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Squarerigger holds coverage terms on the asset and on parts, checks warranty status during work order
approval, pre-fills the claim with VMRS-coded line items, and tracks the submission through to reimbursement.
Each step decides whether eligible cost gets recovered.
Coverage terms sit in a binder of OEM and vendor contracts and get referenced rarely.
Warranty terms save on the asset and the part at intake, with coverage period and mileage.
A repair gets approved on cost; the warranty check happens after the bill is paid.
Warranty status checks against the asset and part at approval, and eligible repairs flag automatically.
A coordinator builds the claim off the invoice and looks up VMRS codes by hand.
The claim pre-fills from the work order with VMRS-coded line items, photos, and inspection results.
The claim gets filed, and rejected or stuck claims pile up without anyone watching the queue.
Open, pending, and reimbursed claims sit in one view, with aging alerts on stalls.
The warranty ends without review, and a covered repair gets paid out of pocket after.
Expiry alerts surface ahead of date, and pending covered work gets prioritized while coverage applies.
Coverage terms sit in a binder of OEM and vendor contracts and get referenced rarely.
Warranty terms save on the asset and the part at intake, with coverage period and mileage.
A repair gets approved on cost; the warranty check happens after the bill is paid.
Warranty status checks against the asset and part at approval, and eligible repairs flag automatically.
A coordinator builds the claim off the invoice and looks up VMRS codes by hand.
The claim pre-fills from the work order with VMRS-coded line items, photos, and inspection results.
The claim gets filed, and rejected or stuck claims pile up without anyone watching the queue.
Open, pending, and reimbursed claims sit in one view, with aging alerts on stalls.
The warranty ends without review, and a covered repair gets paid out of pocket after.
Expiry alerts surface ahead of date, and pending covered work gets prioritized while coverage applies.
Warranty terms are
saved on the asset and
on the part.
One day a brand-new
work order opens
against the asset.
Coverage is checked at
approval and an eligible
repair is flagged.
The claim is pre-filled
with VMRS-coded line
items and submitted.
Claim status and
reimbursement are
tracked to close.
Warranty terms are stored where the repair will find them.
The claim is built off the work order.
The warranty windows are visible while they still matter.
Eligibility is checked when the repair is being approved.
Open, pending, and closed claims sit in one queue.
Warranty terms are stored where the repair will find them.
Eligibility is checked when the repair is being approved.
The claim is built off the work order.
Open, pending, and closed claims sit in one queue.
The warranty windows are visible while they still matter.
A warranty program is not a stand-alone module. It reads coverage off the asset and the part,
sits inside the work order approval, and writes reimbursement back into lifecycle cost.
Warranty check runs at work order approval and pulls VMRS-coded data into the claim.
Coverage terms and complete warranty history are stored on the asset record.
Part-level warranties are stored alongside stock records and triggered at install.
Failed inspection items checked against warranty before they convert into work.
Recovered warranty claim dollars reduce net cost on the fleet's covered assets.
The VIN code directly links the asset to its OEM warranty terms at intake.
Eligible repairs flagged at approval, the claim queue and its aging, and recurring failure patterns that strengthen a vendor case.
Part-level coverage at install, returns and replacements posted under warranty, and the audit trail vendors require.
Recovered dollars against parts and labor costs, vendor claim approval performance, and TCO reduction warranties deliver.
Warranty status visible on the
work order. Parts and labor for covered repairs go through the claim flow.
Coverage terms are saved on the asset and the part. When a work order is created, the platform checks the repair against those terms and flags eligible line items before the job is approved.
Standard, extended, policy, service, and aftermarket warranties are all supported. Vendor-specific and OEM-specific workflows can be configured for the approval and submission rules each warranty type requires.
Claims are pre-filled from the work order with VMRS-coded line items, photos, and inspection results. Submission runs against the vendor or OEM workflow configured for that warranty type, and the response posts back against the claim record.
Expiry alerts surface ahead of the date by asset and by part. A report of upcoming expiries is available across the fleet, and pending work covered by an expiring warranty can be prioritized.
Active claims and existing coverage records can be imported during onboarding. The platform does not re-litigate historical claims that were never opened, but it ensures the next repair on a covered asset is caught at approval.
Reimbursement posts back against the work order and the asset. Cost per mile, repair cost trend, and lifecycle cost views all reflect the net cost after the claim is reimbursed.