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Development of a Cross-Platform IoT Sensor Monitoring and Management Application
  1. case
  2. Development of a Cross-Platform IoT Sensor Monitoring and Management Application

Development of a Cross-Platform IoT Sensor Monitoring and Management Application

saritasa.com
Manufacturing
Supply Chain
Logistics

Identified Challenges in Industrial Sensor Monitoring and Connectivity

The client faces difficulties in effectively monitoring sensor data from industrial equipment due to disparate hardware components and limited software integration. They require a unified mobile platform to visualize sensor metrics, manage device controls, and implement real-time notifications, thereby enhancing operational efficiency and timely response to sensor alerts.

About the Client

A mid-sized manufacturing firm seeking to connect and monitor industrial sensors and equipment in real-time, enabling proactive maintenance and operational insights.

Goals for Developing an Integrated IoT Monitoring Mobile Application

  • Create a cross-platform mobile application supporting both iOS smartphones and tablets for seamless access.
  • Implement real-time data collection and visualization from industrial sensors connected through an IoT platform.
  • Enable device control functionalities such as toggling LEDs or machine states remotely.
  • Develop rule-based notification and alert systems to promptly inform operators of critical sensor readings.
  • Provide an open-source reference design to empower engineers and developers in extending the solution.

Core Functional System Capabilities for Industrial IoT Monitoring

  • Compatibility with iOS devices (iPhone and iPad).
  • Real-time collection and display of sensor metrics such as temperature, pressure, humidity, and motion detection.
  • Visualization of both current and historical sensor data.
  • Remote control of connected hardware (e.g., toggle LEDs, start/stop equipment).
  • Rule-based notifications and alerts based on sensor thresholds or patterns.
  • Open source reference design for further customization and development.

Preferred Technologies and Architectural Approaches for Development

Mobile development frameworks supporting iOS (e.g., Swift, Objective-C).
IoT connectivity protocols supporting device integration (e.g., MQTT, HTTP).
Realtiming data processing and visualization platforms.
Open source libraries for sensor data management.

External Systems and Platforms Integration Needs

  • IoT platform for data ingestion and rule management.
  • Device hardware supporting sensor data transmission and remote control.
  • Notification services to deliver alerts and status updates to users.

Key Non-Functional Requirements for Robust Industrial Monitoring

  • Responsive performance with minimal latency for real-time data updates.
  • Scalable architecture capable of supporting increasing sensor connections.
  • Secure data transmission and user authentication, ensuring confidentiality and integrity.
  • High availability with 99.9% uptime to ensure continuous monitoring.

Projected Benefits and Business Impact of the IoT Monitoring Solution

The implementation of this IoT sensor monitoring app is expected to improve operational efficiency by providing real-time visibility into industrial equipment, reducing downtime through proactive alerts, and enabling remote management of devices. Anticipated outcomes include increased productivity, faster response times to sensor anomalies, and a foundation for scalable IoT expansion within the manufacturing environment.

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