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Development of an IoT-Based Indoor Climate Control System with Integrated Mobile and Web Platforms

nix-united.com

Information technology

Environmental Services

Business services

Business Challenges

The client lacked a scalable IoT solution for real-time microclimate monitoring and control in office and residential buildings. Existing offerings did not address dynamic environmental parameter optimization, leading to missed market opportunities and unmet customer demands for energy-efficient climate management systems.

About the Client

A technology company specializing in IoT products, including smart home solutions, fire alarms, and security systems, seeking to expand into climate control for commercial and residential buildings.

Project Goals

Design and deploy a full-fledged IoT ecosystem for indoor climate control
Develop a prototype device using off-the-shelf hardware to optimize production costs
Create a mobile app for seamless device configuration and management
Build a web portal for centralized monitoring, data visualization, and analysis
Enable integration with existing HVAC systems for automated climate adjustments

Core System Requirements

Climate station prototype with sensors for CO2, temperature, humidity, and air quality
Mobile app for WiFi-based device setup and configuration
Web portal for live data streaming, historical analysis, and report generation
User-defined grouping of climate stations by location or parameters
Integration with building HVAC systems for automated adjustments

Technology Stack

NodeJS

JavaScript

HTML5

CSS

WEMOS D1 R2 microcontroller

System Integrations

WiFi module for device connectivity
Sensor APIs for environmental data
HVAC system protocols

Non-Functional Requirements

Scalability to support thousands of concurrent devices
Real-time data processing with sub-second latency
End-to-end encryption for data security
Cross-platform compatibility for mobile and web interfaces
High availability (99.9% uptime) for critical monitoring functions

Expected Business Impact

Enables the client to enter a new market segment with a differentiated IoT product, reduces production costs through prototype optimization, and enhances customer value by providing actionable insights for energy-efficient climate management. Targets office managers and facility maintenance teams seeking to improve occupant comfort and operational efficiency.