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.
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.
