Requirements for the AI BOM that a supplier providing AI models or systems to your organization must submit. Defines the standard data format, the information that must be included, identifier rules, and the requirements for licensing, provenance, and sensitivity.
Guidelines for the AI BOM that in-house development teams must produce when building an AI model or system. Drawing on the information accessibility available at the point of production, this sets out the required and recommended fields to fill and how to record integrity and provenance.
A checklist for vetting transparency and risk, on the basis of the AI BOM, when bringing in and using an external AI model or dataset. Checks identification, licensing, data lawfulness, and security risk step by step.
Surveys seven tool categories through their official repositories and documentation to lay out what to reuse, extend, or build new; the build order; the policy schema for codifying the matrix; and the Dependency-Track integration architecture.
An analysis of the revised SBOM minimum elements published on July 29, 2026 by CISA and 17 other agencies. The data fields grew from 7 to 17, and licensing entered the minimum baseline for the first time. Covers what an OSPO must decide before selecting a tool, how SBOM formats differ in their support, and how far the open source tool BomLens gets today.
Weighs the 50 elements of the G7 “SBOM for AI — Minimum Elements” against authoritative standards — SPDX 3.0.1, CycloneDX 1.6, NTIA 2021, OpenChain AI V1 — and regulatory grounds including the CRA, the AI Act, and FDA guidance, to determine which AI BOM fields are required and which are optional. Part of a five-part series that also applies the same matrix to production, ingestion, and supplier contexts and covers toolset strategy.
Explains how to use the OWASP tool that generates a CycloneDX-format AI SBOM from a Hugging Face model and scores its completeness, together with actual execution screens.
Compares SPDX and CycloneDX, the two standard formats for expressing an SBOM in a machine-readable form.
Explains how to use the AI BOM mode of OWASP cdxgen, which generates a CycloneDX SBOM from projects and models, together with actual execution output.
Explains the procedure and formats for generating and managing an AI SBOM, automation tools, and the verification areas that tools alone struggle to fill.
A guide covering the Software Bill of Materials (SBOM), from its concepts and standard formats to regulatory trends, adoption roadmap, tools, vulnerability management, and governance, organized from the perspective of practitioners in Korea.