Connect systems.
Control the work.
One platform and an integration team to connect your EHRs, payers and clearinghouses. We help scope, build and run your workflows, with tested releases, PHI controls and evidence of what reached the destination.
Guided beta evaluation. Bring your EHR and one workflow.
Build the flow, connect your systems, handle exceptions and trace every change. Explore real screens from Interoply.
See the intake-to-athenahealth workflow on a visual canvas. Follow the patient check, chart write and consent branch in one place.
Follow the 835 remittance workflow from parsing through denial rules to a billing work queue. Exceptions retain the context a person needs.
Explore the connector catalog, its operations and example workflows. Start with sandbox fixtures before connecting vendor accounts.
The Tasks inbox brings approvals and exceptions together, with the related run available for investigation.
Inspect the product audit trail for workflow, form and publish changes. Keep operational evidence alongside the work it describes.
Find your use case, check the connector operations and see how the workflow behaves when a system or a person needs more time.
Epic · Oracle Health · athenahealth · eClinicalWorks
Connect patient intake and chart workflows to the systems your teams use. Map fields, resolve possible patient matches and route exceptions for review.
Walk through a chart write, its matching rules and the vendor access needed to go live.
HL7 v2 / MLLP · FHIR R4 · SMART on FHIR
Receive HL7 messages, call FHIR resources and validate mapped data against configured contracts. Quarantine failed checks before delivery.
Run a valid message and an invalid message, then inspect the quarantine evidence.
Eligibility · Claim status · Claims · Remittance
Build workflows around 270/271, 276/277, 278, 835 and 837P transactions. Parse remittance and route denial exceptions to a work queue.
Follow an 835 denial from response codes to the person responsible for its next action.
Redox · Health Gorilla · Metriport · CMS Blue Button
Keep the exchange connections you already use. Add routing, workflow state and human review around the records and responses they provide.
Trace a network response into the next business step, with access and consent requirements in scope.
Labcorp · Quest · DoseSpot · DICOMweb · Dexcom
Use the relevant connector operations to bring clinical systems into a workflow. Review the exact data, direction and permissions for your use case.
Check the required operation and sample payload against your destination and acceptance criteria.
Forms · Scheduling · Fax · Messaging · CRM
Start work from a form, webhook or schedule. Combine automated steps with tasks for missing information, approvals and exceptions.
Show the routine path and the exception path, including what happens while a person decides.
Interoply is a healthcare integration platform with a workflow engine built in: it moves data between clinical, payer and business systems and completes the work that spans them. An integration engine's depth in HL7, FHIR and X12, with the no-code workflow layer that engines never had.
EHRs, payers, clearinghouses, labs, pharmacy, fax and messaging through 99 connectors and 702 operations, each testable in a sandbox before vendor credentials arrive.
Flows that branch, loop, join, call reusable sub-flows and wait days for a payer, a callback or a person, with per-connection rate limits for every payer.
Every step logged with PHI redacted, every inbound event stored before processing, every change audited, and any failed run resumed from the step that broke.
Production brings changing mappings, bad messages, uncertain writes and failed runs. Interoply gives your team the controls and evidence to manage each one.
For a configured synchronization workflow, a successful response is followed by a connector GET and a comparison of the fields your policy defines.
A workflow can branch to a human task when information is missing or a decision is needed. The task keeps the run context available while a person reviews it.
An unresolved synchronization reservation blocks another write. An authorized operator can launch read-back recovery; matching destination evidence confirms the original reservation.
Keep untested changes out of production.
Pin the workflow version, request definitions and account bindings. Test the exact release in staging and production before activation.
Give invalid messages a visible place to land.
Apply versioned FHIR and HL7 contracts to mapped data. Configured rules check required fields, types, cardinality and allowed values; failures stop delivery and create quarantine evidence.
Check what arrived, beyond an HTTP response.
Read the destination record back through its connector and compare the fields your policy defines. Retain mismatch evidence and confirm synchronization only after a match.
Investigate a failed run before repeating a write.
Track synchronization intent and unresolved reservations. An authorized recovery can read back, reconcile and confirm the original reservation without another destination write.
Know who owns the next action.
Give each integration an owner and delivery target. Investigate overdue runs, link an incident to its run, and record an owner and resolution in the workspace.
Carry the implementation forward, then test its new context.
Package workflows, mappings, setup instructions, synthetic samples and regression suites as immutable versions. Install a chosen version, bind its accounts and generate fresh test evidence.
Healthcare workflow automation for the people designing the flow, the engineers connecting systems and the teams responsible for delivery.
Build branches, parallel paths, joins and loops. Map fields without code, and draft a workflow in plain English for your team to review and test.
Wait for a callback, a person or a condition. Poll claim status across days and resume failed work with the execution context retained.
Run recurring work, catch up missed schedules and backfill a past window. Bound concurrent runs and request rates per connection.
Assign, reassign and escalate exceptions. Ask a person to approve, supply missing information or correct a patient match.
Collect intake through hosted forms, retain workflow state across days and reuse lookup values across operational flows.
Use FHIR R4, SMART on FHIR, HL7 v2 over MLLP, X12 EDI, SFTP, AS2 and DICOMweb alongside the connector catalog.
Exercise connector operations with fixtures before vendor credentials arrive. Test configured connections and disable an account when needed.
Tokenise tagged fields before logging, encrypt execution history and configure retention. Control access with roles, tenant isolation and TOTP MFA.
Use the platform API and deploy outbound-only workers in the network that can reach your EHR. Worker zones keep execution in the right network.
Target your first integration in weeks.
Bring a scoped workflow, API documentation and access to the systems. We agree on a delivery target after discovery; vendor onboarding and security approvals shape the schedule.
Configure the method, URL, query, headers and body in the request builder. Use stored connections or tokens from an earlier step, then extract response fields for the next step.
Place a worker inside the network that can reach the endpoint. Network zones route work to the right worker, whether the system sits behind a hospital VPN or accepts only an allowlisted IP.
Place the worker on an approved route or egress address. Our team scopes routing, firewall and allowlisting requirements with you.
Configure client certificates and private CA roots for supported connections while retaining certificate verification.
Keep network placement explicit. If no worker serves the required zone, the run waits instead of executing elsewhere.
Two workflows run end to end against real systems today, and the templates below them start you from a working flow rather than a blank canvas.
A patient completes the intake form, Interoply checks for an existing chart, creates the patient in athenahealth only when no match exists, and texts a confirmation. Matching and write controls are tested as part of the workflow.
Integrating a product with athenahealth? Our athenahealth integration team runs the Marketplace access process.
Interoply parses each 835 remittance, including full-size files stored out of line, reads the CARC and RARC codes on every denied or adjusted line, and routes each one to the queue that fixes it.
The same engine handles eligibility, claim status and the rest of the X12 EDI transaction set.
A nightly 270/271 sweep for tomorrow's schedule; coverage problems go to the Tasks inbox.
Fax or form in, NPI verified, triage branch, human approval, referral packet faxed back.
276/277 every few hours until the claim is paid or denied, then the next action starts.
A nightly lab drop parsed, validated and routed to the right chart and team.
Build and send 837P claims through Stedi or Change Healthcare and track the lifecycle.
Da Vinci PAS and X12 278 templates. See prior authorization automation below.
Prior authorization is its own programme: see our prior authorization automation software, built on the same Da Vinci servers we publish as open-source healthcare tools.
You go from a described workflow to a tested production release in four steps, and the same run log follows it the whole way.
Pick one of 237 example workflows, or describe the work in plain English and the assistant drafts the flow for you to review.
Every operation runs in sandbox mode from fixtures first. Swap in real credentials when the vendor grants access.
Test the exact version in staging. It moves to production only after that test passes, pinned to the tested version.
See each step's request and response with PHI tokenised, handle exceptions in the Tasks inbox, and resume from the failed step.
99 connectors across EHRs, payers, clearinghouses, labs, pharmacy, devices and the business tools around them, from EHR integration with Epic, Oracle Health, athenahealth and eClinicalWorks to an HL7 v2 interface engine over MLLP and X12 EDI. Each operation ships with a sandbox fixture, so a whole workflow runs before vendor credentials arrive; sandbox mode is refused in production.
Building on a specific standard with our engineers? See our FHIR integration services and HL7 integration services.
Product names and logos are trademarks of their owners and identify the systems each connector reaches.
Automation handles the routine path; people decide the exceptions, in one place, before the deadline.
Interoply treats PHI as a data class: tagged fields are tokenised before a run record is written, and identifiers expire on their own schedule while the audit of what ran stays.
We sign a Business Associate Agreement (BAA) with every customer before PHI flows.
Audit trail and role-based access are part of the product, not an enterprise add-on.
Review the data flow with your security team: what crosses each system boundary, which fields are tagged as PHI, how long execution data is retained and who can access it. HIPAA readiness combines these configured controls with your organization’s policies and operating procedures. Read the HHS Security Rule overview.
Interoply is in beta. Start with a scoped workflow and validate connector coverage, security requirements and operational ownership together before a production rollout.
See the mapping, PHI handling, run evidence and destination check.
Walk through roles, MFA, retention and the worker’s network placement.
Confirm the BAA, vendor access, test criteria and the owner of each exception.
Nirmitee’s public engineering projects provide a separate view of the team’s work with healthcare standards. Explore their source, documentation and test instructions.
Choose who operates the platform. The product, the controls and the release process are the same either way.
We run Interoply for you: upgrades, monitoring, incident handling and vendor access. You build and run workflows from day one.
Deploy Interoply into your cloud account under your own infrastructure and security controls.
Run Interoply inside your infrastructure, close to the hospital systems and network boundaries you manage.
In both models, outbound-only workers can sit inside a hospital VPN or on an allowlisted address, with a zone per network. Staging and production environments, releases pinned to a tested version, a monitoring dashboard with success rate and latency, and incidents with an owner and resolution come as standard.
Integrate with many EHRs and payers from one platform instead of one custom build per customer.
Automate front-office and revenue-cycle work across locations and systems.
Run eligibility, claim status and denial work at volume with rate limits per payer.
Add a workflow layer beside the interface engine for the new work it was never built for.
Need engineers rather than a platform? Our healthcare interoperability services team builds and runs integrations end to end.
From the first vendor access request to the workflow running in production, Nirmitee helps connect the platform to the systems, standards and operational constraints around your business.
Review the source, destination, data access, patient matching and exception paths before choosing the implementation.
Work through vendor access, account setup, mappings and workflow testing. Identify what the existing connectors cover and what needs engineering.
Choose managed, cloud or on-premises deployment. Establish release gates, run visibility and the people responsible for exceptions.
Each tool solves a different part of the problem. This is how they line up on the questions healthcare teams ask first.
| Question | Interoply | Mirth Connect 4.6+ | Redox | Keragon | Zapier |
|---|---|---|---|---|---|
| What it is | Integration platform with a workflow engine | HL7 interface engine | Managed interoperability network | No-code healthcare automation | General automation |
| HL7 v2, FHIR and X12 | All three, native | HL7 v2, FHIR and X12 data types | FHIR and HL7 through the network | App connectors; no HL7 v2 or X12 listed | Not supported |
| Human tasks, forms, waits of days | Built in | Custom code | Not offered | Yes | Partial |
| Test without vendor credentials | Sandbox for every operation | Build your own | Sandbox tier | Trial | Trial |
| Runs in your cloud or network | Yes, managed, your cloud or on-premises | Yes, self-managed | Managed only | Managed only | Managed only |
| Audit trail and RBAC | Included | Yes | Yes | Enterprise plan only | Not for PHI |
| BAA | Signed with every customer | Per licence agreement | Yes | Yes, paid plans | Cannot sign a BAA |
| Licence model | Commercial platform | Commercial licence from 4.6 (19 March 2025) | Commercial platform | Commercial SaaS | Commercial SaaS |
Competitor facts from each vendor's public pages, checked 25 September 2026. Mirth Connect moved to a single commercial licence with version 4.6; 4.5.2 is the last open-source release.
Moving off an open-source engine? Read Mirth Connect alternatives after the licensing change, or keep Mirth with our Mirth Connect integration services.
Weighing a network? Compare Redox alternatives and direct EHR integration.
Mapping your manual work first? Start with our healthcare workflow automation guide.
Use the white paper to evaluate the design, the handbook to work through implementation, and the scoping guide to prepare your requirements.
What should govern an integration, what should execute it, and how do you prove the business step completed? Explore control-plane, runtime and connector boundaries, with failure modes and operating trade-offs.
28 chapters covering implementation decisions, caveats, acceptance scenarios and the team that owns production.
Explore the integration handbookMap dependencies, failure points and ownership before committing to a timeline. Bring that scope into your Interoply demo.
Explore the scoping guideA healthcare integration platform connects clinical, payer and business systems and moves data between them in the standards they speak: FHIR, HL7 v2 and X12. Interoply adds a workflow engine on top, so the work that spans those systems, such as intake, eligibility checks and denial follow-up, runs automatically instead of by hand.
Healthcare workflow automation software runs multi-step operational work across systems without manual copying. In Interoply that means new patient intake written to the chart, nightly eligibility sweeps, referral intake with human review, claim status polling and 835 denial triage, each with a full run log and a task inbox for the exceptions a person must decide.
Interoply has the engine depth teams expect, with HL7 v2 over MLLP, FHIR R4 and X12, and adds what engines leave to custom code: human tasks, hosted forms, workflows that wait days for a payer or a person, sandbox testing for every connector operation, and releases promoted from staging to production only after a passing test.
Interoply is built for PHI. Tagged fields are tokenised before a run record is written, run logs are PHI-redacted, payloads are encrypted in execution history, retention purges run automatically, tenants are isolated twice, every change is audited, and access uses role-based permissions with TOTP multi-factor authentication. We sign a Business Associate Agreement (BAA) with every customer before PHI flows.
Zapier states that it does not support PHI and cannot sign a BAA, so it is not an option for patient data. Healthcare teams that like its speed choose a platform built for PHI: Interoply gives the same visual, no-code building with tokenised PHI, audit trails, role-based access and a signed BAA.
Interoply has connectors for Epic, Oracle Health, athenahealth, eClinicalWorks, NextGen, Veradigm, ModMed, Elation, AdvancedMD, DrChrono, Canvas Medical, Healthie, Medplum, Open Dental and more, plus any FHIR R4 server and SMART on FHIR app launch. Our team runs the vendor access process for programmes such as Epic and athenahealth.
Yes. Interoply reads and writes any FHIR R4 resource, launches SMART on FHIR apps, parses HL7 v2 losslessly and receives it over MLLP, and builds and parses X12 270/271 eligibility, 276/277 claim status, 278 prior authorization, 835 remittance and 837P claims. AS2, SFTP, mutual TLS and DICOMweb cover the transports around them.
Yes. Interoply runs as a managed service operated by Nirmitee or inside your own cloud account or on your on-premises servers. Workers can also sit inside a hospital network with outbound-only connections, so Interoply reaches EHRs behind the firewall without opening inbound ports, and each network gets its own zone.
Workflows run in sandbox mode on day one, because every connector operation ships with a fixture and needs no vendor account. You test the exact version in staging, then promote it to production once vendor credentials are in place. Gated EHR programmes take weeks to grant access, and our team runs that process for you.
No. Operations teams build and change flows on a visual canvas, map fields without code, or describe the workflow in plain English and let the assistant draft it for review and testing. Engineers get a full API, versioned releases, mapping regression tests and test gates when they want them.
Inbound events are stored before processing, steps have retry controls, and missed schedules catch up. Failed runs can resume from the failed step. For configured synchronization flows, unresolved write reservations block a repeat write while an operator checks destination evidence. Recovery and retry behavior are tested against the destination connector and its supported idempotency rules.
Interoply is delivered like an iPaaS, as a managed platform with connectors and a visual builder, but it is healthcare-native: PHI tokenisation, clinical and claims standards, contract checks that quarantine bad HL7 and FHIR messages, and a human task inbox. General iPaaS tools leave those parts for you to build.
An integration control plane governs how integrations are configured, tested, released and operated. In Interoply, it ties exact workflow versions to account bindings and passing tests, validates data against configured contracts, tracks delivery evidence and supports destination reconciliation. Operators can investigate quarantined messages and recover supported uncertain writes through read-back checks without issuing another write.
Yes. Interoply has connectors for Redox, Health Gorilla, Metriport and CMS Blue Button, so teams that already exchange data through a network keep it and use Interoply for the workflow around the data: routing, human review, payer transactions and writing results back to the systems their staff use.
A 30-minute live demo focused on the workflow that costs your team the most hours. Bring your EHR, your destination system and the handoff you want to automate.
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