Windows laptops and desktops
Bring relevant workstation identity, hardware, operating system, software and organizational context together.
Bring Windows asset inventory, operational context and evidence-backed security intelligence together so IT and security teams can understand what they have, who it belongs to, its security state and how it changes over time.
GapSwift combines technical asset information, organizational context, lifecycle information and supported security evidence to create a clearer view of each asset.
Maintain visibility across supported Windows laptops and desktops, Windows Servers, Domain Controller classification, and manually maintained Inventory Only assets without implying unsupported technical assessment for inventory-only records.
Bring relevant workstation identity, hardware, operating system, software and organizational context together.
Distinguish server assets and supported server context, including Domain Controller classification where applicable.
Maintain manually managed records while keeping them clearly separate from assets with observed technical and security evidence.
Bring high-level hardware and system context together, such as manufacturer and model, CPU, RAM, BIOS, TPM, Secure Boot, storage, device identity and virtualization context where supported and applicable.
This context supports investigation and operational understanding without presenting an exhaustive guaranteed field-level promise.
View installed software, software versions, publisher and architecture where supported. Understand when software appears or changes, with historical context around software that is no longer observed.
GapSwift does not position this information as software usage monitoring, license optimization or automated patching.
Bring relevant Windows product, edition, version, build, architecture, workstation or server classification, domain or workgroup, and appropriate network or system identity into the asset view.
Understand relevant physical and logical storage capacity and utilization context where supported.
Connect technical assets with owner, custodian, managing team, department, business unit, cost center and site context as appropriate.
Maintain assignment, transfer, stock, spare, loaner, repair, return and retirement context.
Support QR/barcode identification, printable asset labels, physical inventory campaigns, maintenance records, handover records and return records.
Bring relevant Windows configuration evidence into context, including Firewall, Microsoft Defender, BitLocker, TPM/Secure Boot, RDP, SMB/security protocol, audit-policy and other supported Windows security configuration evidence.
GapSwift connects applicable assets with evidence-backed configuration and security findings. It is not positioned as EDR or antivirus.
Understand relevant vulnerability context for supported assets based on observed software, version, hotfix and other applicable evidence.
Asset inventory, Security Gaps and vulnerability context can be brought together at asset level. This does not guarantee every CVE relationship and does not provide automatic vulnerability remediation or CVE patching.
Supported asset, software, version, hotfix and other applicable evidence informs the available context. Teams retain the underlying evidence needed for investigation.
Maintain supported historical visibility into hardware, software, operating system, user-related, security-related and lifecycle or custody changes.
Relevant last-observed or updated context, search and filtering, and controlled Asset Inventory reporting support day-to-day understanding while remaining secondary to the core Asset Intelligence story.
This describes the broader GapSwift platform direction; it is not a claim that Asset Intelligence independently provides the entire assurance lifecycle.
Understand the Windows estate, ownership, lifecycle and relevant security context.
Work with supported hardware, software, operating system and relevant asset information.
Connect evidence-backed Windows security posture, Security Gaps and relevant vulnerability context.
Maintain authorized visibility across managed customer organizations while preserving customer-level access boundaries.
Asset Intelligence brings technical asset information, organizational context, lifecycle information and supported security evidence together to help teams understand the assets they are responsible for.
GapSwift can provide supported hardware, operating system, software, device identity, ownership, lifecycle and security configuration context for Windows assets. Available information depends on the asset and applicable evidence.
Yes. GapSwift can show supported installed software information including product, version, publisher and architecture, with meaningful historical context around software changes.
GapSwift connects applicable Windows assets with supported configuration evidence, Security Gaps and relevant vulnerability context so teams can investigate the security story at asset level.
No. GapSwift does not claim automatic CVE patching. Its current role is to help teams understand supported asset evidence, security posture, Security Gaps and relevant vulnerability context.
See how GapSwift brings Windows Asset Intelligence, operational context and evidence-backed security visibility together.
Questions or want to learn more about GapSwift? Contact us at info@gapswift.com.