Healthcare Software Development Company
Improve Clinical and Operational Workflows with AI
HIPAA-compliant platforms that surface clinical signal from notes, imaging, and claims: telehealth, EHR integration, and patient engagement shipped by teams who know the domain.
4.9 on ClutchSOC 2 Type II150+ platforms shipped
- Standards
- HIPAA, HL7 FHIR R4, BAA support
- EHR integrations
- Epic, Cerner
- Uptime
- 99.9% on healthcare platforms
- Security
- SOC 2 Type II
- Healthcare clients
- mPATH Health, TeamBuilder
The short answer
What does HIPAA-compliant healthcare software development involve?
Reviewed November 3, 2026
HIPAA-compliant healthcare development means classifying PHI at schema design, encrypting it at rest and in transit, logging every access, scoping permissions by role and running security review in every sprint. Codieshub builds these systems with engineers who have shipped PHI-handling software, including FHIR R4 and Epic or Cerner integrations and telehealth platforms.
Healthcare software sits at the intersection of the most demanding compliance landscape in software engineering and the highest stakes for end users: HIPAA, HL7 FHIR, ONC certification requirements, EHR interoperability mandates, and state-level telehealth regulations all apply before a single patient sees a screen. A feature that would take two sprints in another vertical can take six in healthcare once audit logging, role-based access, Business Associate Agreements, and penetration testing requirements are factored in.
Codieshub has built HIPAA-compliant applications for digital health platforms, patient engagement tools, clinical workflow software, and the APIs that connect them to EHR systems since 2012. Our engineers understand the difference between a PHI-handling system that passes a checkbox audit and one that actually limits exposure, because the distinction matters when a breach notification letter costs more than the entire development budget.
We staff healthcare engagements with engineers who have shipped production systems in regulated environments, not engineers who learned HIPAA from a PDF the week before kickoff. That means your BAA is backed by implementation patterns that actually satisfy it: encrypted at rest and in transit, access-logged, scoped by role, and built on infrastructure your security team can audit.
Healthcare Expertise
Healthcare Software We Build
- 01
HIPAA-Compliant Systems
End-to-end HIPAA compliance built into every layer: infrastructure, data, and application.
- 02
EHR Integrations
HL7, FHIR, and custom EHR integrations that connect patient data across your clinical workflows.
- 03
Clinical AI
NLP and ML models that surface insights from clinical notes, imaging, and patient records.
- 04
Telehealth Platforms
HIPAA-compliant video, scheduling, and patient communication platforms for virtual care.
- 05
Medical Imaging & Devices
DICOM pipelines, medical-device integrations, and workflow tooling for imaging-heavy clinical environments.
- 06
Patient Engagement
Portals, intake automation, and adherence tooling that improve outcomes and reduce no-show rates.
How we approach it
From the problem you have to what done looks like.
01The problem
Healthcare founders and product teams face a compounding problem: the compliance requirements that protect patients also make it expensive and slow to ship. Hiring engineers with real HIPAA implementation experience is difficult. Most developers have read the rule but never built systems that satisfy the technical safeguard requirements under meaningful scrutiny. The result is products that ship late, carry hidden compliance debt, or fail security reviews at the worst possible moment, just before a hospital system or payer signs a contract.
02How we solve it
We assign engineers who have previously worked on PHI-handling systems and pair them with your team using a compliance-first development model: data classification at schema design time, audit logging baked into the service layer before business logic is written, and security review built into the definition of done for every sprint. We support FHIR R4 API integrations, EHR connections via Epic and Cerner APIs, and telehealth platform builds on HIPAA-eligible infrastructure (AWS GovCloud, Azure Government, or your preferred compliant cloud).
03What done looks like
Products we deliver pass security reviews from enterprise health system IT teams and SOC 2 auditors, not because we rush a remediation checklist before the audit, but because the architecture was built to satisfy those requirements from the first commit. The compliance documentation and evidence trails we produce are structured to support the due-diligence process that health system and payer contracting teams run, so procurement conversations can focus on fit, not on filling documentation gaps.
Why Codieshub
Six things you can hold us to.
Specific to Healthcare Services, and written into how every engagement runs.
- 01
HIPAA-Native Development
Encryption at rest and in transit, role-based access control, automatic session timeouts, and PHI audit logs are built into our delivery templates, not bolted on after a security review flags them. Every engineer on a healthcare engagement has shipped production systems under HIPAA's technical safeguard requirements.
- 02
EHR & FHIR Integration
We build HL7 FHIR R4 APIs and integrate with Epic, Cerner, Allscripts, and Athenahealth through both their proprietary APIs and SMART on FHIR frameworks, so your application plugs into the clinical data your users already live in, rather than asking them to duplicate it.
- 03
Overlapping-Hours Collaboration
Senior engineers whose hours overlap your US or UK day means compliance questions, architecture decisions, and sprint reviews happen in your workday, not after a 12-hour lag that compounds during pre-launch crunch.
- 04
Audit-Ready from Day One
We maintain access logs, change history, and system documentation in formats that satisfy HIPAA audit requirements and SOC 2 Type II evidence requests, so your security team and enterprise customers aren't assembling evidence retroactively.
- 05
Patient-Facing & Clinical UX
We design and build patient portals, telehealth interfaces, clinical workflow tools, and mobile health apps with accessibility (WCAG 2.1 AA) and usability patterns appropriate for both clinical and consumer populations, including low-health-literacy design principles.
- 06
Scalable Data Infrastructure
From HIPAA-compliant data warehouses to real-time clinical analytics pipelines, we build the data infrastructure that lets your clinical ops and product teams measure outcomes, track utilization, and support value-based care reporting requirements.
Proof
“They took feedback seriously, refined the details, and made sure our content and workflows were presented in a way that really works for our learners and admins.”
“An external team can be just as committed and driven as our internal one. Their dedication and attention to detail have made them invaluable.” John Bradford, PetScreening
“We move fast and deal with a lot of edge cases. They kept up without cutting corners, which is rare. The team stayed responsive across time zones.” Oliver Dlouhy, Kiwi
Related work
- mPATH Health · Healthcare · 2022-2025Healthcare SaaS for mPATH Health
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- Percensys Core Learning · Education · 2022-2024Learner & Admin Workflows for Percensys
- Acorn PG · Real Estate · 2019-2021Real Estate Web Platform for Acorn PG
- TeamBuilder · Healthcare · 2020-2022Healthcare SaaS for TeamBuilder
Ways to work with us
Four ways to engage. One senior bench.
Start with one shape and switch when the scope shifts. Month to month, no multi-year lock-in.
FAQ
What buyers ask on the first call.
We'll walk through your HIPAA requirements and integration scope in a 45-minute call.
Scope my healthcare appA HIPAA-compliant web application, covering authentication, role-based access, a PHI data model, audit logging and a core set of clinical or patient-facing features, is a Production Application engagement: $60K to $200K over 3 to 5 months for an initial production release, typically with a team of three to five engineers. Projects with EHR integrations, telehealth components or device data ingestion run toward the higher end, and multi-system, high-compliance programs move into our Enterprise range of $200K+. We provide a detailed estimate after a scoping call.
Yes, we execute BAAs as a standard part of any healthcare engagement where PHI will be handled. We build on AWS (including GovCloud), Azure (including Azure Government), and Google Cloud Platform, all of which offer BAA-eligible service tiers. We configure deployments to use only services covered under the relevant cloud provider's BAA and document those choices explicitly in your system architecture for your compliance records.
A production-grade FHIR R4 integration that reads patient demographics, clinical notes, and medication lists from Epic or Cerner typically takes six to ten weeks for an experienced team, assuming the EHR vendor has granted your application access to their sandbox environment by week two of the engagement. The largest variable is the EHR vendor's review and credentialing process, which is outside our control but which we help you navigate with documentation we've produced for prior submissions. Custom integrations using proprietary APIs (rather than FHIR) add two to four weeks depending on the specific endpoints required.
Before go-live, every healthcare engagement includes a static analysis pass using our security toolchain, a manual review of PHI data flows and access controls by a senior engineer, and a documented threat model. For enterprise customers requiring it, we coordinate with third-party penetration testing firms and provide the system architecture documentation needed for their assessment. We also run dependency audits to ensure no known CVEs are present in the final build, and we document remediation timelines for any findings that can't be fixed before launch.
Yes. A telehealth platform we typically deliver includes: HIPAA-compliant video session infrastructure (using Twilio, Daily.co, or Vonage: all BAA-eligible), pre-visit patient intake and insurance verification flows, provider scheduling and availability management, asynchronous secure messaging between patients and providers, clinical note templates, e-prescribing API integration, and a billing/claims export compatible with your RCM workflow. We can build the full stack or integrate individual components into an existing platform. A full telehealth platform with these components is a Production Application build, typically 3 to 5 months with a four-engineer team.