Org-scoped data protection
Encryption, audit, retention, and export controls for sensitive scan evidence and diligence workflows.
VersionGopher™ is moving beyond version inventory into software genomics: a defensible way to identify what is present, where it came from, how it changed, and why it matters.
Footage: DVIDS · CNMF Mission Video · Courtesy Video, U.S. Cyber Command · Video ID 998594
Encryption, audit, retention, and export controls for sensitive scan evidence and diligence workflows.
Deeper PE, ELF, Mach-O, plist, signature, hash, private-key, and archive signals while keeping document handling metadata-first.
Connect files, hashes, versions, CVEs, signers, hosts, scans, and analyst notes into a bounded evidence graph.
Support laptops, servers, embedded Linux, firmware, offline systems, spacecraft, proliferated satellite constellations, and future orbital data centers.
Use content platforms, ticketing, SIEM, legal, and repository systems as inputs or destinations while staying focused on software evidence.
Hashes, versions, paths, signatures, and provenance create a software genome that can reveal drift, inheritance, and unexpected movement of critical code.
M&A teams, CISOs, incident responders, operators, and mission leaders all need defensible answers about inherited and deployed software. Software genomics gives them a language for comparing those environments without pretending a single machine ID or filename tells the whole story.
VersionGopher is not a document repository, DLP suite, SIEM, eDiscovery platform, or legal opinion engine. It complements those systems by owning software evidence: binaries, scripts, archives as containers, hashes, versions, signatures, provenance, and CVE rationale.
Documents and archives stay metadata-only by default.
Keep provenance, hashes, signatures, versions, and scan context together.
Connect adjacent systems without trying to replace them.
Bring a real scan, inherited environment, embedded target, or diligence question.