Healthcare · HealthTech · Case Study — RPM SaaS Cloud Migration

Scalable HealthTech Cloud Migration for High Availability and Rapid Growth

Modernizing a legacy Remote Patient Monitoring (RPM) platform to a cloud-native, resilient and multi-tenant HealthTech SaaS — achieving 99.98% uptime and 5x patient scalability.

AWS Cloud MigrationMicroservices ArchitectureDevSecOps CI/CDFHIR InteroperabilityMulti-Tenant SaaS
Client
HealthTech RPM Platform · Multi-country
Domain
Healthcare · HealthTech
Model
Cloud-Native Migration & Modernization
Disciplines
AWS · DevSecOps · FHIR · Multi-tenant SaaS
30%
Reduction in infrastructure costs
5x
Increase in supported patient users
99.98%
Platform uptime achieved
Overview

A legacy RPM platform rebuilt for cloud-native scale

Our client is a HealthTech company providing a remote monitoring solution for chronic care management to healthcare providers and patients across multiple countries. As platform adoption grew, legacy infrastructure could not keep up with the demands for scalability, reliability, and faster innovation. To foster growth and new B2B partnerships, the company required a secure, cloud-native architecture that supported continuous patient care and rapid expansion.

10decoders partnered with the client to deliver a complete cloud-native modernization — migrating the legacy monolith to containerized microservices on AWS, implementing DevSecOps CI/CD, building FHIR-based real-time streaming, and introducing a multi-tenant SaaS model. The result: 99.98% uptime, 5x patient scalability, and 30% lower infrastructure costs.

The Platform We Built

How we modernized the infrastructure

Cloud / AWS

Microservices on AWS

Migrated the legacy monolith to containerized microservices — enabling elastic scaling, fault isolation, and dramatically improved system resiliency under growing patient load.

DevSecOps

CI/CD with Security Built In

Automated CI/CD pipelines with integrated security and compliance enforcement — enabling faster, safer deployments without manual risk and eliminating outage-causing errors.

Interoperability

FHIR Real-Time Streaming

FHIR-compatible real-time event streaming pipelines for seamless, low-latency health data interoperability across all connected provider and patient systems.

SaaS

Multi-Tenant Architecture

A configurable, secure multi-tenant SaaS model enabling rapid enterprise partner onboarding — with full data isolation and centralized governance across all tenants.

Reliability

High-Availability Design

Cloud-native HA architecture with automated failover and health monitoring — delivering 99.98% platform uptime and continuous care access for providers and patients.

Cost Optimization

Container Orchestration

Right-sized container orchestration and cloud resource optimization eliminated legacy over-provisioning — reducing operational and infrastructure costs by 30%.

Challenge & Approach

The Problem, and How We Solved It

An RPM platform under strain — from a monolithic architecture, manual deployments, and the absence of a scalable multi-tenant model for B2B growth.

The Challenge

  • Monolithic interdependent servers made it impossible to scale independent features — higher patient volume caused performance bottlenecks and inconsistent user experience
  • Manual deployments with no CI/CD automation caused regular outages — directly disrupting care continuity for providers and patients
  • No multi-tenant SaaS model made enterprise and B2B partner onboarding slow, complex, and resource-intensive — blocking commercial expansion

Our Approach

  • Migrated the monolith to containerized microservices on AWS with elastic scaling and fault isolation — 5x patient capacity, 99.98% uptime
  • Implemented DevSecOps CI/CD automation with integrated security enforcement — eliminating manual deployment risk and outage-causing errors
  • Built a configurable multi-tenant SaaS architecture with FHIR real-time streaming — enabling rapid partner onboarding and seamless interoperability
The Approach

The Solution

10decoders partnered with the client to deliver a secure, scalable HealthTech modernization — migrating their legacy RPM platform to cloud-native microservices on AWS, automating deployments through DevSecOps, and introducing FHIR-based streaming and a multi-tenant SaaS model.

Cloud-Native Microservices Migration on AWS

Transitioned legacy monolithic platform to containerized microservices — enabling elastic scaling, fault isolation, and greater system resiliency to support 5x patient growth.

DevSecOps-Driven CI/CD Implementation

Automated CI/CD pipelines with integrated security and compliance enforcement — delivering faster, safer releases without the outages caused by manual deployment processes.

FHIR-Based Real-Time Health Data Streaming

FHIR-compatible real-time event streaming pipelines for seamless, low-latency health data interoperability across all connected provider and patient-facing systems.

Multi-Tenant SaaS Architecture

A configurable, secure multi-tenant model enabling rapid enterprise partner onboarding — with full data isolation, centralized governance, and streamlined B2B expansion.

How It Fits Together

From legacy monolith to a resilient, scalable SaaS platform.

Cloud-native microservices, DevSecOps automation, FHIR interoperability, and multi-tenant architecture — all connected into a platform built for continuous patient care and rapid growth.

Legacy State

Legacy Monolithic RPM Platform

Interdependent servers, manual deployments, frequent outages, no multi-tenant model — unable to scale with growing patient volume or B2B demand.

Modernization

10decoders Cloud-Native Modernization

AWS microservices migration, DevSecOps CI/CD, FHIR real-time streaming, and multi-tenant SaaS architecture — delivered end-to-end.

Modern Platform

Scalable HealthTech SaaS Platform

99.98% uptime, 5x patient scalability, 30% lower infrastructure costs — HIPAA-aligned, FHIR-compliant, and built for rapid B2B expansion.

Why It Works

Reliability, scale, and compliance — by design

Every architectural decision was made to maximize patient care continuity, platform scalability, and operational efficiency — without disrupting live services.

Reliability

99.98% Platform Uptime

High-availability cloud architecture with automated failover eliminated outages — giving providers and patients continuous, uninterrupted access to care.

HA ArchitectureAuto-Failover
Scalability

5x Patient Capacity

Containerized microservices with elastic scaling support 5x more patient users — with zero performance degradation even at peak load.

MicroservicesElastic Scaling
Cost

30% Lower Infrastructure Costs

Right-sized container orchestration and cloud resource optimization eliminated legacy over-provisioning — cutting operational and infrastructure costs by 30%.

Container OrchestrationAWS Optimization
DevOps

Secure, Automated Deployments

DevSecOps CI/CD pipelines with integrated security enforcement replaced manual processes — delivering faster releases with dramatically reduced deployment risk.

DevSecOpsCI/CD
Interoperability

FHIR-Compliant Data Streaming

Real-time FHIR event streaming pipelines enable seamless, low-latency health data exchange across all connected provider and patient systems.

FHIRReal-Time Streaming
Growth

Rapid B2B Partner Onboarding

Configurable multi-tenant SaaS architecture with data isolation and centralized governance enables rapid, scalable enterprise partner expansion.

Multi-TenantSaaS
The Deliverables

What We Built

01

Cloud-Native Microservices on AWS

Containerized microservices architecture with elastic scaling, fault isolation, and high-availability for the RPM platform — replacing the legacy monolith.

02

DevSecOps CI/CD Pipeline

Automated deployment pipeline with integrated security and compliance enforcement — enabling faster, safer platform releases without manual intervention.

03

FHIR Real-Time Streaming

FHIR-compatible event streaming pipelines enabling seamless, low-latency health data interoperability across all connected provider and patient systems.

04

Multi-Tenant SaaS Framework

Configurable, secure multi-tenant architecture with data isolation and centralized governance for rapid, scalable B2B enterprise partner onboarding.

The Shift

What Changed

1

Platform Architecture

Monolithic interdependent servers → Containerized microservices on AWS with elastic scaling, fault isolation, and improved system resiliency.

2

Deployment Process

Manual deployments causing regular outages → CI/CD automation with integrated security — faster, safer releases with zero outage risk.

3

Partner Onboarding

Slow, resource-intensive B2B partner onboarding → Multi-tenant SaaS model enabling rapid, configurable partner onboarding at scale.

4

Data Interoperability

Siloed health data with no real-time streaming → FHIR-based real-time event streaming pipelines for seamless, low-latency interoperability.

5

System Reliability

Frequent outages disrupting patient care continuity → 99.98% uptime with high-availability cloud architecture and automated failover.

6

Infrastructure Costs

Over-provisioned legacy infrastructure → Cloud-native container orchestration and right-sizing reducing operational costs by 30%.

The Outcome

Impact Across the Organization

Providers & Patients

99.98% Uptime — Continuous Care

High-availability cloud architecture eliminated outages — giving healthcare providers and patients uninterrupted access to the RPM platform and care data.

Engineering & Infrastructure

5x Scalability, 30% Cost Reduction

Containerized microservices support 5x more patients at peak load with zero degradation, while container orchestration cut infrastructure costs by 30%.

Business & Partnerships

Rapid B2B Partner Expansion

Multi-tenant SaaS architecture with configurable isolation reduced partner onboarding complexity — enabling rapid commercial expansion across enterprise accounts.

Talk to our CTO

Start with a thirty-minute conversation.

No 50-page proposals. We'll tell you which level fits your situation, what a realistic engagement looks like, and what it would cost — in one direct meeting.

Who you'll talk to
Thomas, CTO at 10decoders

Thomas

Chief Technology Officer

Connect on LinkedIn

Thomas leads 10decoders' AI engineering practice and sits in on the scoping call himself — so the person mapping your engagement is the one who has shipped it before. His teams build and deploy agents for mid-market healthcare and fintech companies, with enterprise grade build experience for clients like IBM, Dedalus and Harris Healthcare. He'll be straight with you about what's worth doing and what isn't.

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