1. Manual Handover Points Create Compliance Risk
Every time information moves from one tool to another through manual action, copying a CVE ID from an email into Jira, referencing a requirement number in a commit message, updating a test case to mention a fix, you create a potential gap in traceability.
Was the risk assessment actually updated after the fix? Were all affected tests actually executed? Is the SBOM entry correctly linked to the vulnerability analysis? Without automated, bidirectional linking, you cannot prove these connections exist. You can only assert that your process says they should.
The CRA requires proof, not process descriptions.
2. Missing Bidirectionality
Your tools might support forward traceability, from requirement to code to test. But what about backward traceability? When a security requirement changes, can you automatically identify all affected code, all impacted tests, all related risk assessments, and all documentation that needs updating?
Most tool landscapes support one-directional traceability at best. You can trace forward by manually following reference numbers. But reverse impact analysis requires manual investigation. This makes it nearly impossible to demonstrate complete traceability for audit purposes.
3. No Automated Audit Trail
Your security decisions are documented, but where? The initial discussion happened in email threads. The analysis was captured in a Confluence page. The decision was recorded in meeting minutes. The implementation details are in Git commit messages. The verification is in TestRail comments.
This information exists, but it's not structured, not queryable, not automatically connected. An audit trail that requires manual reconstruction from multiple sources is not an audit trail the CRA will accept.
