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Automated Quarry Management System for Enhanced Efficiency and Data Accuracy
  1. case
  2. Automated Quarry Management System for Enhanced Efficiency and Data Accuracy

Automated Quarry Management System for Enhanced Efficiency and Data Accuracy

exoft
Manufacturing
Supply Chain
Logistics

Identified Challenges in Quarry Operations and Data Management

The client faces increasing labor costs and operational inefficiencies due to manual data processing, which introduces errors, typos, and missing information. Existing solutions are insufficient, prompting the need for a comprehensive, automated management platform to enhance workflow efficiency and data fidelity.

About the Client

A mid-sized manufacturing company specializing in mineral extraction and processing, seeking to optimize quarry operations through automation and data digitization.

Goals for Implementing an Automated Quarry Management Platform

  • Reduce manual data entry and associated errors to improve data accuracy by at least 2.7 times.
  • Automate core operational workflows to save over 1,000 work hours annually.
  • Enable 24/7 real-time visibility into quarry operations for better decision-making.
  • Lower labor costs by approximately 50% through process automation and resource optimization.
  • Integrate with existing CRM and accounting systems to streamline data flow across departments.

Core Functional Capabilities of the Quarry Management System

  • RFID employee passcard system for real-time tracking of employee attendance and task performance.
  • Automated data processing to reduce paperwork, increase accuracy, and efficiently leverage collected data.
  • Utilization monitoring to track equipment wear-and-tear and send maintenance alerts.
  • Vehicle identification via scanning of vehicle numbers or images for quick identification and logging.

Recommended Technologies and Architectural Approaches

C# and Microsoft ASP.NET Core for backend development
Microsoft SQL Server for database management
Entity Framework Core for data access layer
HTML/SCSS and Angular for frontend development
SignalR for real-time communication

External System Integration Needs

  • CRM system for customer relationship management
  • Accounting system for financial data synchronization

Essential Non-Functional System Qualities

  • High system reliability with maximum uptime to ensure 24/7 operational visibility
  • Scalable architecture to support growing data volumes and user base
  • Strong security protocols to protect sensitive operational and personnel data
  • Performance metrics ensuring real-time data processing and updates

Anticipated Business Benefits and Outcomes

The implementation of an automated quarry management platform is expected to save over 1,000 work hours annually, increase data processing accuracy by approximately 2.7 times, enable 24/7 operational monitoring, and reduce labor costs by half, thereby significantly enhancing overall productivity, decision-making, and profitability.

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