Cybersecurity & SBOM Alignment

Stop Treating Your SBOM as an IT Ticket. The FDA Sees It as a QMS Failure.

Exporting a raw developer log is not a defensible Software Bill of Materials (SBOM). If a known third-party vulnerability lives in your code, an automated patch is only half the answer. To pass an audit, your engineering logs must seamlessly talk to your ISO 14971 risk files and CAPA evaluations. We align your software architecture with your quality system through rapid, fixed-fee execution.

 

Baseline Entry: $4,500
Primary Scaling Factor: Software Bill of Materials (SBOM) Component & Log Volume
Standard AI drafting tools write beautiful software descriptions, but they completely lack real-world engineering truth. They introduce severe compliance risks by inadvertently contradicting your actual codebase and threat modeling. Our proprietary Mirror-Trace Protocol™ manually extracts every technical assertion and systematically cross-references it against your active SBOM and live cybersecurity threat maps to eliminate algorithmic contradictions. Baseline projects cover standard, single-subsystem architectures, scaling upward strictly alongside component complexity and vulnerability log volume

View Full RFI Pricing Parameters & Scope Boundaries → 

Mirror-Trace Protocol™

Our Proprietary Defense Architecture: The Mirror-Trace Protocol™
When we audit a cybersecurity plan, software risk profile, or an AI-generated technical file, we do not look at style. We ignore the smooth prose and force the document to prove its own validity through a strict 3-stage verification process:

1. Deconstructive Extraction (Narrative Isolation)
We ingest your text and systematically strip away all stylistic framing, isolating every single software claim, architectural assumption, and vulnerability mitigation. We treat every statement as unverified until proven otherwise.
2. Binary & Configuration Cross-Referencing
We project those narrative claims directly against your raw technical files: your active Software Bill of Materials (SBOM), your specific third-party library versions, your ports, and your open-source licensing logs [September 30, 2026 @ 10:21 AM]. If an AI-generated draft describes a robust patch-management lifecycle or a data security boundary that doesn’t align with your real-world architecture, the variance is immediately flagged.
3. GxP & Regulatory Logic Reconciliation
We explicitly close the gap where text contradicts engineering reality. We strip out the automated, generalized boilerplate and manually author tight, defensive prose that accurately connects your technical controls to ISO 14971 risk assessments and FDA cyber frameworks [September 30, 2026 @ 10:21 AM].

The result: A submission that makes absolute sense to both human reviewers and algorithmic screening tools.

 

The 4-Step Technical-to-Quality Protocol

We do not just hand you a 100-page automated scan report and call it compliance. We execute a strict 4-Step Cybersecurity Triage Framework to translate raw dependency data into auditor-defensible quality records.

• Step 1: Schema Format Integrity Validation
o We ingest your raw development files and validate them against FDA-recognized schemas (CycloneDX or SPDX). We verify the structural architecture to ensure all NTIA-mandated dependency fields are perfectly mapped, preventing automated intake rejections.
• Step 2: Transitive Dependency & Vulnerability Mapping
o Using advanced composition analysis tools like Snyk and Dependency-Check, we cross-reference your software libraries against the National Vulnerability Database (NVD). We unearth the hidden, third-tier “transitive” libraries that developers often miss but auditors look for.
• Step 3: The ISO 14971 Blast Radius Assessment
o This is where traditional compliance breaks down. For every critical or high vulnerability identified, we author the formal clinical hazard analysis. We document the precise operational boundaries of your device to prove how software exploits affect or do not affect patient safety.
• Step 4: False-Positive Rationalization & CAPA Architecture
o Up to 40% of automated vulnerability alerts are noise or completely unreachable in your device’s specific ecosystem. We write the formal engineering justifications to filter out scan noise, logging only the actionable threats into your formal Change Control and CAPA tracks.

Deep Technical Alignment Across Connected Environments

Our triage framework handles advanced, high-stakes data environments where software directly impacts compliance and delivery:

• Software as a Medical Device (SaMD): Bridging cloud-connected microservices and mobile application front-ends with strict design change control logs.
• Connected AI/ML Diagnostic Platforms: Hardening the underlying pipelines that ingest training data to protect against algorithmic exploitation and data leakage.
• Digital Health & Virtual Care Infrastructure: Ensuring that third-party integrations and data-sharing layers are fully mapped and legally justified within your core QMS framework.

The Flat-Fee Triage Guarantee

Absolute Cost Predictability. Zero Noise.
You don’t need open-ended hourly consulting invoices to secure your software supply chain. We audit your schemas, map your vulnerability blast radius, filter out the automated scan clutter, and lock down your risk files under a strict, flat-fee project framework. Your developers stay focused on building features, while we ensure your compliance architecture is completely defensible before an auditor ever sets foot in the building.

Secure Your SBOM Architecture Today