The software stack in a connected device spans chip BSPs, operating systems, middleware and application layers, arriving from different suppliers in different delivery formats. When the product ships to global markets, you are accountable for the composition of that entire stack — including the parts you only ever receive as binaries.
From the chip vendor's BSP through the OS distribution and third-party middleware to in-house applications, device software originates from dozens of sources, and every layer can introduce undocumented open source components.
Suppliers commonly deliver firmware, images or static libraries with no source code available. Traditional SCA depends on manifest files and source, and simply fails against these artifacts.
Consumer electronics ship large numbers of models and variants, each with a slightly different software configuration. Manual inventory per SKU is not feasible; automated batch capability is required.
The EU CRA, GDPR, national security certifications and carrier acceptance requirements stack up. SBOM and vulnerability handling capability are shifting from differentiator to prerequisite.
Requires composition transparency and vulnerability handling for products with digital elements placed on the EU market, with main obligations phasing in through 2027. Consumer electronics and smart devices are squarely in scope.
National and carrier-level security certification requirements for terminal devices keep tightening, with software composition and known vulnerability status forming part of the submission package.
GPL-family obligations are especially sensitive in firmware distribution: a single oversight can trigger source disclosure requirements for the whole firmware image, a far greater legal exposure than in server-side scenarios.
Security technical requirements for mobile terminals and IoT devices continue to evolve, making disclosure of third-party SDKs and open source components a routine check.
CleanBinary performs binary composition analysis on supplier-delivered firmware, images and statically linked libraries, recovering components and versions without source code and closing the most opaque link in the chain.
Explore CleanBinary →CleanSource SCA identifies open source composition through snippet-level fingerprint matching, with particular focus on GPL-family copyleft exposure in firmware distribution, producing an evidence chain usable in legal defense.
Explore CleanSource SCA →Wire composition analysis into the build pipeline so every SKU automatically produces an SBOM that updates with each release, turning per-model manual inventory into configure-once, produce-continuously.
CI gate practice →Emit SBOMs in SPDX / CycloneDX format alongside vulnerability status and license inventory, forming material that can be submitted directly to customers, certification bodies and regulators.
CRA compliance guide →CleanBinary performs binary composition identification on chip vendor BSPs and third-party firmware modules, establishing a complete component inventory without source code and providing the basis for determining open source license obligations across the full firmware image.
Composition analysis was wired into the build system so every model across multiple product lines automatically produces an SBOM that updates with each release — turning per-model manual compliance preparation into configure-once, produce-continuously.
Smart device and manufacturing customers (selected)
Want to see how this works on your firmware and deliverables?
商务合作
微信公众号