Services

Dental PMS integration and the platform beneath it

The platform beneath everything: PMS integration across Open Dental, Dentrix, Eaglesoft and the rest, a unified dental data layer, two-way sync, and safe data migration between systems.

Integration layerSynced
Unified data layer
Open DentalDentrixClearinghousePaymentsPatient portalWarehouse
  • 8systems linked
  • 99.9%data integrity
  • <2ssync latency
On-prem and cloud PMS, payments and APIs — one clean source of truth.

Overview

Read and write across every system you run

Dental PMS integration is the layer that lets your software read and write patient, schedule and ledger data across whatever practice-management systems your locations actually run — and it is where most dental software projects quietly stall.

Integration is the part of a dental build that demos well and then meets reality. The first API call succeeds, everyone is optimistic, and then you discover that Eaglesoft has no API at all, that Dentrix requires database-level work at the practice, that one vendor throttles aggressively, and that all five systems disagree about what an adjustment is. Teams without dental-specific experience typically lose months here, and it is usually the point at which a promising product slips a year.

We have spent a decade building this layer: on-premise integration with Dentrix and Eaglesoft through secure sync agents, cloud API integration with Denticon, CareStack, Curve, tab32 and Dentrix Ascend, a unified data layer so your product is written once rather than once per vendor, and migration engines that move data between vendors without downtime.

Why integration stalls

What generalist teams discover three months in

Half the market has no API. A large share of practices run on-premise software with a local database and no supported integration path. You cannot serve those practices with API-only thinking, and pretending otherwise limits your addressable market severely.

Writing is not the mirror of reading. Pulling data is comparatively forgiving. Writing appointments, payments and ledger entries introduces conflicts, idempotency and partial-failure handling — and a double-posted payment or a duplicated appointment damages trust in a product permanently.

The systems genuinely disagree. Provider production attribution, adjustment types and appointment statuses are modelled differently by design, not by accident. Some of that normalizes cleanly; some does not, and a layer that silently picks an interpretation produces numbers that are quietly wrong — the worst possible outcome.

It degrades if nobody maintains it. Vendors deprecate endpoints, change payloads and push upgrades that alter schemas. An integration handed over and left alone does not stay working, which is why we run them as ongoing engagements rather than one-off deliveries.

8+
PMSs integrated in production
99.9%
data integrity
<2s
sync latency
0
downtime migrations

What this covers

The unglamorous foundation everything else depends on

The capabilities we design, build, and run inside Platform & Integrations — each shown as the working software behind it.

01 · Capability

Two-way PMS integration, in production

Read and write patient, schedule, and ledger data both ways across Open Dental, Dentrix, Eaglesoft, Denticon, CareStack, Curve, and tab32 — through APIs, developer programs, or database-level work where a system was never designed to be integrated. We know where each one hides its sharp edges.

Explore two-way pms integration
Integration layerSynced
Unified data layer
Open DentalDentrixEaglesoftDenticonCareStacktab32
Systems
8+
Sync latency
<2s
02 · Capability

Safe data migration between PMS systems

Custom engines that move and clean data between practice-management vendors — for example Eaglesoft to Denticon — without downtime or lost history. We handle mapping, cleaning, validation, and a controlled cutover, because migration is mostly the messy edge cases in real data.

Explore safe data migration between pms systems
PMS migration0 downtime
1Map
2Clean
3Validate
4Cutover
Patients migrated148,204
Validation errors0
History preserved100%
03 · Capability

A unified data layer & warehouse

One normalized model over a mix of on-prem and cloud systems, so your product reads a single consistent source of truth instead of fifteen dialects — and one warehouse that turns scattered per-location exports into BI-ready data. It's the foundation that makes multi-location software maintainable.

Explore a unified data layer & warehouse
Data warehouse99.9%
Patient & scheduleNormalized
Financials & A/RNormalized
Clinical & imagingStreaming
Data integrity
99.9%
One API
All PMSs

Who it's for

Anyone whose software has to live alongside a PMS

This is for DSOs consolidating locations on different systems, dental software companies that need deep PMS integration inside their product, and practices migrating from one system to another without losing a decade of history. Integration is where most dental software projects quietly stall — the demo works, then real payer and PMS edge cases appear.

We've built this layer many times over. We know where Open Dental, Dentrix, and Eaglesoft hide their sharp edges, and we build integrations that survive contact with production.

How we work

Discovery, build, and everything after

We don't sell a fixed package. We scope the work to your reality, build it properly, and run it long after launch.

Discovery, first

A short discovery sprint maps your PMS mix, payers, workflows, and data before we write a line of code — so we scope the work, and the cost, against your real situation.

Design & build

We design the right thing, then build it PHI-safe and SOC 2 Type II-aware, integrated with the systems your team already runs and tested against real data.

Build-and-run

Most engagements continue as a retainer — we operate, improve, and extend the software as payers, PMSs, and your business change. Here for the build, and everything after.

Questions

Frequently asked questions

Which practice-management systems can you integrate with?

We've integrated every major dental PMS — Open Dental, Dentrix and Dentrix Ascend, Eaglesoft, Denticon, CareStack, Curve Dental, and tab32 — reading and writing patient, schedule, and ledger data both ways. Because a group often runs several at once, we build a unified data layer so your product works against one consistent model.

Can you migrate our data from one PMS to another?

Yes. We've built custom migration engines that move and clean data across PMS vendors — for example Eaglesoft to Denticon — without downtime or lost history. We handle mapping, cleaning, validation, and a controlled cutover.

Is a unified data layer really necessary?

If you run more than one PMS, it saves you from rebuilding the same integration logic in every feature. It normalizes patient, schedule, and financial data into one model, so analytics, RCM, and patient tools all read one consistent place.

Do you build to HL7/FHIR and keep it HIPAA-compliant?

Yes. Where standards like HL7/FHIR apply, we build to them, and everything handles PHI in a HIPAA-aware, SOC 2 Type II way from the start.

Can you integrate with Open Dental, Dentrix, and Eaglesoft at the same time?

Yes. We've integrated all three in production and build a unified data layer so a group running different systems in different locations works against one consistent model. Open Dental offers an open database and API, Dentrix integrates via its developer program and Dentrix Ascend's cloud API, and Eaglesoft usually needs database-level work — we handle each.

How do you migrate dental data without downtime?

With a tested migration engine and a controlled cutover: we inventory and map the data, clean the source, build and validate the migration against the target, then cut over with a rollback plan. See our guide on migrating dental data safely between PMS systems.

Can you integrate with a practice-management system that has no public API?

Yes — that is a large part of this service line. Eaglesoft and on-premise Dentrix are the common cases, and we work through a secure, monitored sync agent installed at the practice operating at the database level. It requires genuine familiarity with those schemas and careful engineering around practice realities like overnight shutdowns and vendor upgrades.

How long before we can build features on top of the integration?

A first useful connector covering patients, appointments and core ledger data is typically a few weeks per system, and we sequence by whichever system covers the most locations so you get value early. Teams building products usually start feature work against the unified layer while later connectors are still being added, because the abstraction means those features work automatically once a connector lands.

Let's talk

Let's build the software your dental company runs on.

Book a free 30-minute discovery call — no pitch, just an honest read on whether we're a fit and how we'd approach it.