Collect across Windows, Linux, macOS, and embedded systems, now including native 64-bit RISC-V Linux. Browse large inventories faster, choose what your Windows endpoints scan, and keep reviewing CVE findings while updated advisories are processed. Trusted baselines, AI-enabled insights, and evidence-backed reports help your team turn that visibility into a clear next action.
Collect software versions, file hashes, and basic executable details on 64-bit RISC-V Linux. The portable collector is built and tested natively on Orange Pi running Ubuntu 24.04, alongside the existing ARM, MIPS, and PowerPC collectors.
Browse large inventories and Windows compressed-file results with less waiting. Path filters handle Windows separators and special characters literally, while Deep Search keeps results in step with your latest query.
Existing CVE findings, review decisions, and summaries stay visible while updated advisories are processed. Completed results appear together, so an in-progress refresh does not leave you working from a partially rebuilt view.
Roll out the signed Windows endpoint through Intune or install it directly. Choose all local drives or selected folders through managed scan profiles or the standalone configuration tray, without editing configuration files.
Collect evidence from endpoints, servers, storage, firmware images, embedded platforms, and inherited environments—including versions, hashes, publishers, packages, and file context.
Approve a known-good scan as your baseline, then see added, removed, and changed software alongside version, publisher, product, and environment drift.
Begin with a plain-language brief and a ranked view of unusual patterns, then verify each signal against the evidence instead of relying on a black-box score.
Bring vulnerability context, malware hash intelligence, signatures, and forensic indicators together. CVSS v4.0 scores are used when published, and visible feed status helps you judge how current the supporting intelligence is.
Turn searchable inventory and measured drift into a concise explanation of exposure and next steps. Share inventory CSV exports and NIST 800-53 POA&M worksheets with safer handling of collected evidence in spreadsheets.
Important software lives beyond the reach of conventional endpoint inventory: in appliances, firmware, servers, storage, isolated systems, and environments your team did not build. Portable collectors extend that reach across ARM, MIPS, PowerPC, and now RISC-V64, bringing those sources into the same evidence workflow as the managed fleet.
The result is more than a list of installed applications. Your team can establish what good looks like, measure change, connect suspicious or vulnerable software to its source, and use AI-enabled insights to decide where human attention will have the greatest impact.
Install the signed Windows endpoint or take a portable collector to the target. Bring the results into VersionGopher, establish a trusted baseline, and use search, risk context, drift analysis, and AI-enabled insights to turn raw software evidence into a clear next action.
See Windows and portable download options Configure Windows endpoint collection Designate and compare drift baselines Explore AI-enabled insights Check security intelligence and feed status Open Help CenterDeploy the Windows endpoint or run a portable collector where agents cannot go.
Search the evidence, assess risk, and see what changed from a trusted state.
Follow the strongest signals and package the evidence into a defensible brief.
Start with a laptop, server, fleet, firmware image, or inherited environment—and turn the results into an evidence-backed risk brief.