Often yes, but verify it. Most platforms generate and store SBOMs as part of inventory. Before you retire a dedicated SBOM tool, confirm the platform covers your ecosystems, exports standard formats, and can import SBOMs from suppliers. If any of those is missing, keep the old tool for that gap.
Two different jobs
An SBOM tool generates a bill of materials. The NTIA describes an SBOM as a formal record containing the details and supply chain relationships of components used in building software. A platform consumes that record, enriches it with vulnerability and policy data, and keeps it over time.
So the question is not whether a platform replaces the file. It is whether it replaces the process of making, checking, and delivering the file.
What to verify before retiring a tool
| Check | Why |
|---|---|
| Generates SBOMs for your languages and images | Gaps leave blind spots |
| Exports CycloneDX and SPDX | Buyers and regulators ask for both |
| Includes the NTIA minimum data fields | A thin file fails buyer review |
| Imports supplier SBOMs | You consume as well as produce |
| Keeps versions per release | Evidence needs history |
| Allows a signed or checksummed export | Recipients can verify the file |
The NTIA minimum elements cover data fields, automation support, and practices and processes. Data fields include supplier name, component name, version, other unique identifiers, dependency relationship, SBOM author, and timestamp. Open an exported file and check each one is present.
Test with a side by side run
- Pick three releases that vary in language and packaging.
- Generate an SBOM with the old tool and with the platform.
- Diff component counts and versions.
- Investigate every difference. Some will be duplicates, some real misses.
- Validate both files with a standard format validator.
- Send one to a friendly recipient and ask if it opened cleanly.
If the platform output matches or improves on the old tool for all three, retire the old one for those cases.
Where overlap becomes risk
Running two generators forever creates two sources of truth. Pick one as authoritative for each product and write it down. If you must keep both during transition, set an end date.
What stays outside the platform
Some SBOM work is about your supplier relationships, not your own build. Contracts that require SBOM delivery, intake of vendor files, and review of what they contain are processes your team owns, whatever tool stores the result.
A worked example
Take a hypothetical company that uses a standalone SBOM generator in its release pipeline and now evaluates a platform that also produces SBOMs. The team picks three releases: a Java service, a Node application, and a container image.
For the Java service, both tools list the same components and versions, with one difference: the platform includes a plugin dependency used only at build time, tagged as such. The team decides that is correct and useful. For the Node application, the old tool lists direct and transitive packages from the lockfile, while the platform lists the same set plus a development only group labeled separately. For the container image, the old tool lists operating system packages. The platform lists them as well, but misses a statically linked binary that the old tool recognized.
The team records three outcomes. The platform replaces the old tool for Java and Node. For container images, the old tool stays until the gap is closed or the vendor explains it. That is a normal result, and a better outcome than a blanket decision either way.
Quality checks for an exported SBOM
Open the file and run through this list.
| Check | What to look for |
|---|---|
| Format validity | Passes a standard validator for the claimed format and version |
| Component identifiers | Package URLs or similar identifiers, not just names |
| Versions | Exact versions, matching the lockfile |
| Relationships | Direct and transitive links present |
| Supplier or origin | Present where the source provides it |
| Timestamp and author | Present, so you know when and by what tool it was made |
| Scope | Build time and runtime components distinguished where possible |
A file that fails several of these may still pass a naive viewer and fail a buyer's tool.
Consuming SBOMs is the other half
Many teams focus on producing SBOMs and forget that suppliers will send them too. A platform that stores and analyzes incoming SBOMs lets you answer questions like which of our vendors ship a vulnerable component. Check whether the platform accepts files from outside your own build, whether it handles both major formats, and whether it can compare two versions of a supplier's file to show what changed.
Retirement plan for the old tool
- Run both in parallel for two release cycles.
- Record any gaps in a table with an owner for each.
- Close gaps or decide to keep the old tool for those cases.
- Switch the pipeline step and archive old SBOMs in a dated folder.
- Update documentation so nobody has to guess which tool made which file.
Try it yourself
Click through it at your own pace, or open it full screen. Check which data fields appear for each component.
Safeguard includes SBOM and dependency scanning, and the free scan at gold.safeguard.sh/scan lets you inspect an output on your own project before comparing.
Quick check
Is one SBOM format enough?
Most teams can produce both CycloneDX and SPDX, and buyers vary in what they request, so check both.
Do I need to keep the old SBOM files?
Yes. Keep dated SBOMs for each release, whichever tool produced them.
Does a bigger SBOM mean a better SBOM?
No. Accuracy and completeness of the right components matter, and extra entries from build tooling may be noise unless labeled.
Sources
- NTIA, The Minimum Elements For a Software Bill of Materials
- NTIA minimum elements report (PDF)
- CycloneDX specification overview
- SPDX, About
Last reviewed: 19 October 2026.
