Codazz builds clinical and administrative systems to your specification — EHR and EMR modules, telehealth platforms, patient portals, practice management and revenue cycle tools — wired into your existing stack through HL7 v2, FHIR R4 and DICOM, and architected to HIPAA Security Rule safeguards.
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Independently audited, certified and built to standards you can check
A healthcare software development company builds clinical and administrative systems to order — EHR and EMR modules, telehealth platforms, patient portals and practice management — with HL7 v2, FHIR R4 and DICOM interfaces to Epic, Oracle Health and athenahealth. Codazz architects for HIPAA and GDPR: encrypted PHI, role-based access and audit logging from sprint one.
Packaged clinical software forces your care teams to work the way the vendor modelled the specialty. Custom builds encode your intake, triage, charting and handoff steps as they actually run, which is what removes the click burden clinicians complain about.
Off-the-shelf products expose the integrations the vendor chose to sell. A custom system exposes FHIR R4 resources and HL7 v2 feeds on your terms, so labs, imaging, billing and referral partners connect without a per-interface licence negotiation.
Encryption, least-privilege access, immutable audit trails and session controls are architectural decisions made in sprint one. Retrofitting them into a configured product after a security review is where budgets and timelines break.
Licensed clinical software prices growth. A system you own has a build cost and a maintenance cost, and adding a clinic, a specialty line or ten thousand patients does not re-open commercial terms.
Departmental systems, clinical decision support, bed and OR scheduling, and interface engines that sit alongside a core EHR without replacing it.
Practice management, e-prescribing workflows, patient intake, scheduling and revenue cycle tooling built for a specific specialty rather than a generic template.
Clinical MVPs, remote patient monitoring platforms and provider-facing dashboards built with the compliance posture investors and hospital buyers will diligence.
Companion software, DICOM and PACS pipelines, device data ingestion, and reporting portals that turn instrument output into clinical records.
Clinical trial data capture, patient support programmes, adverse event reporting and research data platforms with full provenance and audit trails.
Claims adjudication support, prior authorisation workflows, member portals and provider directories using FHIR US Core and Da Vinci profiles.
Edmonton, Alberta, Canada
Canada and India delivery centres
Across 16+ industries
Spanning 96 cities
Plus HL7 v2 and CCDA
Encryption and audit logging
The question is rarely whether custom healthcare software is better than a packaged product — it is where the boundary sits. Codazz maps that boundary in discovery: what stays in your core EHR, what gets built, and what gets connected. We have delivered 500+ projects across 16+ industries since 2018 with 200+ engineers, and we bring the same engineering discipline to clinical systems, where an audit trail and a failed message queue matter as much as the interface a clinician sees.
Medical software development covering clinical records, virtual care, patient engagement, practice administration, interoperability and clinical analytics — delivered as one system rather than six disconnected tools.
Purpose-built electronic health record modules — charting, problem lists, orders, results review and e-prescribing workflows — designed around one specialty rather than every specialty at once.
Encrypted video consultation, asynchronous messaging, e-triage, waiting rooms and clinician scheduling, with the visit record written straight back to the chart rather than living in a separate silo.
Portals and companion apps for appointments, results, secure messaging, intake forms, consent capture and billing — accessible, multilingual and built so a patient never sees another patient record.
Scheduling, eligibility checks, coding support, claims preparation, denial management and reporting — the administrative layer where most clinics lose margin to manual rework.
Interface engines and integration layers connecting your systems to Epic, Cerner, athenahealth, labs, imaging and HIEs through FHIR R4, HL7 v2 over MLLP, CCDA documents and DICOM.
Population health dashboards, risk stratification, documentation assistance and clinical decision support, built with human review in the loop and every model output traceable to its inputs.
Every healthcare software development engagement is scoped, priced and staffed the same way — so these hold on every project, not just the showcase ones.
PHI encrypted at rest and in transit, unique user identification, role-based and attribute-based access, automatic session termination, and immutable audit logging of every PHI read and write.
FHIR R4 resources, HL7 v2 ADT, ORM and ORU messaging, CCDA exchange and DICOM imaging — implemented against the specification, not approximated with a bespoke JSON contract.
QA covers negative and boundary cases on every PHI path: wrong-patient prevention, unit and dosing edge cases, message replay, partial-failure handling and access-control regression suites.
HIPAA in the US, GDPR in the EU and PIPEDA in Canada differ on residency, consent and breach notification. We design data residency and retention to the rules your patients fall under.
One process, five stages, fixed milestones. You always know what is happening and what it costs.
We map the business problem, the users and the constraints, then agree what success looks like in numbers.
Flows, interface design and a clickable prototype, so the hard decisions are settled before engineering starts.
Two-week sprints against a fixed scope. You see working software every fortnight, not a status report.
Load testing, security review, migration and a rollout plan — with someone from the build team on call.
Monitoring, iteration and a support SLA. Most clients keep building with us long after go-live.
Pick platform, complexity, features and design to get a ballpark price range and timeline.
We do not just build products — we engineer intelligent, connected, future-proof digital experiences.
US Core and Da Vinci profiles for payer and provider exchange
ADT, ORM, ORU and SIU messaging with acknowledgement handling
Study ingestion, viewers and imaging workflow integration
EHR-launched apps with OAuth 2.0 scoped PHI access
Continuity of care documents for referrals and transitions
Claims submission and remittance advice processing
Structured extraction from free-text notes with review in the loop
Device and wearable telemetry mapped to FHIR Observations
Break-glass, minimum-necessary and consent-aware authorisation
Append-only PHI access logs suited to investigation
SNOMED CT, LOINC, ICD-10 and RxNorm code mapping
Built on HIPAA-eligible AWS and Azure services, with a BAA executed before any PHI is processed
Best-in-class tools chosen for performance, reliability, and long-term maintainability.
Most healthcare builds fail on integration and compliance rather than on features. These are the things worth checking before you sign, whoever you sign with.
Ask which FHIR resources and HL7 v2 message types they have implemented, and how they handle acknowledgement failures and message replay. Vague answers here predict integration overruns.
Ask for the specific technical safeguards they implement and the evidence they hand over. A vendor claiming to make you HIPAA compliant misunderstands the rule — compliance is your organisational status.
Insist on a discovery output you could take to a different vendor: workflow maps, integration inventory, data model and acceptance criteria. If it does not exist, the estimate is a guess.
Confirm whether the engineers in the pitch are the engineers on the sprint, and whether any work is subcontracted. PHI access should be traceable to named individuals under agreement.
Source code, infrastructure definitions, schemas and migration scripts should transfer to you on payment, with no runtime licence you cannot exit.
Clinical systems need defined response times, a security patch cadence, and a plan for the day a hospital partner changes an interface without notice.
“Their team integrated real-time GPS tracking and route optimization into our fleet management system. Delivery times dropped 34% in the first month.”
Healthcare
A HIPAA-compliant patient platform that has handled 200K+ consultations and cut consultation time by 60%.
Read case study →Telehealth
A HIPAA-compliant telehealth app serving 50K+ patients with video visits, e-prescriptions and health records.
Read case study →FinTech
Rebuilt a real-time trading engine for 100K+ users — sub-50ms latency and 99.99% uptime.
Read case study →Common questions about custom healthcare software development services — cost, timelines, HIPAA architecture, EHR integration and healthcare IT consulting.
Ask our teamA healthcare software development company designs and builds clinical and administrative systems to a provider or payer specification instead of configuring an off-the-shelf product. Typical deliverables are EHR and EMR modules, telehealth platforms, patient portals, practice management and revenue cycle tools, clinical decision support, and the HL7 v2, FHIR R4 and DICOM interfaces that connect them to existing hospital systems.
Cost is driven by scope: the number of clinical workflows involved, the number of external systems you integrate with, and the depth of compliance and audit work. A validated clinical MVP with one EHR integration sits at one end of the range, and a multi-site platform with imaging, revenue cycle integration and legacy data migration at the other. Codazz scopes a discovery phase first and then issues a fixed-price quote against a written specification.
Discovery and clinical workflow mapping, technical architecture, UX and UI design, backend and frontend engineering, HL7 v2 and FHIR R4 interface development, DICOM and PACS imaging pipelines, QA including negative and boundary testing on PHI paths, deployment on HIPAA-eligible cloud services, and post-launch maintenance. Security engineering runs in parallel rather than as a final gate.
We architect to the HIPAA Security Rule safeguards: PHI encrypted at rest and in transit, unique user identification with role-based and attribute-based access control, immutable audit logging of every PHI read and write, automatic session termination, least-privilege infrastructure, and documented backup and disaster recovery. We deploy on HIPAA-eligible services such as AWS and Azure, with a Business Associate Agreement executed before any PHI is processed. HIPAA compliance is an organizational status you hold, not a certificate a vendor grants you, so we build the technical controls and hand over the documentation your compliance team needs.
Yes. Healthcare IT consulting engagements cover clinical workflow analysis, interoperability strategy, build-versus-buy assessment, EHR integration feasibility, data migration planning, and security architecture review. The output is a written technical specification, an integration map and an estimate you can take to any vendor, including one other than Codazz.
A clinical proof of concept with one workflow and one integration usually runs 8 to 12 weeks. A production medical software build with patient and clinician interfaces, FHIR interoperability and full audit tooling usually runs 5 to 9 months. Multi-site hospital platforms with imaging, billing and legacy data migration usually run 9 to 18 months.
Yes. We integrate through the standards those systems expose: SMART on FHIR apps and FHIR R4 REST APIs, HL7 v2 ADT, ORM and ORU messaging over MLLP, CDA and CCDA document exchange, and DICOM for imaging. Epic and Oracle Health require vendor registration in their developer programs before an app can be published, and that registration is part of the integration scope we plan with you. We build an interface engine layer so a change on one side does not force a rewrite on the other.
Healthcare code carries constraints a general vendor rarely designs for: PHI handling rules, audit trails that survive an investigation, interoperability with systems you do not control, clinical safety of defaults, and downtime that has patient consequences. A healthcare software development company treats those as architectural requirements from the first sprint rather than as change requests discovered during a security review.
What HIPAA actually requires of a build, and how mHealth products handle PHI in practice.
Read article BlogWhere clinical AI is already in production, and where human review still has to stay in the loop.
Read article BlogEncrypted video, waiting rooms, scheduling and writing the visit record back to the chart.
Read articleRelated services and the industries we serve most often.
Tell us what you are trying to build. A senior engineer will come back within one working day with a scope, a timeline and a fixed price.
