Microsoft SQL Server
Relational database behind many on-premise claims systems
ProPay integrates with Microsoft SQL Server as a data destination, not a claims source. SQL Server is the relational database behind many on-premise claims and policy systems, particularly at operators running Microsoft-centric enterprise stacks. ProPay writes claim, parts, and payment events into it for reporting and analytics.
SQL Server is the relational database behind many on-premise claims and policy systems, particularly at operators running Microsoft-centric enterprise stacks. For ProPay, Microsoft SQL Server isn’t a claims system to read from, it’s either the database behind a claims application ProPay already connects to, or a separate reporting destination. The direction runs the other way from most of ProPay’s integrations: ProPay is the source, Microsoft SQL Server is the destination.
What ProPay writes into Microsoft SQL Server
As ProPay works a claim, intake, triage, authorization, parts sourcing, and payment, it generates a structured record of what happened at every stage. That record is what flows into Microsoft SQL Server: claim, parts, and payment events for enterprise reporting.
Every one of those events traces back to a real interaction, a homeowner’s SMS thread, a technician’s status update, a supplier’s shipping confirmation, not a manual log entry. That’s what makes the data landing in Microsoft SQL Server usable for analysis rather than another reporting gap to fill by hand.
That includes the metrics ProPay is built to move: homeowner SMS engagement, truck rolls avoided through triage, parts procurement overspend identified against optimal routing, and cycle time from claim to payment, all landing in Microsoft SQL Server in a form your team can query directly.
How the Microsoft SQL Server connection works
Where SQL Server sits behind an application ProPay already integrates with, the connection is handled there. As a standalone reporting store, ProPay writes structured events into it directly.
A Forward Deployed Engineer sets up the export format and schedule against Microsoft SQL Server during deployment, matching whatever structure your existing reporting already expects.
What stays in Microsoft SQL Server
Everything else already living in Microsoft SQL Server, your other data sources, existing models, and reporting logic, is untouched. ProPay adds a new, accurate source of claims data; it doesn’t touch what’s already there.
Data handling and security
Data written into Microsoft SQL Server comes from a company-specific ProPay instance, one client’s claim and financial data are never accessible to another before they reach Microsoft SQL Server. ProPay is SOC 2 compliant, with both Type I and Type II audits complete.
Every underlying recommendation that produced the data landing in Microsoft SQL Server carries a confidence level and the inputs behind it, so the data itself is auditable back to the decision that created it.
Deploying the integration
A dedicated Forward Deployed Engineer configures the export into Microsoft SQL Server to match your schema and cadence, so it plugs into existing dashboards and models rather than requiring new tooling.
Frequently asked questions about ProPay and Microsoft SQL Server
Does ProPay read claims from Microsoft SQL Server?
No. Microsoft SQL Server is a destination for ProPay’s own claim, parts, and payment data, not a source ProPay reads a claim record from.
How does ProPay connect to Microsoft SQL Server?
Where SQL Server sits behind an application ProPay already integrates with, the connection is handled there. As a standalone reporting store, ProPay writes structured events into it directly.
What kind of data lands in Microsoft SQL Server?
Claim, parts, and payment events for enterprise reporting, structured and ready to query alongside whatever else already lives in Microsoft SQL Server.
