Healthcare Software
Development
Company India
We build healthcare software for clinics, health networks, digital health startups, and medical device companies in the USA, UK, and Australia. HIPAA-compliant telemedicine platforms, HL7 FHIR-integrated patient portals, AI-powered clinical decision support tools, and secure medical data applications — built by a senior engineering team at $30 per hour, with a fixed price before any work begins. Healthcare software is not a standard web application. The compliance requirements, the data sensitivity, and the integration complexity with existing clinical systems require a team that understands what those requirements mean in code, not just in a proposal.
Healthcare software built for real clinical environments — not adapted from generic web applications
HIPAA compliance in software development is not a documentation exercise. It is a set of technical requirements that determine how patient data is stored, transmitted, accessed, and audited. Every database containing Protected Health Information must use encryption at rest — AES-256 as the standard. Every data transmission must use TLS 1.3 or later. Every access to PHI must be logged with a timestamp, a user identifier, and the action performed. Role-based access control must ensure that a billing staff member cannot access clinical notes they have no business reason to view. Business Associate Agreements must be in place with every vendor that touches PHI — including your cloud provider. At CV Infotech, we use AWS HIPAA-eligible services for all US healthcare builds and sign a Business Associate Agreement as a covered entity under HIPAA. These are not features we add at the end of a project. They are architectural decisions we make at the start, because retrofitting HIPAA compliance into a system that was not designed for it is one of the most expensive software mistakes a healthcare company can make.
HL7 FHIR (Fast Healthcare Interoperability Resources) is the current standard for health data exchange, mandated by CMS's Interoperability and Patient Access Rule for US healthcare providers. If your healthcare application needs to exchange data with a hospital system, a payer, or a health information exchange, FHIR R4 is the protocol. FHIR defines resources — Patient, Observation, Condition, Medication, Appointment — that represent clinical concepts in a standardised format. An application that can read and write FHIR resources can exchange data with any FHIR-compliant system without custom integration for each one. We implement FHIR R4 APIs using HAPI FHIR (the leading open-source Java implementation) or as a lightweight REST layer on top of a standard backend for applications that do not need full FHIR server capability. For EHR integration specifically — Epic, Cerner, Meditech, Allscripts — we build against each system's FHIR API implementation, which varies in completeness and authentication requirements between vendors.
The addition of AI to healthcare software introduces a category of requirements that does not exist in general software development. Clinical NLP — extracting structured data from clinical notes — requires models trained on medical text, handling of medical terminology including ICD-10 and SNOMED CT codes, and a validation approach that accounts for the consequences of errors in a clinical context. AI diagnostic support tools that present findings to clinicians require careful framing — the output is a decision support input, not a diagnosis, and the interface design must reflect that distinction clearly to avoid clinical misuse. We have integrated AI into production software for non-healthcare clients including UltimaBot and UltimaWriter, and we apply the same engineering rigour to healthcare AI integrations: model selection based on task requirements, output validation, fallback handling, and user interface design that accurately represents the confidence and limitations of the model's output.
Custom healthcare software development is not the right choice for every organisation. If your requirement is an EHR for a general practice clinic — scheduling, clinical notes, billing — an established EHR like DrChrono, Kareo, or AthenaHealth will serve you better than a custom build at a fraction of the cost. If your requirement is a standard telemedicine video consultation platform without custom clinical workflows, products like Doxy.me or Zoom for Healthcare are HIPAA-compliant and ready to use. Custom development is the right choice when your clinical workflows are sufficiently different from what existing products support, when you need deep integration between multiple systems, when you are building a digital health product to sell to other healthcare organisations, or when AI-driven features are central to your clinical value proposition. We will tell you honestly at the start of a discovery call whether custom development is the right approach for your situation.
BAA in place before development begins
We sign a Business Associate Agreement as required under HIPAA before any work involving Protected Health Information begins. Our BAA is reviewed by our legal team and covers the specific technical obligations for cloud-hosted healthcare software. This is not a form agreement — it is reviewed for your specific architecture.
FHIR R4 implementation — not FHIR marketing
We implement FHIR R4 resources correctly — not a REST API that uses FHIR terminology without conforming to the specification. Our FHIR implementations pass the HL7 FHIR conformance validator. For Epic and Cerner integrations, we implement against the vendor's SMART on FHIR authentication layer.
Security review before every deployment
Before any healthcare application reaches production, we run a security review that covers: dependency vulnerability scan, penetration test on authentication flows, audit log verification, encryption key management review, and access control audit. Security issues are resolved before deployment — not logged as backlog items.
Clinical workflows designed with your team
Healthcare software used incorrectly can harm patients. We do not design clinical workflows without involving your clinical staff in the review process. Wireframes for clinical interfaces go through review with at least one clinician before development begins. This is not optional — it is part of every healthcare project scope.
Healthcare software development services
Telemedicine, patient portals, clinical dashboards, EHR integration, AI healthcare features, and compliance remediation — senior engineering for USA, UK, and Australian healthcare organisations.
Telemedicine Platform Development
End-to-end telemedicine platforms — HIPAA-compliant video consultation using Agora or Twilio, patient scheduling with calendar integration, clinical note creation during or after the consultation, prescription generation, and follow-up task management. We build the patient-facing mobile and web interfaces, the clinician dashboard, and the admin tooling for clinic managers. WebRTC integration for video, HL7 FHIR for clinical data exchange, and encrypted messaging for patient-provider communication.
Learn morePatient Portal Development
Secure patient portals that give patients access to their health records, appointment history, lab results, and provider communications. FHIR R4 for data retrieval from EHR systems, SMART on FHIR for authentication, and patient-facing interfaces designed for low health-literacy users. We implement Blue Button 2.0 for US Medicare data access where required. Accessible design — WCAG 2.1 AA — is standard on all patient-facing healthcare interfaces.
Learn moreClinical Dashboard and Decision Support
Data aggregation dashboards for clinical teams — pulling from EHR systems, lab systems, and medical device integrations to give clinicians a unified view of patient data. AI-powered clinical decision support that flags potential drug interactions, alerts on abnormal lab values, and surfaces relevant clinical guidelines based on diagnosis codes. We build these as embedded web applications that can be integrated into existing EHR workflows through SMART on FHIR launch contexts.
Learn moreEHR Integration and HL7 FHIR APIs
Integration with Epic, Cerner, Meditech, Allscripts, and other EHR systems using HL7 FHIR R4 and legacy HL7 v2 interfaces. We implement FHIR resources including Patient, Observation, Condition, MedicationRequest, AllergyIntolerance, DiagnosticReport, and DocumentReference. For legacy HL7 v2 environments, we implement ADT, ORU, ORM, and SIU message handling. DICOM integration for imaging data where diagnostic imaging is part of the workflow.
Learn moreAI Healthcare Features
Clinical NLP for extracting structured data from unstructured clinical notes — diagnosis extraction, medication identification, procedure coding support. Predictive risk scoring models integrated into clinical workflows. LLM-powered clinical documentation assistance — not autonomous clinical decision making, but tools that reduce documentation burden while clinicians retain full clinical responsibility. We implement these features with explicit limitations displayed in the interface and logging of AI-assisted actions in the audit trail.
Learn moreHealthcare Compliance Audit and Remediation
Existing healthcare software that was not built with HIPAA compliance as a primary concern. We audit the codebase for PHI handling patterns, access control gaps, encryption status, and audit logging completeness. We produce a prioritised findings report — ranked by risk — and remediate in phases without stopping your product. We have completed compliance remediations on applications that were handling PHI without adequate controls and have brought them to HIPAA compliance without service interruption.
Learn moreWhy healthcare organisations in the USA, UK, and Australia choose CV Infotech
Healthcare software development requires two things that are rarely found together: engineering quality and domain knowledge. Engineering quality without domain knowledge produces software that works technically but fails in clinical use — the wrong interface for a clinical workflow, a FHIR implementation that does not conform to the specification, an AI feature that clinicians distrust because it does not handle edge cases correctly. Domain knowledge without engineering quality produces software that understands the clinical requirements but cannot scale, cannot maintain HIPAA compliance under audit, and breaks under real patient data volumes. CV Infotech brings engineering quality from 14 years of building complex software across healthcare-adjacent verticals, and domain knowledge from direct client engagement with healthcare operators who have helped us understand what clinical systems actually need to do.
The cost difference between offshore healthcare software development and equivalent work at a US or UK health-tech agency is 70 to 80 percent. A US health-tech agency bills $150 to $300 per hour. CV Infotech delivers the same engineering quality at $30 per hour. HIPAA compliance is not affected by the developer's location — it is determined by the architecture, the encryption, the access controls, and the audit logging. AWS HIPAA-eligible services are the same whether the development team is in Gurugram or San Francisco.
USA (HIPAA, AWS us-east-1, EST)
US healthcare software must comply with HIPAA's Privacy Rule, Security Rule, and Breach Notification Rule. We implement the technical safeguards required by the HIPAA Security Rule: encryption at rest and in transit, automatic logoff, audit controls, integrity controls, and transmission security. We use AWS HIPAA-eligible services and sign a BAA with AWS as required. For applications that process claims data, we implement the appropriate EDI transaction standards. For applications subject to the CMS Interoperability Rule, we implement FHIR R4 Patient Access APIs with SMART on FHIR authentication. EST-compatible communication. AWS us-east-1 for all US healthcare deployments by default. US development services.
UK (NHS Digital standards, Data Security and Protection Toolkit, AWS eu-west-2)
UK healthcare software connecting to NHS systems must comply with the NHS Data Security and Protection Toolkit and meet NHS Digital's standards for clinical software. GP Connect for primary care data access, NHS Login for patient authentication, and FHIR UK Core for data exchange are the primary integration standards for NHS-connected applications. We implement NHS Digital's FHIR UK Core R4 profile, which extends the base FHIR specification with NHS-specific extensions including NHS Number as a patient identifier. For applications handling NHS patient data, we ensure data residency in AWS eu-west-2 London and comply with UK GDPR in addition to NHS-specific requirements. UK developer hire services.
Australia (My Health Record, ADHA standards, AWS ap-southeast-2 Sydney)
Australian healthcare software connecting to the national health record system must comply with the Australian Digital Health Agency's standards for My Health Record access. Healthcare Identifiers — Individual Healthcare Identifiers and Healthcare Provider Identifiers — are required for My Health Record interactions. We implement the ADHA's FHIR specifications for My Health Record document exchange. The Privacy Act 1988 and the Australian Privacy Principles apply to all patient data handling. AWS ap-southeast-2 Sydney for Australian healthcare deployments, ensuring data residency in Australia as required by My Health Record legislation. Australian services.
We read the FHIR specification, not a summary of it
Our FHIR implementations are built against the HL7 FHIR R4 specification directly, not a third-party abstraction layer. We understand the difference between a must-support element and a required element. Our FHIR resources pass conformance validation. This matters when you are integrating with a health information exchange that validates incoming FHIR resources.
Clinical workflow review with your team
Every clinical interface we build goes through review with at least one clinician from your team before development begins. We do not design clinical decision support tools in isolation. The clinicians who will use the software are the authority on whether the workflow is correct.
We do not build clinical AI without appropriate safeguards
AI in healthcare can cause harm if it is presented ambiguously or used beyond its validated scope. Every AI feature we build includes explicit display of the model's limitations, logging of AI-assisted actions in the audit trail, and a mechanism for clinicians to override or report incorrect outputs. We do not ship AI features that a clinician could reasonably mistake for a diagnostic conclusion.
Ongoing maintenance for healthcare software
Healthcare software requires ongoing maintenance: FHIR specification updates, EHR vendor API changes, new HIPAA guidance, dependency security updates, and feature development as clinical requirements evolve. We offer post-launch maintenance on a project or retainer basis. Healthcare software that goes unmaintained becomes a compliance liability within 12 to 18 months.
Ready to build HIPAA-compliant healthcare software?
Send us your brief and get a fixed-price proposal. Senior engineers, $30/hour, BAA available, compliance handover on delivery.
How we deliver a healthcare software project
Compliance-aware discovery first. Compliance architecture and BAA second. Clinician-reviewed workflow design third. Then security-first, milestone-based development with a full security assessment before production.
Healthcare-specific discovery
5–10 daysHealthcare software discovery takes longer than a standard software project because the compliance and integration requirements must be understood before architecture decisions can be made. We ask about: the specific PHI data types your application will handle; the EHR systems you need to integrate with and their FHIR conformance level; your patient population and their technical capability for patient-facing interfaces; the jurisdiction-specific compliance requirements that apply to your organisation; any existing healthcare IT infrastructure the new application must work alongside. We do not send a generic questionnaire. We schedule a discovery call with your clinical and technical stakeholders and ask specific questions based on your application type.
Compliance architecture and BAA
3–5 daysBefore any development begins, we document the compliance architecture: which data elements are PHI, how each PHI element is stored and transmitted, which third-party services touch PHI and under what BAA, how access is controlled and audited, and how the system responds to a potential breach. We sign a Business Associate Agreement covering our specific role in handling PHI. For US healthcare applications, we configure AWS HIPAA-eligible services in the appropriate region. This documentation becomes part of your HIPAA compliance programme.
Clinical workflow design and clinician review
2–4 weeksWe produce wireframes for every clinical interface — not pixel-perfect designs, but functional wireframes that map every user flow and every clinical decision point. These wireframes are reviewed by at least one clinician from your team before we proceed to visual design. We iterate on the wireframes until the clinical workflow is correct. Visual design follows after clinical workflow approval. For AI-powered features, we design the interface output at this stage to ensure the AI's confidence levels and limitations are clearly communicated.
Development with security-first discipline
Milestone-basedDevelopment in 2-week sprints. Every PR includes a security review for PHI handling patterns — we check that no PHI is logged in application logs, that every PHI access goes through the access control layer, and that encryption is applied consistently. FHIR resources are validated against the conformance validator on every sprint. At the end of each sprint, we deploy to a HIPAA-compliant staging environment and send you a review summary with specific test instructions for the clinical workflows completed in that sprint.
Security assessment and penetration testing
1–2 weeksBefore any healthcare application goes to production, we run a structured security assessment: authenticated and unauthenticated penetration testing on all API endpoints, verification that PHI is not accessible to unauthorised roles, confirmation that audit logs are complete and tamper-evident, encryption key management review, and a dependency vulnerability scan. We address all critical and high findings before production deployment. The security assessment report becomes part of your HIPAA documentation.
Production deployment and compliance handover
1–2 weeksProduction deployment to your HIPAA-compliant AWS environment. We provide a compliance handover document covering: the technical safeguards implemented and how to verify them; the BAA documentation with all covered vendors; the incident response procedure for potential breaches; the ongoing maintenance requirements for HIPAA compliance; and the codebase architecture documentation for your development team or successor vendor. 30 days of post-launch support for genuine defects. Ongoing maintenance available on project or retainer basis.
Healthcare Software Development — Frequently Asked Questions
Tell us about your healthcare software project
Whether you are building a telemedicine platform, integrating with an EHR, adding AI to a clinical workflow, or bringing an existing application into HIPAA compliance — send us the brief. We will review your compliance requirements and integration architecture before the call, so the first conversation addresses your specific situation rather than starting with basics.