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Development of an All-in-One Construction Supply Chain Management Platform
  1. case
  2. Development of an All-in-One Construction Supply Chain Management Platform

Development of an All-in-One Construction Supply Chain Management Platform

exoft
Construction
Logistics
Supply Chain

Identified Challenges in Construction Supply Chain Coordination

Construction project managers and site teams currently face difficulties in managing diverse stakeholders, material shipments, and unpredictable environmental factors. The absence of a unified, all-encompassing solution forces reliance on multiple manual or disconnected tools, leading to inefficiencies, communication breakdowns, and delays. This fragmented approach hampers real-time visibility, decision-making, and operational agility on construction sites.

About the Client

A mid-sized construction firm seeking to optimize its supply chain operations through integrated automation and management tools, aiming to improve site efficiency and resource coordination.

Key Goals for Supply Chain Optimization and Operational Efficiency

  • Create an integrated supply chain management platform providing comprehensive visibility into procurement, logistics, and site operations.
  • Reduce manual efforts and streamline communication among stakeholders through automation and real-time data sharing.
  • Enhance productivity by enabling on-the-go access to delivery statuses, site conditions, and resource management via mobile solutions.
  • Implement automated scheduling, deviation management, and resource booking features to minimize delays and errors.
  • Support sustainable practices by capturing data on emissions and resource usage, contributing to environmental impact reduction.

Core Functional Requirements for the Construction Supply Chain System

  • Delivery Schedule Module: Planning and controlling inbound deliveries, resource bookings (cranes, forklifts), waste removal, and container management.
  • Construction Site Management: Visual site planning with project zones, resource allocation, and real-time delivery tracking.
  • Project Overview Dashboard: 3D visualizations, weather data integration, remote gate control, and comprehensive project details.
  • Deviation Management: Reporting, prioritizing, and resolving delivery and project deviations efficiently.
  • Waste Management System: Monitoring waste containers, requesting container emptying, and tracking waste removal workflows.
  • Statistics & Analytics: Monitoring KPIs, analyzing logistics performance, and identifying improvement opportunities.
  • Suppliers & Logistics Management: Managing terminals, inbound and outbound orders, inventory, and shipment invoices.

Preferred Technologies and Platform Architecture

WebAPI and RESTful services architecture
Cloud-based solutions leveraging platforms like Microsoft Azure
Relational databases such as SQL Server
Frontend development with HTML5, CSS (SCSS), Angular, and Material Design
Mobile application support for real-time tracking and operations

Essential External System Integrations

  • Weather data services for environmental conditions
  • Logistics and transportation management systems
  • Construction project management tools
  • Invoice and supplier management platforms

Non-Functional Requirements for System Performance and Security

  • System scalability to support expanding user base beyond 200 users with performance optimization
  • High availability with minimal downtime (aim for 99.9% uptime)
  • Data security standards compliant with industry best practices
  • Mobile responsiveness and ease of use for on-site and remote users
  • Rapid data processing to support real-time decision-making

Projected Business and Operational Benefits through the Platform

Implementation of the integrated construction supply chain platform is expected to significantly enhance operational efficiency, reducing manual workload, delays, and errors. The goals include supporting over 20,000 deliveries and 3,500 resource bookings within the first year, improving supply chain visibility, fostering collaboration among stakeholders, and promoting environmentally sustainable practices through emissions monitoring. These improvements will contribute to reduced project costs, increased on-site productivity, and higher stakeholder satisfaction.

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