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Healthcare software shipped in real clinical workflows

EHR integrations, telemedicine, remote patient monitoring, hospital management. Engineers who've shadowed doctors at 12-hospital networks and shipped systems clinicians actually use.

$1.5T
Global digital health market — and the clinicians who'll judge your software in 30 seconds
Industry-specific · 01

What's different about building software here

These are the constraints generic agencies miss. We've been burned by them ourselves — and built systems that handle them.

Clinicians have 30 seconds for your UX

A doctor sees 30 patients a day. If your interface adds 30 seconds per patient, you've lost 15 minutes of clinical time. We design for the 99th percentile workflow speed.

EHR integration is mostly translation

Hospitals run 2-5 different EHR systems with no interoperability. The integration layer is half the project. FHIR R4 helps; HL7 v2 still rules the legacy world.

HIPAA is a data architecture decision

PHI flow shapes service boundaries, encryption layers, audit logging, and access controls. Bolt-on HIPAA doesn't pass an audit.

Mobile-first for patients, desktop-first for clinicians

Two completely different design surfaces. Patients use phones; clinicians use desktops with multiple monitors. Building one app for both fails both.

Alert fatigue kills clinical safety

100 RPM alerts per shift means clinicians ignore the one that matters. We build ML-based alert filtering with clinician feedback loops to reduce false positives.

Audit trail is a regulatory requirement, not a feature

HIPAA, FDA, India's CDSCO — all require comprehensive audit trails for PHI access. Not as a logging layer, as part of the data model.

Our posture · 02

How we approach this industry

Our delivery model for HealthTech includes clinician shadowing in week 1. We've sat in OPDs, ICUs, and tele-consult rooms. We've watched a nurse try to enter vitals on a 5-year-old tablet on a bumpy hospital bed. We've watched a doctor swear at a discharge summary system. The reason most healthcare software fails isn't because the engineers are bad — it's because the engineers never watched the people who'd use it. We don't ship UI without watching real users on real workflows. If you're building healthcare software and your team hasn't sat in a clinic recently, we'll insist on that before we write code.

Capabilities · 03

What we've shipped in this space

EHR integrations (Epic, Cerner, Allscripts, eClinicalWorks, Indian EHRs)
Telemedicine platforms (WebRTC, audit-grade recording)
Remote patient monitoring (BP, glucose, ECG, SpO2 device integration)
Hospital management systems (HMS) with multi-facility support
Patient engagement apps & portals
Clinical trial / EDC software (21 CFR Part 11 compliant)
FHIR R4 compliant APIs and integrations
Lab integrations (LIS / LIMS / pathology systems)
PACS / DICOM integration for diagnostic imaging
AI-assisted clinical decision support tools
Compliance · 04

Regulations and standards we work under

HIPAA (US)

End-to-end Privacy + Security Rule alignment, BAA support, audit logging, access controls, breach notification flows.

FHIR R4

Default standard for healthcare interoperability. We've built FHIR-compliant APIs and translation layers for legacy HL7 v2 systems.

21 CFR Part 11 (FDA)

Electronic records and electronic signatures for clinical trial / EDC software. Full CSV documentation included.

DPDP Act / GDPR

Data residency for India-resident patients, GDPR for EU operations, comprehensive consent management.

ISO 13485 / IEC 62304

Medical device software lifecycle and quality management — for SaMD (Software as a Medical Device) engagements.

FAQ · 06

What teams in this industry ask us

Building in this space? Let's talk

30-min call, free, no slides. Bring the regulatory + technical context. We'll bring honest answers about whether we're the right fit.

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