No source? Still see every component inside your delivery artifacts
Performs composition analysis on binaries, firmware, and delivery artifacts, surfacing hidden components and risk in compiled output — closing the last mile from source to delivery.
When source isn't available, recover the component list and risk directly from the delivered artifact.
Recovers open-source components and versions from binaries via hash, TLSH, and function-signature matching.
For embedded and device firmware, identifies third-party components packed into artifacts, supporting industrial and automotive scenarios.
Finds components invisible from source yet compiled and linked into output, eliminating the invisible-dependency blind spot.
Cross-validates with CleanSource SCA from a different dimension, covering the full path from source to binary.
Provides composition-transparency proof of artifacts to downstream and regulators, strengthening supply-chain trust.
Analyzes installers, filesystem and disk images, archives, firmware, project files, and dozens of other formats.
Without source, extracts function-level fingerprints from binaries to recover embedded open-source components and versions, then links known vulnerabilities.
Stable features extracted from machine code.
Identifies statically-linked libraries and versions.
Components hitting a CVE are flagged.
Chip companies are both heavy consumers of open source and distributors of software at scale — firmware, drivers and SDKs ship with the silicon to customers worldwide, every layer carrying open-source obligations. Four ways the industry is different, and the governance moves that matter.
A software-defined vehicle carries over 100 million lines of code, most of it open source. UN R155, ISO/SAE 21434 and China's mandatory GB 44495 have written supply-chain security into market access, and OEM pressure is cascading down the tiers. The four ways automotive is different, and what to do.
SPDX, CycloneDX or SWID? US EO 14028, FDA, the EU CRA and China's financial-sector rules — what they require, and a four-step path from generation to operations.
Using binary-fingerprint techniques such as Hash and TLSH, it performs composition analysis on executables, firmware and container images — recovering component inventories and risk without any source.
Vendor-deliverable acceptance, firmware security audits, legacy-system inventory without source, and final pre-delivery verification after source-level SCA — closing the last mile from source to artifact.
CleanSource SCA targets source code and dependency manifests; CleanBinary targets compiled binaries. Together they provide end-to-end composition transparency from source to delivery.
Deep parsing of common executables, libraries, firmware images and archives.
Common packaging and compression formats are deeply parsed; results on heavily packed or obfuscated samples depend on the specific form — we recommend a POC with your real deliverables.
Component inventories plus vulnerability and license risk reports, exportable as standard SBOM formats — ready for acceptance testing and compliance archiving.
Automatic unpacking and filesystem recovery for mainstream embedded firmware images, identifying open-source components and third-party libraries — closing the composition gap where no source exists.
Book a demo and see how CleanBinary surfaces hidden components and risk in your artifacts.
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