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Care team reviewing a unified patient record across clinical and ancillary departments at a hospital workstation
HealthCare Technologies

A hospital information system where every department reads one record.

Custom HIS platforms built on Azure that connect your EHR, lab, pharmacy, radiology, and patient portal through HL7 and FHIR — so clinical information flows across every department without the gaps where errors and delays hide.

Built on FHIR & HL7
Standards-first interoperability
One longitudinal record
Every department, one chart
HIPAA + ONC-aligned
Compliance & patient access by design
One Patient Record
Information Continuity Across Departments
A single longitudinal record unifies clinical, ancillary, and administrative data — so the chart a clinician opens is the same truth the lab, pharmacy, and radiology work from.
Standards-Based
HL7 v2 · FHIR R4 · DICOM · NCPDP
Built on the interoperability standards your EHR and ancillary systems already speak, so the HIS connects your stack instead of becoming another island.
Safety by Design
Allergy, Interaction & Duplicate-Order Checks
Allergy, drug-interaction, and duplicate-order checks are engineered into the order and results flow — closing the inter-departmental gaps where preventable errors hide.
Patient-Connected
Results, Scheduling & Telehealth Access
A secure patient portal surfaces results, appointment booking, and virtual visits — aligned with ONC Cures Act patient-access expectations.

Unified Longitudinal Patient Record

One centralized clinical record gives every clinician instant access to histories, diagnoses, allergies, medications, and prior results — so care decisions are made on a complete picture, not a partial one stitched together across systems.

Lab, Pharmacy & Radiology Integration

The HIS connects laboratory (LIS), pharmacy, and radiology (RIS/PACS) systems so orders route to the right department instantly and results, dispensing, and images return to the chart digitally — without the fax-and-phone delays that slow care.

Order Entry, e-Prescribing & Decision Support

Computerized order entry and e-prescribing with built-in allergy, drug-interaction, and duplicate-order checks — engineered to catch the preventable errors that live in the handoffs between ordering and fulfilment.

Real-Time Bed, Resource & Staff Tracking

Live bed and ward occupancy, staff shift and on-call visibility, and medication and device inventory tracking — so admissions, transfers, and resourcing run on real-time information instead of whiteboards and phone calls.

Patient Engagement Portal & Telehealth

A secure patient portal where patients view test results, book and manage appointments, message care teams, and join virtual consultations — extending the same record outward to the people it is about.

Interoperability, HIE & Information Sharing

FHIR R4 and HL7 v2 interfaces, DICOM imaging exchange, and Health Information Exchange (HIE) connectivity — architected for USCDI data classes and ONC Cures Act information-sharing expectations across organizations.

Every Department, One Patient Record

Clinical, lab, pharmacy, and radiology teams read and write the same longitudinal record — so the picture at the bedside is complete, not stitched together across screens.

Physician and nurse reviewing a shared patient record on a workstation at a hospital nursing station

Results in Patients’ Hands

A secure portal surfaces test results, appointment booking, and virtual visits to patients directly — extending the same record outward and meeting modern patient-access expectations.

Patient viewing lab results and an upcoming appointment on a mobile patient portal
Built for clinical trust

HIPAA-Secure, ONC-Aligned, Audit-Ready by Design

HIPAA · HITECH · ONC Cures Act (information blocking) · SOC 2 · Joint Commission · CMS CoP

Data Encryption & PHI Protection

AES-256 encryption at rest, TLS 1.3 in transit, and PHI segmentation across departmental data — with encryption keys managed through Azure Key Vault.

Access, Identity & Audit

Role-based access across clinical, ancillary, HIM, and admin roles with MFA enforcement and a continuous audit trail of every record access, structured for OCR review and Joint Commission survey.

Interoperability Without Information Blocking

Standards-based patient and provider access via FHIR R4 and USCDI data classes — engineered so sharing the right data with patients and partners supports ONC Cures Act information-blocking compliance.

HIPAAHITECHONC Cures Act (Info Blocking)SOC 2 Type IIJoint CommissionCMS Conditions of Participation
Where medical errors actually live

One record. Every department. No gaps to fall through.

In a fragmented hospital, information dies in the handoffs between departments — and that is where preventable delays and errors come from. An integrated HIS turns every handoff into one connected, audited patient record.

01

Encounter & Order

A clinician documents a finding or places an order once, at the point of care.

No paper order slip, no re-dictation
02

Routed to Ancillary Departments

Lab, pharmacy, and radiology receive the order instantly across the interoperability backbone.

No faxed order lost between desks
03

Results Filed to One Record

Results, dispensing, and images return to a single longitudinal patient record automatically.

No result re-keyed or transcribed wrong
04

Complete Clinical Picture

Every clinician sees the same history, allergies, medications, and interactions in context.

No allergy or interaction missed
05

Surfaced to the Patient

Patients view results, book appointments, and join virtual visits through a secure portal.

No “call back next week for your results”
One interoperability backbone
HL7 v2FHIR R4DICOMNCPDP SCRIPTIHE / XDS

Compliance by design

HIPAAHITECHONC 21st Century Cures Act (information blocking & patient access)USCDI (data classes for interoperability)SOC 2 Type II (security & availability practices)Joint Commission readinessCMS Conditions of Participation

Encryption at rest & in transit

AES-256 for stored PHI and clinical data, TLS 1.3 for all network and interface traffic. Encryption keys are managed via Azure Key Vault with automated rotation policies.

Identity & role-based access

Standards-based identity with enforced MFA and role-based access for clinicians, lab, pharmacy, radiology, HIM, and administrative populations, with least-privilege defaults across every module and interface.

Zero-gap audit logging

Every record access, modification, order, result, and export across clinical and ancillary modules is logged with timestamp, actor, resource, and outcome — retained per HIPAA requirements for your compliance and HIM teams.

Information-sharing & patient-access controls

FHIR R4 and USCDI-aligned patient and provider APIs are engineered so the HIS shares the data ONC requires while honoring consent and minimum-necessary rules — giving your compliance team the evidence trail for information-blocking attestations.

Interface integrity & message validation

HL7, FHIR, and DICOM interfaces are built with message validation, delivery acknowledgement, and reconciliation so orders and results are not silently lost between systems — the integrity layer patient safety depends on.

HIPAA-eligible Azure infrastructure

Hosted in HIPAA-eligible Azure regions with private endpoints for network isolation, automated failover, and infrastructure defined and reviewed via Terraform. BAA and DPA available.

Audit-ready on day one

Every module is architected to meet HIPAA technical-safeguard requirements, to support ONC Cures Act information-blocking and patient-access obligations, and to align with Joint Commission and CMS Conditions of Participation documentation expectations. We provide the audit trails, access-control matrices, interface-integrity evidence, and policy documentation your compliance officer, OCR reviewer, or surveyor will ask for. Accreditation submissions, information-blocking attestations, and final compliance sign-off remain the responsibility of the customer’s compliance and clinical-governance functions; ${SITE_CONFIG.name} is a software engineering and integration partner and does not attest compliance on a customer’s behalf.

Partner agreements in place

BAADPASLA

Fewer Gaps, Fewer Preventable Errors

Because allergies, interactions, results, and order status are visible at the point of care on one record, the information gaps between departments — where preventable errors and delays accumulate — are engineered out by design.

Faster, Connected Clinical Workflows

Orders and results route digitally between clinicians and ancillary departments instead of by fax and phone, so the time from order to result to action is architected to shrink across the care pathway.

One Source of Clinical Truth

A single longitudinal record replaces reconciliation between disconnected departmental systems — clinical, lab, pharmacy, and radiology teams read and write the same patient data with no duplicate entry.

Patient Access That Meets the Mandate

A secure portal and standards-based patient APIs surface results, scheduling, and records to patients — architected to align with ONC Cures Act / 21st Century Cures patient-access and information-blocking expectations.

Works With Your EHR, Not Against It

The HIS integrates with Epic, Cerner / Oracle Health, and Meditech as the clinical system of record via HL7 v2 and FHIR R4 — so your existing EHR investment and clinician workflows stay in place while the information gaps get solved.

Integrations

Epic / Cerner (Oracle Health) / Meditech

EHR / System of Record
SMART on FHIR / FHIR R4 + HL7 v2
  • Bi-directional patient and ADT data sync
  • Clinical document exchange (C-CDA)
  • Order and result interface for ancillary systems

Laboratory Information System (LIS)

Lab
HL7 v2 (ORM / ORU) + FHIR R4
  • Lab order routing to the laboratory
  • Result filing back to the patient chart
  • Critical-value and reflex-result flagging

Radiology / PACS (RIS / PACS)

Imaging
HL7 v2 + DICOM / DICOMweb
  • Imaging order routing and scheduling
  • Study and report linkage to the record
  • In-context image access for clinicians

Pharmacy & e-Prescribing

Pharmacy
NCPDP SCRIPT + HL7 v2
  • Prescription routing to inpatient and retail pharmacies
  • Medication history and reconciliation
  • Formulary and drug-interaction checking

Health Information Exchange (HIE) / TEFCA

Interoperability
IHE XDS.b / FHIR R4
  • Community health record query
  • Admission / discharge / transfer notifications
  • Cross-organization document sharing

Medical Devices & Monitoring

Devices
HL7 v2 / IEEE 11073 / IHE PCD
  • Vitals and monitor data capture into the record
  • Device-to-chart association by encounter
  • Time-aligned observation logging

Our Implementation Process

1
3–5 weeks

Discovery & Clinical Information Mapping

We interview clinical, ancillary (lab, pharmacy, radiology), HIM, and IT stakeholders; map how orders, results, and the patient record move today; inventory your existing EHR, ancillary systems, and interfaces; and identify the information gaps, HIPAA, ONC information-blocking, and patient-safety risk areas — before a line of code is written.

Clinical information-flow maps, interface and system inventory, interoperability & compliance gap report, phased roadmap
2
2–4 weeks

Interoperability Architecture & Integration Design

We design the integration and interface-engine layer that connects the HIS to your EHR, LIS, pharmacy, RIS/PACS, and HIE via HL7 v2, FHIR R4, DICOM, and NCPDP — including FHIR resource mapping and a security architecture in which your EHR remains the system of record for PHI.

Interoperability architecture, FHIR resource mapping, interface-engine design, security architecture
3
Phased per engagement

Modular Development & Phased Delivery

Full-stack development in React/Next.js and .NET on Azure, delivered one capability at a time — order and result routing, the unified record, bed and resource tracking, and the patient portal. Bi-weekly demos with clinical and ancillary stakeholders keep each module anchored to real clinical workflows.

Functional modules in staging, test coverage reports, HIPAA-aligned CI/CD pipeline
4
3–5 weeks

Integration, Validation & Accreditation Prep

We connect to your live ancillary systems and EHR, then run end-to-end and interface testing, penetration testing, and HIPAA technical-safeguard validation. Documentation is structured to align with Joint Commission and CMS Conditions of Participation, and to demonstrate ONC Cures Act information-blocking readiness for your compliance team.

Interface test results, security test report, HIPAA safeguards checklist, accreditation-alignment and information-blocking readiness documentation
5
Defined per engagement

Phased Go-Live, Training & Hypercare

Department-by-department go-live with validated data migration, role-specific clinician and staff training, and a dedicated hypercare period. We monitor adoption, result-routing integrity, and order-to-result turnaround, then iterate based on real clinical feedback.

Production deployment, runbooks, training materials, monitoring dashboards, hypercare support

Frequently Asked Questions

What is the difference between a Hospital Information System (HIS) and a Hospital Management System (HMS)?

They overlap, and many vendors blur the line, so here is how we use the terms. A Hospital Information System (HIS) is the clinical information backbone — the longitudinal patient record, integration of lab, pharmacy, and radiology, order and result routing, clinical decision support, and patient engagement. A Hospital Management System (HMS) is the operational and administrative backbone — revenue cycle, bed management, HR, scheduling, and inventory. Most hospitals need both, and they complement each other: the HIS keeps clinical information continuous and safe, while the HMS runs operations. We build either, and we cross-link our HMS engagement for the operations side.

Will the HIS replace our existing EHR like Epic, Cerner, or Meditech?

No — and that is deliberate. We treat your EHR as the clinical system of record and build the HIS to integrate with it via HL7 v2 and FHIR R4. Your clinicians keep the charting and ordering workflows they already know, while the HIS connects the surrounding ancillary systems — lab, pharmacy, radiology — into one longitudinal record and surfaces it to patients. If you want a full custom EHR or EMR instead, we build those separately through our EHR and EMR Development engagements.

How does the HIS connect our lab, pharmacy, and radiology systems?

Through an integration and interface-engine layer built on healthcare standards: HL7 v2 (ORM/ORU) for lab and pharmacy orders and results, NCPDP SCRIPT for e-prescribing, DICOM and DICOMweb for radiology imaging, and FHIR R4 where your systems support it. Orders route from the point of care to the right department, and results, dispensing records, and images return to the chart automatically — with message validation and reconciliation so nothing is silently lost. Your IT team controls the connectors into your validated systems; we build the engineering surface they run on.

How do you handle HIPAA and ONC Cures Act information-blocking requirements?

Compliance is architectural, not a final checklist. We implement HIPAA technical safeguards from the first sprint — AES-256 encryption, role-based access, MFA, and zero-gap audit logging. For the ONC 21st Century Cures Act, we build FHIR R4 and USCDI-aligned patient and provider access so the HIS shares the data the rule requires while honoring consent and minimum-necessary rules, and we provide the evidence trail your compliance team uses for information-blocking attestations. We are a software engineering and integration partner, not a compliance auditor or law firm — final attestations and accreditation submissions stay with your compliance and clinical-governance functions.

Can we roll the HIS out department by department instead of a single cutover?

Yes — this is the default approach, not an option. Single "big bang" go-lives are one of the most common failure modes in hospital IT, and we design against them. Each capability — order and result routing, the unified record, bed and resource tracking, the patient portal — is built to go live with clear integration boundaries back to the shared record. This lets you prove clinical value and result-routing integrity on one area, train staff incrementally, and expand without pausing hospital operations.

How do you migrate data and protect patient safety during cutover?

Data migration is planned from discovery onward. We profile your existing systems, map source data to the target record, build automated extraction and transformation pipelines, and run validation cycles with reconciliation reports at each stage. Migration happens in staged waves — master and demographic data first, then clinical history, then active orders and results — with a documented rollback plan and, where appropriate, a parallel-run period. We never move clinical operations onto a new system without a validated migration and signed-off reconciliation, because patient safety depends on the record being complete and correct on day one.

Ready to connect your hospital’s information into one record?

Book a free 30-minute discovery call. We will review your EHR and ancillary-system footprint, where clinical information breaks down between departments, and your compliance priorities — then outline a realistic scope and phased timeline for a custom Hospital Information System built around your hospital.