
Typical deliverables
- Lifecycle target image with roles, security gates and exceptions;
- prioritised roadmap for pipeline, dependency and release protection;
- comprehensible artifact and evidence structure;
- Operational process for vulnerabilities and updates.
Limitations and dependencies
The measures do not replace product approval, legal advice or certification and do not constitute a certification guarantee. Their impact depends on the toolchain, development model, suppliers and consistent application in everyday life. Obligations under the CRA must be assessed separately by role and product.
Orientation
Frequently asked questions
Is an SBOM enough as a protective measure?
No. It creates inventory transparency. Only with ownership, assessment, updates and a process for new vulnerabilities does it become effective.
Is signing only relevant for external releases?
No. Signatures can also help internally to distinguish trusted artifacts from unauthorized builds. The appropriate strategy depends on the delivery model.
Next sensible step
First, make delivery routes, build identities, and critical dependencies transparent. Bid for architectural clarification as part of the confirmed portfolio IT Security & Compliance and Services the right entry points.