Development of a Wireless Environmental Monitoring and Mobile Management Platform for IoT-Enabled Facilities

The organization faces high costs and limited efficiency in maintaining their existing cloud infrastructure for environmental data management, coupled with an outdated mobile application that hampers user experience and limits advanced functionalities necessary for real-time monitoring, alerts, and device control in critical environments.

A large-scale healthcare technology provider specializing in automated environmental measurement and compliance solutions for healthcare facilities, laboratories, and related sectors.

• Reduce cloud maintenance costs by approximately 2.5 times through optimization and efficient resource management.
• Develop a modern, robust mobile application from scratch that retains core functionalities and introduces innovative features to enhance user experience.
• Implement seamless connectivity and real-time data mobility across devices utilizing Bluetooth Low Energy (BLE).
• Enhance data dashboards to display environmental variables with historical data storage up to 6 months for trend analysis.
• Integrate alert and notification systems for rapid response to environmental anomalies.
• Enable device control and configuration through the mobile application for improved operational flexibility and device management.

• WiFi connectivity within the mobile application for seamless data transmission.
• Single sign-on (SSO) integration for simplified user login.
• Bluetooth Low Energy (BLE) support for data mobility between devices and sensors.
• Customizable dashboards capable of displaying and storing environmental data for six months.
• Automated alerts and notifications based on predefined environmental thresholds.
• Device control and configuration functionalities within the mobile app to manage environmental sensors and hardware.

• Azure Active Directory or SSO providers for user authentication
• BLE modules for device communication
• Environmental sensors and IoT hardware APIs for data collection
• Notification services for alert dissemination

• Scalable system architecture capable of supporting increased device and user loads
• High performance with real-time data processing and minimal latency
• Robust security measures to protect sensitive environmental and user data
• 4-hour maximum downtime maintenance window
• Compliance with applicable data security and privacy standards, such as HIPAA

The new system aims to significantly reduce cloud support costs by 2.5 times, improve user experience with a modern mobile app featuring advanced functionalities, and enable real-time environmental monitoring and management—ultimately leading to improved compliance, operational efficiency, and data-driven decision-making across healthcare and regulated facilities.