From Firmware to Audit in Minutes
ONEKEY runs automated SBOM audits at the binary level so manufacturers can validate firmware, close compliance gaps, and ship with audit-ready evidence — no source code required.

Industry Leaders Rely on ONEKEY
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SBOM Audits
Can Expose Critical Gaps
Most software inventories look accurate until an audit exposes missing components, unsupported libraries, and weak documentation — a structured SBOM audit surfaces these gaps early, before they delay approvals or erode customer confidence.
Hidden Component Dependencies
Firmware often contains reused code, inherited libraries, and supplier software that never appears in formal records — elements that may carry known vulnerabilities, outdated packages, or unmanaged license obligations. Binary analysis uncovers what is actually inside the delivered product, giving you evidence based on deployed firmware rather than development-time assumptions.
Incomplete or Unverifiable Component Lists
Manual component lists rarely survive multiple releases and supplier updates intact, but validating against compiled binaries gives you a stronger baseline and lets you investigate mismatches quickly.
No Standardized Naming for Audit Traceability
When the same package is listed under different names across engineering, procurement, and security teams, vulnerability matching and remediation slow down and audit evidence loses credibility. Standard identifiers fix this — creating clearer links between components, risks, and historical fixes, and making reviews faster and more consistent over time.
Comprehensive Features for a Thorough SBOM Audit
Automated SBOM Generation & Validation
ONEKEY builds SBOMs from firmware binaries and cross-checks declared records against what shipped.

License Compliance Audit
ONEKEY builds SBOMs from firmware and cross-checks declared records against what shipped.

Standardized Component Naming for Audit-Readiness
ONEKEY aligns components to recognized naming standards, removing duplicate labels and giving every audit, vulnerability match, and supplier review one consistent identifier across teams.

Why ONEKEY is the Superior Choice for SBOM Audits
Most tools stop at inventory, but audits demand proof of completeness, continuous monitoring, and evidence tied to real products. ONEKEY is built for connected devices and supports the full lifecycle — from development to end-of-life — with consistent traceability and less manual effort.
Integrated & Generated SBOMs – Always Audit-Ready
You may receive SBOMs from suppliers while generating your own records internally. Managing these separately often creates duplication, version drift, and inconsistent evidence. ONEKEY supports imported and generated SBOMs in one environment, giving you a clearer source of truth. Historical records also help when auditors ask what changed between releases.
Binary-Based Identification
Source code is not always available for legacy products, outsourced projects, or supplier software. Waiting for access can delay reviews and leave major blind spots across the portfolio. ONEKEY inspects compiled firmware directly to identify components and versions with speed and consistency. This makes the SBOM audit process practical even in complex supply chains.
Market-Leading CVE Matching for Audit Evidence
Identifying software is only one part of the review. You also need to know whether known vulnerabilities affect those components and what action has been taken. ONEKEY correlates discovered software with vulnerability intelligence to support prioritisation and remediation planning. This creates stronger evidence for audits, customers, and internal reviews.
How ONEKEY Automates Your SBOM Audit
Manual audits often involve disconnected spreadsheets, supplier emails, and time-consuming validation work. That approach slows reviews and makes it difficult to maintain reliable evidence across releases. ONEKEY automates the process through binary-level analysis that works without source code access. This helps you move from fragmented checks to a faster and more repeatable audit workflow.

The process starts by uploading the firmware image directly into the platform. There is no need to request source code from suppliers or engineering teams before analysis can begin. This is especially useful for legacy products, third-party software, and outsourced development environments. You gain immediate visibility into the software actually shipped inside the product.
ONEKEY analyses the compiled firmware to identify embedded software components, package versions, and associated licence information. This helps uncover inherited dependencies and hidden libraries that may not appear in existing records. The analysis also improves traceability across suppliers and product versions. You receive a clearer and more complete inventory baseline for audit purposes.
Declared SBOMs are automatically compared against the discovered binary contents. Missing components, version mismatches, and unsupported entries are flagged for review without requiring manual comparison work. This helps you identify gaps before auditors, customers, or regulators discover them. It also improves confidence in the accuracy of your compliance evidence.
Once analysis and validation are complete, the platform generates exportable audit reports in standard formats such as CycloneDX or SPDX. These reports can be shared with customers, regulators, and internal stakeholders as part of compliance workflows. Standardised outputs improve consistency across teams and reduce preparation time for reviews. You maintain stronger traceability throughout the product lifecycle.
FACTS & Figures
FACTS & Figures
100% SBOM Coverage
Import any SBOM from any source – whether in-house or third-party software.
100s of thousands
Generate, manage, enrich, and verify SBOMs in seconds.
95%
Savings
Save time, effort, and costs on generating and managing audit-ready SBOMs – compared to manual processes.
Get Results in Minutes not Weeks with SBOM Management and Automation
Get ready for efficient SBOM management with ONEKEY. Avoid risks and ensure your software stays secure from development to deployment.
Why Customers Trust Us
Ship Cybersecure, Audit-Compliant Products with Confidence
Compliance should support delivery rather than delay it. With the right controls, you can release products faster while improving security posture. That balance is critical in competitive markets.

Vulnerability Management
ONEKEY monitors components across the lifecycle, linking CVE intelligence to remediation workflows and evidence tracking so new risks become accountable action, not assumptions.

Zero-Day Detection
When threats break before patch cycles, binary-level insight shows which products contain the affected software and which versions are exposed, so you can triage and respond fast.

Streamline Compliance Management
Auditors expect proof of governance, not claims. Our SBOM management tool centralizes records, decisions, and remediation evidence across products for the full lifecycle.
FAQs
Get detailed answers to the most common questions on safeguarding your connected products.

What is an SBOM Audit?
An SBOM audit is the review of a software bill of materials to confirm it is accurate, complete, and fit for compliance use. It checks components, versions, licenses, and known vulnerabilities. It also tests whether records match the shipped product.
Why is an SBOM Audit important for compliance?
Many regulations now expect visibility into product software and vulnerability management. An SBOM audit helps prove traceability and readiness. It also supports supplier assurance and customer trust.
How does ONEKEY automate the SBOM Audit process?
ONEKEY analyses firmware binaries, identifies software components, validates records, and maps known risks automatically. This reduces manual effort and improves evidence quality. You receive faster and more reliable outputs.
What is an SBOM used for in an audit context?
It is used to show which software components exist in a product and whether they are properly managed. Auditors review vulnerabilities, licences, supplier dependencies, and change history. It forms part of your compliance evidence set.
What is a Digital Cyber Twin?
A Digital Cyber Twin is a virtual security representation of your device created through technical analysis. It helps assess components, vulnerabilities, and exposure without needing physical access. This supports monitoring throughout the product lifecycle.







