One Platform Replaced Five Disconnected Systems for a Cancer Program's Care Teams

A NY/CT health system's cancer program needed to see patients between chemo and radiation sessions, not only at the next visit. We built a React Native patient app, a ReactJS clinician dashboard and a SMART on FHIR data layer first, then added an AI health assistant five months later on clean, structured data.

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Customer Focus

The cancer program of a NY/CT health system

Scope

Patient app, clinician dashboard, AI health assistant, EHR integration, Super Admin portal

Stack

React Native, ReactJS, Java, Python, SMART on FHIR

Status

Live for oncology workflows. AI layer added five months after launch.

Outcomes

Care Teams See the Gap Between Appointments

Risk in oncology care builds between visits. The platform moves it into view while there is still time to act.

01

One platform instead of five systems

Patient and clinician oncology data now lives in one place, replacing five disconnected systems.

02

Continuous visibility between sessions

Care teams see patient status between treatment sessions, not only at scheduled visits.

03

At-risk patients flagged before the next visit

Automated alerts fire when patient-reported data crosses clinical thresholds, instead of waiting for the appointment.

04

Less clinician prep before each appointment

AI-generated pre-visit summaries pull together treatment history, symptoms and medication adherence.

05

New facilities by configuration

The architecture was built to extend, so onboarding another facility is a configuration step, not a rebuild.

The Problem

Cancer Care Data Lived in Five Places

Chemo cycles, radiation sessions, multiple medications and frequent visits produce data across EHRs, wearables, pharmacy systems and scheduling tools. A missed dose or a late symptom often surfaced only at the next visit.

01

Fragmented patient data

Clinicians switched between five systems to build one picture of a patient.

02

Blind spots between visits

Care teams had no view of how patients were doing between treatment sessions.

03

Manual treatment tracking

Treatment schedules were tracked by hand, which left room for missed doses.

04

Late identification of at-risk patients

Patients crossing clinical thresholds were often identified after the fact.

05

Patients coordinating their own care

Patients carried information between systems that did not talk to each other.

The Tech Stack

React Native, ReactJS, Java and Python on a cloud-native architecture, with SMART on FHIR, Apple HealthKit, Google Health Connect, speech-to-text AI and role-based access control.

What We Built

The Data Foundation First, the AI Layer Second

A React Native app for iOS and Android

Patients track chemo and radiation, manage medications and log symptoms by voice, in English or Spanish.

  • Chemo and radiation treatment tracker
  • Medication sync through Apple HealthKit and Google Health Connect, matched against standardized medical coding
  • Voice symptom logging through speech-to-text AI, in English and Spanish
  • Education hub curated by cancer stage and treatment type

Is your oncology risk sitting between appointments?

We build FHIR-native care platforms that read from and write back to your EHR. Tell us where the gaps are in your program.

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Let’s #Transform Healthcare,# Together.

Partner with us to design, build, and scale digital solutions that drive better outcomes.

Location

Global Tech Teams LLC, 525 Washington Blvd, Industrious at Newport Tower, Jersey City, NJ 07310, United States.

Contact

+1 408 786 5974
contact@mindbowser.com
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