Cerner integration services connect third-party applications, devices and healthcare systems with Oracle Health, the EHR platform formerly known as Cerner. The work covers FHIR APIs, SMART on FHIR apps, HL7 v2 interfaces, device connectivity, data migration and developer program onboarding, delivered under HIPAA safeguards with tested, documented data flows.
Taction Software has built EHR integrations since 2013 across 200+ healthcare projects, including interfaces, apps and migrations involving Oracle Health environments. This page explains our Cerner integration services, the methods we use and what they cost at a $50 hourly rate, and complements our Cerner and Oracle Health integration guide.
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Oracle Health, still widely called Cerner, runs in many hospitals and health systems, which makes integration essential for any vendor selling into those organizations. Integration needs vary widely, from a patient app reading records through FHIR to a lab system exchanging orders and results through HL7, or a device feeding vitals into the chart. Each method has different technical steps, approvals and testing requirements. Our services cover the full range of Cerner integration work. The six service areas below describe what organizations and technology vendors most often engage us to build and support in Oracle Health environments.
We build integrations using Oracle Health FHIR APIs to read and write patient data such as demographics, conditions, medications, allergies, observations and appointments. FHIR is usually the fastest path for modern apps, and we handle authorization, data mapping, error handling and the testing each environment requires.
SMART on FHIR lets apps launch inside the clinician workflow with secure access to patient context. We build apps that launch from within the EHR or standalone, handle authorization correctly and present information clinicians need without forcing them to leave their familiar charting environment.
Many hospital integrations still rely on HL7 v2 messages for admissions, orders, results, scheduling and charges. We build and test HL7 interfaces between Oracle Health and labs, imaging, billing and specialty systems, often using an integration engine to validate and transform messages reliably.
Medical devices such as monitors, pumps and ventilators can feed data into the patient record. Our Cerner CareAware integration services connect device data to Oracle Health environments, so clinicians see accurate readings without manual transcription at the bedside. Readings are validated before charting.
AI tools become far more useful when they work inside the EHR. Our Cerner AI integration work connects documentation assistants, predictive models and clinical copilots to Oracle Health data, with clinician review and audit logging built into every step. Access follows EHR permissions.
Organizations sometimes move to or away from Oracle Health, which requires careful data migration and interface redesign. Our Cerner to Epic migration services cover extraction, mapping, validation and cutover, and we support migrations into Oracle Health environments as well. Parallel testing reduces risk.
Choosing the right integration method is the most important early decision in any Cerner project, because it shapes cost, timeline, data freshness and approval requirements. FHIR APIs suit modern apps and on-demand data access, HL7 v2 suits event-driven hospital workflows, and other methods fit bulk data, documents or devices. Many projects combine several methods to meet different needs. The six methods below are the ones we use most often in Oracle Health integrations, and we help clients choose the combination that fits their use case, customer environment and budget during discovery.
Oracle Health supports FHIR R4 APIs for reading and, in some cases, writing clinical data. FHIR suits patient apps, clinician tools and analytics that need current data on demand. Our FHIR and HL7 integration team handles mapping, authorization and resource-specific behavior.
SMART on FHIR adds secure launch and authorization on top of FHIR, allowing apps to open within the EHR with the current patient and user context. Our SMART on FHIR app development work covers both EHR launch and standalone launch patterns.
HL7 v2 remains the backbone of many hospital interfaces, sending real-time events for admissions, orders, results and charges. HL7 suits workflows where systems must react as events happen, and it usually requires coordination with the hospital’s interface team and integration engine.
Integration engines such as Mirth Connect route, validate and transform messages between Oracle Health and other systems. Our Mirth Connect Cerner integration work centralizes interfaces, making them easier to monitor, troubleshoot and change than separate point-to-point connections. Failed messages are captured and reprocessed.
Population health, analytics and research projects often need data for many patients at once. Bulk FHIR export and other bulk methods provide large datasets efficiently. We design pipelines that load bulk data securely into analytics environments while respecting access permissions and data governance rules.
Clinical documents such as continuity of care documents, discharge summaries and referrals are often exchanged as CDA or PDF files. We build document exchange workflows, including parsing structured documents into usable data, so information from these files can support downstream clinical and administrative processes.
Building an integration is only part of the work. Vendors connecting to Oracle Health environments usually need to register applications, follow developer program requirements, test in sandbox environments and complete reviews before customer hospitals allow production access. Each customer site may also have its own security review, interface team and change process. Planning for these steps from the start prevents delays that can add months to a project. The six steps below describe how we guide clients through the developer program and approval process for Oracle Health integrations, from registration to live production access.
Most Oracle Health integrations begin with registering in the developer program and creating application credentials. Our Cerner Code developer implementation service guides registration, application setup and documentation, so your team understands requirements before development starts. Requirements are reviewed early to avoid surprises later.
Development and early testing happen in sandbox environments with test patients and data. We build and test integrations there first, validating authorization, data mapping and error handling, so issues are resolved before any work touches a customer’s live system or real patient data.
FHIR access is controlled through scopes that define what data an app may read or write. We request only the scopes each use case genuinely needs, which simplifies security reviews and follows the minimum necessary principle that healthcare customers and regulators expect.
Hospitals usually review vendor security before granting production access. We prepare documentation covering architecture, data flows, encryption, access control and audit logging, and help answer security questionnaires, so reviews move faster and do not stall the project for months. Evidence is reusable later.
Each Oracle Health customer environment is configured differently, with its own interface teams, codes and workflows. We coordinate with hospital IT teams on endpoints, code mappings, message specifications and testing schedules, adapting the integration to each site without creating a separate codebase.
Go-live includes final testing, monitoring setup, support contacts and rollback plans. We monitor early production traffic closely, fix issues quickly and confirm data accuracy with the customer, so the integration becomes stable and trusted before the project team steps back.
Cerner integrations serve very different purposes depending on who builds them and why. Hospitals integrate specialty systems and devices, digital health companies connect apps to reach patients and clinicians, and payers or analytics companies pull data for population health and quality programs. Each use case has its own data needs, methods and approval paths. Understanding the use case clearly shapes every technical decision that follows. The six use cases below are the ones we support most often in Oracle Health environments, and many projects combine several of them over time as needs grow.
Patient apps use FHIR APIs to show records, results, medications and appointments, often alongside scheduling and messaging features. We build secure patient access that follows consent and authorization rules, so patients can use trusted apps to view and manage their own health information.
Clinician tools such as decision support, specialty documentation and care coordination apps launch within the EHR using SMART on FHIR. We design them to fit into existing workflows, so clinicians get useful information without extra logins, windows or duplicate documentation steps.
Lab and imaging systems exchange orders, results and reports with Oracle Health through HL7 interfaces. Our lab integration HL7 services and radiology PACS integration work cover message mapping, result delivery and validation. Every interface is tested with real sample messages before go-live.
Billing and revenue cycle systems need charges, demographics, insurance and encounter data from the EHR. We build interfaces that deliver accurate data to billing platforms, reducing manual entry and claim errors that come from incomplete or delayed information moving between clinical and financial systems.
Analytics, quality and population health programs need data from many patients across time. We build pipelines using bulk data, FHIR and reporting feeds, loading information into analytics environments where care teams can identify gaps, track outcomes and support value-based care programs.
Oracle Health environments often connect to health information exchanges and national networks. Our HIE integration services help organizations exchange records with other providers, supporting care coordination, referrals and transitions of care across different health systems and EHR platforms. Consent rules are respected throughout.
Our Cerner integration services are billed at a blended rate of $50 per hour, covering integration engineers, developers, QA and project management. Cost depends mainly on the integration method, the number of data types, read or write requirements, developer program steps and the number of customer sites. The ranges below reflect typical effort and are planning figures, not quotes. Vendor program fees and customer site fees, where they apply, are separate. A short scoping call produces a firm estimate. Our EHR integration cost guide explains integration cost drivers in more detail.
An integration assessment typically takes 40 to 120 hours. It defines the use case, data needs, integration method, approvals and risks, then produces an architecture and costed plan, so your team knows exactly what the integration will involve before development begins.
A read-only FHIR integration covering a defined set of resources typically takes 120 to 480 hours. Effort depends on the number of resources, data mapping complexity, authorization requirements and testing needed across sandbox and customer environments before production approval. Write access costs more.
A SMART on FHIR app with EHR launch, a clinician or patient interface and core workflows typically takes 400 to 1,600 hours. Write-back features, complex user interfaces and multiple customer deployments move projects toward the higher end of this range.
A single HL7 v2 interface typically takes 80 to 400 hours, depending on message types, direction and customer testing requirements. Simple one-way result feeds sit at the lower end, while complex bidirectional order interfaces sit at the higher end of the range.
Support retainers typically cover 20 to 80 hours per month for monitoring, troubleshooting, updates when Oracle Health or customer systems change, and new customer site onboarding. The right size depends on interface count, message volume and response time requirements. Scope is reviewed quarterly.
Cost rises with write-back requirements, many data types, multiple customer sites, complex security reviews and tight deadlines. It falls when use cases are narrow, specifications are available early and customer IT teams respond quickly. Program and site fees are separate from our engineering cost.
Two questions matter when choosing a Cerner integration partner: do they understand the technical methods and approval processes specific to Oracle Health, and can they deliver integrations that stay stable after go-live. Our team has built EHR integrations since 2013 across 200+ healthcare projects, working with FHIR, SMART on FHIR, HL7 and integration engines, under ISO 27001 certified processes. We sign Business Associate Agreements before handling PHI. We are not an Oracle partner, and we state that clearly. The six points below explain what working with us looks like in practice.
Our engineers work with FHIR APIs, SMART on FHIR, HL7 v2, integration engines, bulk data and documents. That breadth lets us choose the right method for each use case rather than forcing every integration into one approach that suits some needs poorly.
For Xoomia, a unified healthcare platform, our Mirth Connect integration layer brings hospital and laboratory data into one shared record. Read the Xoomia case study to see how the integration architecture supports a multi-party care network. The same patterns apply to Cerner projects.
We plan developer program registration, security reviews and customer site coordination from the first week, not after code is written. That planning prevents the approval delays that commonly add months to EHR integration projects and frustrate both vendors and hospital customers.
When you need ongoing capacity, you can hire Cerner developers who work inside your team. They bring experience with Oracle Health data models, FHIR resources, HL7 interfaces and the testing processes hospitals expect from integration vendors. Engagements can be part-time or full-time.
We are not an Oracle partner, and we do not claim special access. We build integrations using the developer programs, APIs and interfaces available to vendors and health systems, and we explain clearly what each method requires from you and your customers.
Source code, mappings, interface specifications, test cases and documentation belong to you. We hand everything over in documented form, so your team can maintain integrations internally, continue with our support or move to another partner without rebuilding working interfaces. No lock-in applies.
These are the questions hospitals, digital health companies and technology vendors ask most often before starting a Cerner integration project, whether they are building a first integration, adding customer sites or replacing unreliable interfaces. The answers are short on purpose. If your question depends on your use case, customers or existing systems, a short call with our integration team will give you a clearer answer. For guidance on adding AI to Oracle Health environments, our article on Cerner Oracle Health AI integration explains the main approaches and constraints. Answers reflect current integration practice.
They are services that connect applications, devices and systems with Oracle Health, the EHR formerly called Cerner. Work includes FHIR API integration, SMART on FHIR apps, HL7 v2 interfaces, device integration, developer program onboarding, security reviews, testing and ongoing interface support.
Yes. Oracle acquired Cerner in 2022, and the EHR platform is now marketed as Oracle Health, although many people still call it Cerner. Integration methods such as FHIR APIs and HL7 interfaces continue to be used for connecting systems to the platform.
We bill a blended $50 per hour. An assessment typically costs $2,000 to $6,000, a FHIR read integration $6,000 to $24,000, a SMART on FHIR app $20,000 to $80,000, and HL7 interfaces $4,000 to $20,000 each. Program and site fees are separate.
Simple FHIR read integrations can take a few weeks of development, while SMART on FHIR apps and complex HL7 interfaces take several months. Developer program steps, customer security reviews and site testing often affect the timeline as much as development work itself.
FHIR suits modern apps needing on-demand access to patient data, while HL7 v2 suits real-time event workflows such as orders, results and admissions. Many projects use both. The right choice depends on your use case, data freshness needs and customer environment.
This page describes our Cerner integration services, methods, approval support and pricing. Our Cerner and Oracle Health integration guide is an educational article explaining integration concepts and options for teams that are still researching how Oracle Health integration works. Both work together well.
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