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Development of a Remote Asset Management and Diagnostics System for Portable Sign Equipment
  1. case
  2. Development of a Remote Asset Management and Diagnostics System for Portable Sign Equipment

Development of a Remote Asset Management and Diagnostics System for Portable Sign Equipment

saritasa.com
Telecommunications
Manufacturing
Transportation

Challenges in Managing and Maintaining Portable Sign Assets Remotely

The client faces difficulties in tracking the physical location, status, and diagnostics of their portable sign assets, leading to inefficient maintenance, limited operational visibility, and compliance challenges with industry standards. There is a need for a scalable, secure remote management solution that enables real-time asset tracking, message management, and diagnostics retrieval.

About the Client

A mid-sized manufacturer of portable construction and traffic safety equipment seeking to enhance remote management and diagnostics capabilities for their fleet of portable LED signs and message boards.

Goals for Implementing a Remote Asset Monitoring and Diagnostics Solution

  • Develop a cloud-based platform to remotely track the location and status of portable sign assets.
  • Enable remote management of sign message displays, including message scheduling and updates.
  • Implement secure, real-time diagnostics to monitor device health and performance.
  • Integrate cellular connectivity with existing hardware systems for seamless data communication.
  • Ensure compliance with relevant transportation and industry standards through protocol adherence.
  • Improve operational efficiency and reduce unplanned maintenance by enabling proactive diagnostics.

Core Functional Capabilities of the Remote Asset Management System

  • Hardware Integration: Connect existing portable sign hardware with cellular gateways and controllers following industry communication standards.
  • Firmware Development: Implement custom firmware utilizing standard protocols (e.g., NTCIP) for device communication and control.
  • Cloud Data Management: Store and manage real-time sensor, location, and diagnostics data securely in the cloud platform.
  • Remote Control & Message Management: Enable remote updating, scheduling, and management of display messages via web or mobile interfaces.
  • Diagnostics & Alerts: Provide real-time diagnostics and alert functionalities for device health and operational issues.
  • Secure Communication: Ensure data encryption and secure messaging between devices and cloud services.

Technologies and Architecture for Asset Connectivity and Data Management

Cellular communication modules (e.g., LTE/5G gateways)
NTCIP protocol compliance for device communication
Cloud data storage solutions similar to timeseries databases (e.g., AT&T M2X or equivalents)
Firmware development in embedded C/C++ or equivalent
Cloud APIs and web dashboards for remote management

External System Integrations for Full System Functionality

  • Cellular network providers for connectivity
  • existing hardware controllers for seamless firmware interfacing
  • cloud storage solutions for secure, scalable data management
  • Standard industry protocols (e.g., NTCIP) for compliance

Non-Functional System Requirements for Performance and Security

  • Scalability to support an expanding fleet of portable signs
  • Secure data transmission with end-to-end encryption
  • High system availability with minimal downtime
  • Real-time data processing with low latency
  • Compliance with transportation industry standards (e.g., NTCIP)

Projected Business Outcomes from the Asset Management System

The implementation of the remote asset management and diagnostics system is expected to enhance operational visibility, reduce maintenance costs through proactive diagnostics, and improve response times. This will ultimately lead to increased fleet uptime, compliance adherence, and more efficient message control, driving overall productivity and safety standards.

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