We build telemedicine platforms and applications for remote patient-clinic services: appointments, communications, documents, payments, and integrations with existing healthcare systems.
Rebuilt the application to remove third-party SDK constraints and introduced scalable architecture with a controlled integration layer.
Redesigned the user experience, expanded functionality, and developed a white-label model for clinic-branded applications.
Specialist, slot, questionnaires, consent, and reminders.
Controlled transfer of materials and interaction results.
Video, chat, or asynchronous exchange within an agreed workflow.
Payments, receipts, statuses, and service messages.
Doctors, services, slots, appointments, and statuses.
Patient, doctor, operator, and administrator access.
Technology selected around quality, load, and operations.
Funnel events, technical metrics, and failure diagnostics.
Selected around the healthcare and operational journey.
Reconnection and clear journeys during network problems.
Concurrent sessions and peak load.
Required patient journey separated from later growth.
These cases demonstrate complex patient products and integrations; the telemedicine layer is designed around the client’s operations.
Specialist, slot, questionnaires, consent, and reminders.
Video, chat, or asynchronous exchange within an agreed workflow.
Controlled transfer of materials and interaction results.
Payments, receipts, statuses, and service messages.
Doctors, services, slots, appointments, and statuses.
We first define roles, journeys, integrations, and first-release scope instead of offering false precision before reviewing the systems.
Clarify users, operations, systems, data, constraints, and first-release criteria.
Define journeys, roles, data, APIs, system ownership, and error handling.
Design interfaces around real data, states, and exception scenarios.
Build frontend, backend, and integrations in short, verifiable iterations.
Validate functions, access, integrations, load scenarios, and data readiness.
We build telemedicine platforms and applications for remote patient-clinic services: appointments, communications, documents, payments, and integrations with existing healthcare systems.
These cases demonstrate complex patient products and integrations; the telemedicine layer is designed around the client’s operations.
Describe the patient journey, roles, and current systems, and we will propose first-release boundaries and an architecture approach.
We prepare an initial estimate within one business day after the clarification questions are answered.
Clarify users, operations, systems, data, constraints, and first-release criteria.
Define journeys, roles, data, APIs, system ownership, and error handling.
Design interfaces around real data, states, and exception scenarios.
Build frontend, backend, and integrations in short, verifiable iterations.
The schedule depends on API readiness, roles, data migration, and launch requirements.
Discovery
Clarify users, operations, systems, data, constraints, and first-release criteria.Analysis and architecture
Define journeys, roles, data, APIs, system ownership, and error handling.UX/UI design
Design interfaces around real data, states, and exception scenarios.Development
Build frontend, backend, and integrations in short, verifiable iterations.Testing
Validate functions, access, integrations, load scenarios, and data readiness.Launch and growth
Support launch, analytics, and the roadmap for subsequent releases.Describe the patient journey, roles, and current systems, and we will propose first-release boundaries and an architecture approach.
Free PDF checklist
42 questions help define goals, first-release scope, integrations, security requirements and vendor-selection criteria.
