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Enterprise Asset Management System Migration to Cloud-Native Architecture
  1. case
  2. Enterprise Asset Management System Migration to Cloud-Native Architecture

Enterprise Asset Management System Migration to Cloud-Native Architecture

firstlinesoftware.com
Manufacturing

Identifying Challenges in Legacy Asset Management Systems

The client faces difficulties with legacy enterprise systems that lack seamless integration, scalability, and real-time data processing capabilities for managing physical assets. These limitations hinder operational efficiency and increase total cost of ownership. Additionally, their current infrastructure does not support cross-platform access or modern IoT integration for comprehensive asset monitoring.

About the Client

A mid to large-sized manufacturing enterprise aiming to enhance its asset tracking, data processing, and operational efficiency through modern digital solutions.

Transforming Asset Infrastructure for Scalability and Enhanced Data Accessibility

  • Develop a scalable, cross-platform digital infrastructure for enterprise asset management.
  • Enable real-time data collection, storage, and processing from physical assets using wireless communication protocols.
  • Implement a modern architecture leveraging open-source technologies to reduce ownership costs.
  • Integrate IoT data into accessible online platforms via web and mobile applications.
  • Facilitate increased operational efficiency and reduced capital expenditure through improved asset data management.

Core Functional Capabilities for Modern Asset Management Platform

  • Wireless communication protocol integration for seamless data collection from physical assets
  • Data storage and processing layer utilizing scalable and open-source technologies
  • Support for cross-platform web and mobile interfaces for asset monitoring and management
  • Implementation of middleware components to handle authorization, authentication, and external integrations
  • Use of modern libraries and frameworks to facilitate development, deployment, and platform migration

Preferred Technologies and Architectural Approaches

Open-source cloud-native frameworks (.NET Core or equivalent)
MongoDB or similar NoSQL database for flexible data storage
Xamarin or equivalent cross-platform development tools for mobile applications
Middleware platforms supporting authorization, security, and data flow management
Wireless communication protocols suitable for industrial environments

Essential System Integrations

  • IoT data transfer mechanisms for real-time asset monitoring
  • External authentication and authorization services
  • Enterprise resource planning (ERP) or manufacturing execution systems (MES)
  • Third-party analytics or data visualization tools

Critical Non-Functional Requirements

  • System scalability to support increased number of assets and data volume
  • High performance to ensure low latency in data processing and retrieval
  • Robust security measures to protect sensitive asset information
  • Cross-platform compatibility for web and mobile access
  • Cost-effective maintenance and deployment

Expected Business Benefits and Impact

Achieving a modern, cloud-native asset management platform will enhance real-time operational visibility, increase asset utilization, reduce downtime, and lower total ownership costs. The system aims to improve decision-making processes, support scalable growth, and enable remote access to critical asset data, projected to significantly boost overall operational efficiency and profitability.

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