Warranty Tracking

Warranty Tracking

Overview

Warranty status is the single-most load-bearing field in hardware asset management and the least consistently reliable one across RMM platforms. Some RMMs resolve warranty directly from the OEM (serial-number lookup against Dell/HP/Lenovo warranty APIs) and refresh it automatically. Others expose a warranty field that is purely a manually-entered value someone typed in once during onboarding and never touched again. Treating both as equally trustworthy produces confident-sounding reports built on stale data. This skill covers how to pull warranty data across whatever RMM(s) an org has connected, how to weigh its reliability, and how to fall back to documentation platforms (IT Glue, Hudu) when RMM data is missing or looks stale.

This is endpoint/hardware warranty specifically — physical device coverage status. It is not network/cloud infrastructure health (see cloudops-pack) and it is not a service-desk ticket about a broken device (see ops-pack); a device can be fully healthy and in active use while still being three weeks from warranty expiration, which is exactly the case this skill exists to catch before it becomes a support problem.

Anti-triggers

• One platform's own warranty or lifecycle field — "what does Auvik return for warranty," "read N-central's lifecycle record" is that connector's API surface; use auvik-devices or ncentral-devices.
• ScalePad Lifecycle Manager's warranty product — LM holds its own hardware lifecycle records and warranty pricing; use scalepad-lifecycle-manager for anything scoped to that tool.
• Looking up one asset's record — use itglue-configurations or hudu-assets; this skill sweeps warranty state across a fleet.

Discovering available tools first

Never assume which RMM or documentation platform is connected:

1. Call conduit__search_tools with a query like "device warranty", "list devices", or "device lifecycle" to discover which RMM connector(s) are actually live for this org and their real tool names (e.g. datto-rmm__datto_list_devices, ninjaone__list_devices, ncentral__ncentral_get_device_lifecycle, kaseya-vsa__list_devices).
2. More than one RMM can be connected (a portfolio spanning multiple clients on different platforms, or a client mid-migration between RMMs). Cover all connected platforms; don't stop at the first.
3. Separately discover documentation platforms (itglue__search_configurations, hudu__* equivalents) as an optional fallback source, not a primary one — RMM inventory is the source of truth for "what devices exist"; documentation is the source of truth only when the RMM's own warranty field is empty or stale.
4. Only call concrete tools that discovery actually returned.

Key Concepts

Warranty data reliability varies by RMM

Different RMM platforms expose warranty with materially different trustworthiness. Do not treat every non-null warranty field as equally current:

Never infer "out of warranty" from an empty field. An empty field means the data wasn't captured, not that coverage lapsed — conflating the two produces false alarms that erode trust in the report.

Cross-referencing documentation platforms

When RMM warranty data is missing or looks stale (e.g., unchanged for multiple audit cycles, or a purchase date that doesn't match the device's first-seen date in the RMM), check whether the org has IT Glue or Hudu connected and search for a matching asset/configuration record there:

1. Match by serial number or asset tag first — the most reliable join key across platforms.
2. If the documentation platform has a warranty or purchase-date field for the matched asset, use it to fill the gap, and note in the report that the figure came from documentation rather than the RMM.
3. If neither source has the data, report the device as "warranty unknown — not tracked in RMM or documentation" rather than omitting it. An unknown is itself a finding worth surfacing, especially for servers and other high-criticality devices.

Expiring vs. expired

Bucket every device into one of three states, not a binary "in/out of warranty":

1. Expired — warranty end date has passed.
2. Expiring soon — warranty end date falls within the lookahead window (default 90 days if the caller doesn't specify one; honor an explicit window if given).
3. Covered — warranty end date is beyond the lookahead window.

Devices with unknown warranty status form a fourth, explicitly-labeled bucket — never fold them into "expired" or "covered."

Common Workflows

Portfolio-wide warranty sweep

1. Discover connected RMM(s) and documentation platform(s) via conduit__search_tools.
2. Pull device inventory from each connected RMM.
3. Pull warranty/lifecycle data per device from the RMM's own warranty field.
4. For devices with missing or stale RMM warranty data, cross-reference connected documentation platforms by serial number/asset tag.
5. Bucket every device into expired / expiring-soon / covered / unknown.
6. Return the report ranked: expired first, then expiring-soon (soonest first), then unknown (called out separately, not buried), then a summary count of covered devices.

Single-client warranty check

1. Discover tools and scope the RMM query to the requested client/org unit/site.
2. Run the same pull-and-bucket steps as above, scoped to that client.
3. Return the same four-bucket structure.

Error Handling

No RMM connector discovered

Say so explicitly: "No RMM connector is available through the gateway, so there's no device inventory to check warranty status against." Do not fabricate device data.

RMM connected but warranty/lifecycle fields not exposed

Report device inventory without warranty data and state plainly that warranty tracking wasn't possible for this platform — do not guess or interpolate an expiry date.

Documentation platform connected but no matching asset record

Report the device as "warranty unknown" rather than silently skipping the cross-reference step or treating the absence as "out of warranty."

Related Skills

• EOL/EOS Flagging — end-of-life/end-of-support risk, a distinct signal from warranty coverage (a device can be in warranty and still running an EOL OS, or out of warranty and still fully supported)
• Refresh Cycle Planning — combines warranty expiration with EOL/EOS timing and device age into a forward refresh calendar