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Development of a Cross-Platform Mobile Ecosystem for Smart Water Treatment Devices

simform.com

Utilities

Environmental Services

Manufacturing

Challenges in Modernizing Legacy Water Treatment Hardware

The client faced significant barriers in transitioning traditional water treatment devices to smart systems, including duplicated development efforts across iOS/Android platforms, technical complexity in integrating hundreds of legacy hardware devices, inconsistent user experiences, and collaboration bottlenecks among geographically dispersed teams.

About the Client

One of the largest water treatment companies seeking to modernize legacy hardware with smart, app-connected systems for consumer and industrial applications.

Objectives for Modernizing Water Treatment Systems

Create a scalable cross-platform mobile architecture for seamless device management
Achieve 100% component reusability across platforms
Eliminate regressions, crashes, and performance issues
Integrate 100+ legacy hardware devices into a unified ecosystem
Enable real-time monitoring and remote control capabilities

Core System Functionalities and Features

Cross-platform framework supporting iOS/Android
Reusable UI component library
Centralized Redux-based state management
Real-time device diagnostics and control
Automated CI/CD pipeline for feature deployments

Technology Stack Requirements

React Native

Redux

JavaScript/TypeScript

CI/CD Pipelines

Cloud Infrastructure

System Integration Needs

100+ Legacy hardware device protocols
Cloud-based monitoring systems
Remote diagnostics APIs
User authentication services

Performance and Scalability Expectations

Zero-crash reliability in production environments
Scalable architecture for 100K+ concurrent device connections
Sub-500ms latency for device command execution
99.9% uptime SLA for critical services
Role-based access control for enterprise security

Expected Business Impact of the Mobile Ecosystem

Deployment of a crash-free, scalable mobile solution enabling seamless integration of 100+ smart devices, reducing development overhead through full component reusability, accelerating feature deployments via automated pipelines, and delivering enterprise-grade reliability with zero performance-related support incidents.