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Entalogics
Industries /HealthTech & Wellness

Healthcare software
development,
built for clinical trust.

Patient trust and clinical accuracy can't trade off against each other. We provide healthcare software development services for digital health companies — HIPAA-compliant patient portals, telehealth platforms, EHR-integrated tools, and remote patient monitoring — where privacy, interoperability, and usability all hold, from intake to outcomes reporting.

Plan a HealthTech build See the playbook
HIPAA-aware design FHIR-ready APIs Clinical-grade uptime
Why Entalogics for HealthTech

Four things every
healthcare software build actually needs.

Clinical workflows fail quietly until they fail loudly. These are the foundations we never skip on a healthtech software development project.

Privacy-first01

PHI boundaries enforced at the data layer.

Access controls, audit trails, and encryption aren't policy documents — they're schema decisions. Every query knows who can see what.

Interoperability02

FHIR, HL7, and legacy EHR integration that works.

We design integration layers that handle real-world variance — partial records, delayed syncs, and vendor-specific quirks — without breaking the UX. Custom EHR and EMR integration is most of what makes healthcare software actually usable.

Clinical UX03

Workflows that match how care teams actually work.

Provider dashboards, patient journeys, and admin tools are tested against real task flows — not wireframe fantasies.

Reliability04

Downtime isn't an option in care delivery.

Graceful degradation, offline-tolerant mobile flows, and observability that catches issues before patients or clinicians do.

What we ship

Six healthtech product surfaces.
One quality bar.

The healthcare software development work we deliver most in digital health — each mapped to the integrations and standards we reach for first.

P01
Patient portals & engagement
Appointment booking, messaging, records access, care plans — the patient engagement layer of a modern healthcare software build. Mobile-first with accessibility baked in.
FHIRTWILIOSTRIPEAUTH0
P02
Provider workflow tools
Charting support, care coordination, task queues, handoff automation for clinical teams — part patient management system, part clinical decision support.
FHIRHL7CERNEREPIC
P03
Telehealth platforms
Video visits, async consults, intake forms, billing hooks. HIPAA-aware session handling for telemedicine and virtual care.
DAILYPLAIDZOOMSTRIPE
P04
Scheduling & intake
Smart scheduling, insurance verification, pre-visit questionnaires, reminder automation.
CALENDLYPLAIDTYPEFORMSENDGRID
P05
Operations dashboards
Bed management, staffing views, outcome metrics, compliance reporting — plus medical billing and revenue cycle visibility for admin teams.
METABASESNOWFLAKEPOSTGRES
P06
Wellness & remote monitoring
Device data ingestion, trend alerts, coach dashboards, patient-facing progress views — the remote patient monitoring (RPM) layer for chronic care and wellness programs.
APPLE HEALTHFITBITMQTTINFLUX
The bar

Compliance,
wired into healthcare software delivery.

Privacy and security controls embedded from architecture — not bolted on before a launch deadline. This is what HIPAA-compliant software development actually looks like under the hood.

PHI encryption
AES-256 at rest, TLS 1.3 in transit, field-level encryption for sensitive attributes.
HIPAA · SOC 2
Access control
RBAC + ABAC with session timeouts, MFA, and break-glass audit logging.
HIPAA · HITRUST
Audit trails
Immutable event logs for every PHI access, export, and admin action.
HIPAA · SOC 2
BAA readiness
Vendor mapping, subprocessors documented, data flow diagrams from day one.
HIPAA
De-identification
Safe harbor and expert determination pipelines for analytics use cases.
HIPAA · GDPR
Disaster recovery
Encrypted backups, RPO/RTO targets, tested failover runbooks.
HIPAA · SOC 2
Signature case

A multi-site
patient engagement platform.

A regional health network needed a unified patient portal replacing three legacy portals. We delivered FHIR-native APIs, a mobile app, and provider coordination tools in one release train — real proof that custom healthcare software development pays back in months, not years.

BEFORE
3 legacy portals · 40% no-show rate · manual intake on paper
AFTER
1 unified platform · 22% no-show rate reduction · fully digital intake
active patient accounts180K
no-show rate reduction22%
platform uptime99.97%
EHR integration live6 wks
Engagement shape

Eight weeks to a
clinical-ready healthcare software build.

A typical healthtech software development engagement — compliance and clinical review run in parallel from week one.

W01–02
Workflow mapping + compliance review
Clinical stakeholder interviews, data classification, BAA scope, integration inventory. Architecture signed off before code.
W03–05
Core build
Patient flows, provider tools, FHIR integration layer. Each sprint ships a testable vertical slice.
W06–08
Hardening + launch prep
Load testing, accessibility audit, security review, staff training materials. Runbook drafted alongside the build.
W09+
Launch + handoff
Phased rollout support, monitoring dashboards, documentation. Retained support or full handoff — your call.
Stack

Healthcare software tools we
reach for first.

Picked for health-specific constraints — interoperability, auditability, and clinical reliability across digital health products.

Languages
TypeScript · Python · Go
Data
Postgres · Redis · Snowflake · FHIR server (HAPI)
Identity
Auth0 · Cognito · WorkOS · OIDC + SAML
Integrations
Epic · Cerner · Athena · Redox · HL7/FHIR
Infra
AWS HIPAA-eligible · GCP · Terraform · Kubernetes
Observability
Datadog · Sentry · Grafana · OpenTelemetry
FAQ

Sharp questions,
straight answers.

Yes. Privacy and security controls — encryption, access logging, BAA-ready infrastructure — are part of the architecture from day one, not a pre-launch checklist. Every healthcare software development engagement passes through this bar.
Yes. We've integrated with Epic, Cerner, and Athena via HL7/FHIR, including handling partial records and vendor-specific quirks — the real work behind "EHR integration" that most vendors gloss over.
Yes. We audit the current system, identify compliance and architecture gaps, and migrate incrementally without disrupting live care workflows.
Yes. Video visits, async consults, and device-data ingestion for remote patient monitoring, with HIPAA-aware session handling throughout.
Yes. The senior engineers who scope the build are the ones who ship it, through launch and handoff.
A focused MVP — a patient portal, a telehealth flow, one core integration — typically ships in eight weeks, the engagement shape above. Multi-system integrations or a full platform replacement take longer; we scope a real timeline after the workflow-mapping week, not a guess.
You can, but HIPAA, FHIR/HL7 interoperability, and EHR vendor quirks are where general dev teams lose months. Bringing in engineers who've shipped healthcare software development before usually costs less than the rework after a compliance gap gets found late.
Founder-direct

Tell us what you're
building.

Thirty minutes with the founder. We'll bring a senior HealthTech lead and a candid read on your clinical workflow, integration, and compliance constraints.

Book a 30-min architecture callCalendly · founder-directSend a written briefAsync — scoping doc back in 48hhello@entalogics.comEmail — replies within 24h