Is the cloud configured safely?
Cloud Security Posture Management checks cloud configuration, exposure and policy compliance.
Typical inputs: cloud APIs, resource settings and permissions.
Part 1 / Start with the right market
Not CSPM.
Not CNAPP.
SBOMator.
Product supply-chain security and evidence.
A competitor to Black Duck in SCA, not a cloud-security platform.
€9,500 / year · one site · up to 100 users
60-day integration period. Pay only after success.
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SBOMator by ESL
Comparison assumption: every feature in the referenced SBOMator master plan and its step index is treated as implemented. This presentation is not a statement of current release availability. SBOMator is evaluated as a local/on-premises tool. [S1]
Part 1 / Different markets, different jobs
Cloud security protects the environment.
SBOMator explains the shipped product.
Are cloud applications protected?
Cloud-Native Application Protection Platforms combine posture with workload security and development context; identity and runtime controls vary.
Typical inputs: cloud inventory, code context and workload telemetry.
What is inside the product?
Analyze components, vulnerabilities and licenses; connect firmware, hardware, AI and dataset evidence to reviewable decisions.
Typical inputs: source, builds, binaries and product artifacts.
Different purchasing decisions: SBOMator is not in the CSPM/CNAPP market. A business may need both product supply-chain analysis and cloud protection.
Category-level distinction. Some CNAPP products also scan software components, but overlap does not make the products interchangeable. [S1, S2]
Part 1 / The boundary before the comparison
An SBOM is not a cloud posture check.
Cloud hosting is not a security category.
Cloud environment controls
- Live cloud configuration and IAM attack-path analysis.
- Behavioral workload detection and runtime response.
- Continuous cloud exposure and posture management.
Software composition analysis (SCA)
- Component inventory, SBOMs and vulnerability analysis.
- License evidence and supply-chain review.
- Remediation decisions and product evidence packages.
Next: SBOMator vs. Black Duck. Black Duck is a direct competitor where SCA scope overlaps. Its hosted offerings are application-security services, not CSPM/CNAPP merely because they run in the cloud.
SBOMator inventory/drift monitoring is not behavioral EDR. Black Duck Polaris adds SAST and DAST beyond SCA; SBOMator does not claim full native engine parity. [S1–S5]
Part 2 / The direct competitive comparison
SBOMator vs. Black Duck.
Shared SCA needs, different emphasis.
Connected product evidence
- Software, firmware and embedded build context.
- Hardware/software links, AI/agent inventory and local DataBOM.
- Remediation context and CRA/FDA evidence workflows.
- Local/on-premises desktop and CLI; stated site/user pricing.
Open-source governance
- Dependency, source, snippet and binary discovery.
- Curated KnowledgeBase, security advisories and license intelligence.
- Policy enforcement, SBOM exchange and SDLC integrations.
- On-premises, hosted and air-gapped SCA; Polaris SaaS AppSec.
Compare directly: component accuracy, license analysis, remediation decisions, evidence effort, deployment and total cost on the same product build.
Black Duck also markets AI model scanning and supply-chain security. Differentiation here means a combination and workflow emphasis, not exclusive capabilities. Polaris adds SAST/DAST beyond the shared SCA scope. [S1, S3–S5]
Part 2 / Master plan treated as complete
Scenario assumption, not a release auditFrom finding more risk
to making remediation reviewable.
What can be fixed?
Fixed versions, fix age, CVE vintage, earliest-disclosure provenance and separate, low-confidence signals for security updates without CVEs.
What should we admit?
Container/Yocto/firmware removal candidates, package-version cooling periods, malicious-package signals and verified CI/CD references.
What supports the decision?
Recomputed severity, source disagreements, human-reviewed AI/SARIF intake and grouped remediation plans with ownership and due dates.
What changed?
Readiness indicators, board metrics, memory-safety/crypto exposure and deterministic policy gates across GUI and CLI.
What must be retained?
CRA reporting preparation, EUVD/EOL/retention evidence, FDA eSTAR artifacts, risk-review context and consistent presentation.
Was the scan complete?
Customer accuracy fixes, resolved dependency graphs, per-source scan ledgers, fallback analysis and explicit incomplete-coverage states.
Scope: F1–F14 plus the master plan’s step index through Step 26. Removal recommendations require rebuild/re-scan; AI suggestions require approval; offline unknowns never mean clean. [S1]
Part 2 / Head-to-head capability comparison
Compare the capabilities that matter
to the product team.
| Security outcome | SBOMator* | Black Duck SCA / Polaris |
|---|---|---|
| SBOM, dependencies, CVEs | Central capability; source, binaries and product artifacts | Central SCA capability; multiple discovery techniques |
| Licenses / code provenance | License evidence + controlled provenance searches | Core license governance; snippet/source/binary analysis |
| Firmware, RTOS, hardware links | Yocto/Zephyr context, firmware workflows + HBOM | Binary/embedded SCA; verify exact build and HBOM workflows |
| AI / agent / dataset evidence | Models, MCP, skills, HalluSquat and local DataBOM | AI model scanning; validate agent and dataset workflow scope |
| Remediation and governance | Fix age, disclosure provenance, VEX and human-reviewed plans | Curated intelligence, policies and continuous monitoring; compare decision detail |
| Broad SAST + DAST | External finding intake, not full native engine parity | Polaris provides SAST + SCA + DAST |
| CRA / FDA product evidence | Product-specific packaging + review workflow | SBOM and governance support; validate required deliverables |
*Roadmap-complete scenario. “Verify” means not established in the reviewed sources, not absent. No independent accuracy or performance benchmark was performed. [S1, S3–S5]
Part 2 / SBOMator’s product-evidence emphasis
One evidence workflow.
Six views of the shipped product.
Beyond the lock file
Source, vendored libraries, native binaries, containers, licenses, CycloneDX/SPDX and dependency relationships.
Build-aware inventory
Yocto backport context, Zephyr Kconfig, RTOS components, recursive firmware analysis and cross-architecture binaries.
HBOM + linked software
MPSoC, Vivado IP, HDL, boot artifacts and hardware/software relationships, with baseline and integrity evidence.
Inventory the tool surface
AI models, MCP, agent skills, HalluSquat checks and privacy-controlled code-provenance review.
Local dataset evidence
DataBOM provenance, PII and special-category warning signals. Dataset content remains local in this workflow.
Decisions that persist
VEX, KEV/EPSS, monitoring, drift, alerts and CRA/FDA evidence packages with human review boundaries.
The differentiator is the combination and product-specific depth, not a claim that each capability is unique. HBOM and third-party services may have separate commercial terms. [S1]
Part 2 / Deployment: local SBOMator, multiple Black Duck options
Compare on-premises directly.
Assess Black Duck’s hosted option separately.
| Deployment question | SBOMator* | Black Duck |
|---|---|---|
| Local / on-premises | Desktop/CLI with local scan data and reports | Self-managed on-premises SCA |
| Hosted / SaaS | Not part of the SBOMator offering evaluated here | Hosted SCA; Polaris SaaS AppSec platform |
| Disconnected operation | Local databases/caches with explicit freshness and coverage limits | Air-gapped SCA / KnowledgeBase option, with documented limits |
| Operational responsibility | Customer controls scan machines, local data, backups and updates | Self-managed: customer-operated. Hosted: confirm responsibilities and service scope |
| Commercial basis | €9,500/year/site to 100 users; additional-user blocks | Quote the selected deployment, edition, modules and support terms |
Two valid evaluations: SBOMator vs. Black Duck on-premises for local control; SBOMator vs. Black Duck hosted when operational convenience and data-governance tradeoffs matter.
*Roadmap-complete product capability assumption. No SBOMator managed service is included in this comparison. For Black Duck, confirm supported infrastructure, data region, retention, SLA and edition-specific features. [S1, S3–S6, S8]
Part 2 / Data sovereignty and air-gap
Local control is valuable.
Fresh intelligence still has a cost.
Keep evidence close
Local scans, DataBOM and fingerprint-based provenance can avoid content upload. External AI, registry lookups and public provenance search are separate connected choices.
Verify: disabled network paths, feed transfer, freshness, redaction and behavior when metadata is missing.
Air-gap is an option
Official documentation includes Detect air-gap archives and an Air-gapped KnowledgeBase.
Documented limit: its air-gapped KB lacks the big-data infrastructure behind file-level license data, copyright data and actual license text.
“Offline” is a deployment property, not a promise that every online enrichment remains available. Test feed updates, missing metadata and allowed outbound traffic for both tools.
SBOMator marks unavailable checks unknown/not evaluated. AI-assisted triage is not assumed offline or included in the base price. Black Duck limitation is specific to its documented air-gapped KB, not all deployments. [S1, S8, S9]
Part 2 / The regulated-product opportunity
The deliverable is a reviewable record,
not only a vulnerability list.
Prepare and retain
SBOM/VEX, support-period and end-of-life context, evidence index, retention manifest and vulnerability decisions.
Prepare SRP fields and paste sheets, track reporting deadlines, and record submission history. No automatic ENISA API submission claim.
Organize reviewable artifacts
SBOM Support Report, Unresolved Anomalies, Measures and Metrics, asset/interface inventory and Section 524B evidence.
Keep CVSS alongside configurable, manufacturer-reviewed TIR57 risk context. Hardware and dataset evidence complement the software record.
Compare with Black Duck: both support SBOM and governance needs. Ask each vendor to produce the required evidence package and measure the manual assembly still needed.
Completed-plan scenario. Manufacturer validation, clinical context, risk acceptance, patch delivery, formal reporting and regulatory approval remain human responsibilities. Evidence preparation is not certification or legal advice. The later master-plan addendum supersedes older brochure automation wording. [S1, S4]
Part 2 / Where the buying priorities differ
Choose the strongest fit
for your product and organization.
Regulated and embedded products
Firmware, RTOS, MPSoC, suppliers, product releases and evidence assembly carry high weight.
Test: build-aware analysis, hardware/data links, local operation and time to a reviewable CRA/FDA package.
Enterprise open-source governance
Curated intelligence, license analysis, policy governance and enterprise development workflows carry high weight.
Test: discovery depth, license obligations, integrations, governance scale and hosted or self-managed operation.
Shared SCA requirements.
A decision based on demonstrated fit.
These are evaluation priorities, not exclusive capabilities or measured customer outcomes. Compare both tools on the real codebase and the same acceptance criteria. [S1, S3–S5]
Part 2 / Transparent site-license economics
A predictable starting point.
More users, defined increments.
€9,500/year through 100 users. Each started block of 25 additional users adds €950/year. Linear increments, not compounding.
Use the same scope and currency. This field is not a Black Duck price estimate.
ANNUAL SBOMATOR LICENSE
Up to 100 users · 0 additional blocks
€95.00 per entered user/year at 100 users
Enter a scoped quote to compare license amounts, not product equivalence.
Annual price = €9,500 + €950 × ceil(max(users − 100, 0) ÷ 25).
100 users: €9,500125: €10,450150: €11,400200: €13,300500: €24,700
Owner-supplied pricing. Assumptions: 10% of base per started 25-user block; site/user definitions require contract confirmation. Taxes, infrastructure, services, optional modules and AI/API charges are not established as included. No unlimited-project or scan-volume entitlement is inferred. [S1]
Part 2 / SBOMator vs. Black Duck pricing
A stated site price.
A competitor quote that needs scope.
€9,500
Per year, per site, up to 100 users
Each started additional 25-user block adds €950/year under the stated linear interpretation.
Confirm: site and user definitions, included modules, support, services and infrastructure costs.
Request a written quote
The reviewed SCA pricing page provides no numeric list price. No Black Duck annual amount or savings percentage is invented here.
Quote separately: on-premises SCA, hosted SCA and any Polaris scope. Confirm the licensing metric, modules, air-gap, support, term and renewal basis.
Commercial case: SBOMator offers a clear site/user price starting point. Whether it costs less than Black Duck depends on the actual matched-scope quote and operating costs.
Use the preceding calculator with a real annual EUR quote. Different editions and delivery models are not interchangeable. Pricing is not proof of capability equivalence. [S1, S3, S5, S6]
Part 2 / Total cost, not just the invoice
The right cost comparison includes
what the team still has to do.
License
Normalize the quoted licensing metric, included features and add-on modules.
Operate
Infrastructure, storage, backups, updates, offline feed transfer and administration.
Integrate
CI runners, permissions, onboarding, policy migration and report exchange.
Resolve
Analyst triage, evidence preparation, human approvals and engineering validation.
SBOMator / Black Duck on-premises: customer control over the operating environment also brings administration responsibilities.
Black Duck hosted / Polaris: compare reduced infrastructure ownership against service scope, data governance and recurring charges.
Compare annual license + operations + integration + analyst effort.
No ROI, labor reduction or competitor TCO is asserted without a customer measurement. AI services, optional modules and implementation assistance need explicit quotes. [S1, S3, S5, S6]
Part 2 / SBOMator vs. Black Duck proof-of-value
Make the comparison reproducible.
Use the actual product
One source commit, lock/resolved graphs, the shipped binary or firmware, a container and required hardware/dataset artifacts.
Freeze tool versions and intelligence timestamps. Include known-present, absent, backported and deliberately unresolved cases.
Score results, not slide counts
- Component and license correctness against reviewed ground truth.
- False positives, missed findings and explicit scan-coverage gaps.
- Time to an approved remediation/VEX decision.
- Completeness of the required evidence package and all-in quote.
Separate shared and specialized scope: score common SCA tasks directly. For hardware, datasets or regulatory packages, record what each tool produces and what external work remains.
Suggested evaluation protocol, not a completed benchmark. No live customer data or proprietary competitor tests are embedded in this presentation.
Part 2 / The recommendation
Evaluate SBOMator against Black Duck.
Choose with product evidence.
Test the evidence workflow
Prioritize real firmware, embedded builds, AI and hardware-linked artifacts where they are part of your product.
Measure the shared SCA job
Compare discovery, licenses, intelligence, policies, deployment and analyst effort on the same controlled input.
Get a matched-scope quote
Compare SBOMator’s stated site price with Black Duck’s written quote and the cost of operating each option.
€9,500 / year · site license · up to 100 users
+€950/year for each additional 25-user block, under the stated interpretation.
SBOMator is not CSPM/CNAPP. This recommendation concerns product supply-chain security and overlapping SCA scope. Roadmap-complete assumption; confirm capabilities, services and commercial terms in writing.
ESL commitment / Integrate first, pay after success
60-day money-back guarantee.
No upfront payment required.
A 60-day integration period before payment: ESL adjusts and fits SBOMator into your systems, together with your team.
Fit your environment
Work with ESL to configure and adjust SBOMator for your systems, product artifacts and workflows during the 60-day period.
Confirm successful integration
Evaluate the agreed integration scope and success criteria together, using your systems and real workflows.
Success first. Payment second.
If integration is successful, you pay. If it is not successful, no payment is due.
What “money-back guarantee” means here: payment is deferred until successful integration. With no upfront payment, there is no payment to refund if integration is unsuccessful.
Owner-supplied commercial offer. Confirm the 60-day start date, integration scope, success criteria and payment terms in the written agreement with ESL.
Appendix / Primary vendor references
Check the scope at the source.
[S2] Microsoft: CNAPP, CSPM, runtime and hybrid coveragehttps://learn.microsoft.com/en-us/azure/defender-for-cloud/defender-for-cloud-introduction
[S3] Black Duck: SCA and deployment choiceshttps://www.blackduck.com/software-composition-analysis-tools.html
[S4] Black Duck SCA: capabilities and editionshttps://www.blackduck.com/software-composition-analysis-tools/black-duck-sca.html
[S5] Polaris: SaaS application securityhttps://www.blackduck.com/platform.html
[S6] Black Duck SCA: customized pricinghttps://www.blackduck.com/software-composition-analysis-tools/black-duck-sca/get-pricing.html
[S8] Black Duck: air-gapped KnowledgeBase limitshttps://docs.blackduck.com/r/blackduck-onprem/latest/black-duck-air-gapped-knowledgebase/regarding-big-data-infrastructure.html
[S9] Black Duck: Detect air-gap modehttps://docs.blackduck.com/r/detect/11.5.0/black-duck-detect/detect-air-gap-mode.html
Research date: 27 September 2026. Vendor statements are attributed product claims, not independent performance validation. Pricing and feature packaging can change.
Appendix / Assumptions and editorial rules
What this presentation assumes.
What it does not claim.
Owner-supplied evidence
CRA Compliance Brochure (Part 1), Technical Differentiator List (Part 2), FDA Edition and the repository README.
Mythos Readiness Development Plan (11 Sep 2026), its CRA/FDA addendum and step index through Step 26. Planned product capabilities are treated as complete, as requested.
SBOMator is evaluated only as a local/on-premises desktop and CLI tool. Black Duck deployment options are assessed separately.
Boundaries remain visible
SBOMator feature claims are sourced to supplied materials and the explicit completed-plan scenario, not to a new release certification.
Competitor silence is not proof of absence. No benchmark, market-share, certification or universal price-advantage claim is made.
Pricing uses owner-supplied terms plus an explicit linear-block interpretation. Optional modules and services require commercial confirmation.
Deliberate correction: later master-plan guidance replaces older brochure language about automated ENISA submission. The deck claims preparation, timing and logging, with human submission and approval.
Third-party product names identify compared technologies; no endorsement or partnership is implied. Informational material, not legal advice. Use arrows, Space, Home/End, swipe or mouse drag. Tables stack into labeled comparisons on phones; scroll vertically for longer slides. Use Home on any slide to return to the opening. Print is available on desktop.
SBOMator by ESL
Thank you.
From all of us at ESL.
Let’s fit SBOMator into your systems.
60 days to integrate, adjust and validate.
Pay only after successful integration. If it is not successful, no payment is due.
Discuss your systems, integration scope and success criteria with ESL.