GeoSmart Enterprise GIS Platform Development for Ports and Infrastructure
🔷 Solution Overview
GPC supported the Zakat, Tax and Customs Authority (ZATCA) in the design and implementation of a comprehensive GeoSmart enterprise platform to enable spatial data management, infrastructure monitoring, and operational digitization across ports and facilities in the Kingdom of Saudi Arabia.
The engagement focused on transforming fragmented engineering and spatial data into an integrated, intelligent geospatial ecosystem combining a centralized geoportal with 2D and 3D visualization capabilities, advanced analytical dashboards, and a spatially enabled work permit system governed by GeoSmart business rules.
The platform enables users to access and analyze critical assets including infrastructure networks, facilities, and security equipment across land, sea, and air ports, while supporting real-time decision-making through interactive dashboards, reporting tools, and integrated workflows.
A key component of the solution includes advanced data management and validation capabilities, integrating QA/QC tools with geospatial databases to ensure data accuracy and compliance with defined standards. The implementation also included comprehensive spatial data capture using survey technologies, drones, and BIM-based modeling approaches.
Through this initiative, GPC delivered a unified, scalable, and high-performance geospatial platform aligned with ZATCA’s strategic objectives of enhancing operational efficiency, digitizing engineering processes, and enabling data-driven decision-making across its nationwide operations.
🔷 Main Objectives
Develop a unified GeoSmart enterprise GIS platform across ZATCA operations
Enable integration and centralization of spatial and engineering data
Digitize and automate work permit processes and workflows
Provide 2D and 3D visualization of infrastructure and assets
Enable advanced analytics and reporting for operational monitoring
Ensure data quality through QA/QC validation frameworks
Support nationwide infrastructure mapping and spatial data capture
🔷 How GPC Empowers the Client
GPC leveraged its expertise in geospatial systems, enterprise GIS architecture, and digital transformation to design and implement an integrated GeoSmart platform tailored to ZATCA’s operational environment.
The engagement combined:
End-to-end system design and development of GeoSmart applications
Integration of spatial data, workflows, and business rules
Implementation of advanced analytics and reporting capabilities
Deployment of mobile solutions for field operations and inspections
Execution of large-scale spatial data capture and modeling
Adoption of international standards and QA/QC validation processes
This enabled ZATCA to transition from fragmented CAD-based workflows to a unified GIS-driven operational environment supporting real-time data access, automation, and decision-making.
🔷 The Bottom Line
The project delivered a fully integrated GeoSmart enterprise platform that digitized engineering and permitting processes, enhanced visibility of infrastructure and assets, and established a scalable geospatial foundation supporting ZATCA’s nationwide operations.
🔷 About our Customer
The Zakat, Tax and Customs Authority (ZATCA) is the government authority responsible for managing zakat, tax, and customs operations in the Kingdom of Saudi Arabia.
ZATCA plays a critical national role in safeguarding borders, facilitating trade, supporting economic development, and ensuring regulatory compliance. The authority leverages advanced technologies and data-driven approaches to enhance operational efficiency, transparency, and service delivery across its nationwide operations.
As part of its digital transformation agenda, ZATCA has prioritized the adoption of geospatial technologies and smart systems to support infrastructure management, security monitoring, and operational decision-making.
🔷 Challenge
ZATCA faced multiple challenges related to the management and utilization of spatial and engineering data across its ports and infrastructure.
These challenges included:
Fragmented spatial and engineering data across systems and stakeholders
Reliance on CAD-based workflows with limited integration
Lack of centralized platform for accessing and visualizing assets
Complex coordination across ports, facilities, and infrastructure systems
Need for scalable and high-performance system architecture
Ensuring data accuracy, validation, and compliance with standards
Requirement for 3D modeling and integration of BIM-based data
🔷 Solution
GPC delivered a comprehensive GeoSmart platform through:
🔹 Platform Development
Development of a centralized geospatial portal using ESRI technologies
Implementation of 2D and 3D visualization capabilities across ports
Integration of spatial data clearinghouse for infrastructure and assets
🔹 Applications & Workflow Automation
Development of a spatially enabled work permit system
Implementation of role-based access and workflow distribution
Automation of permitting processes using GeoSmart business rules
Development of mobile applications for field inspections and operations
🔹 Data Management & Integration
Integration of geospatial databases with QA/QC validation tools
Implementation of spatial data validation workflows and standards
Integration with enterprise systems (communication services, cameras, etc.)
🔹 Spatial Data Capture & Modeling
Execution of 2D and 3D data capture for infrastructure and assets
Use of drones, field surveys, and underground asset detection
Development of BIM-based 3D models with high accuracy standards
🔹 Analytics & Reporting
Development of advanced dashboards and analytical tools
Monitoring of infrastructure, security equipment, and facilities
Support for data-driven decision-making across operations
This structured approach ensured full integration of data, systems, and workflows within a unified GeoSmart platform.
🔷 Key Deliverables
GeoSmart enterprise GIS platform
Centralized geoportal with 2D and 3D visualization
Spatially enabled work permit system
Mobile applications for field operations
Advanced analytical dashboards and reports
QA/QC validation tools and data management framework
Integrated geospatial database and data clearinghouse
Spatial data capture and BIM-based models
🔷 Platform / Technology
ESRI-based GIS platform (Geoportal, 2D/3D visualization)
GeoSmart applications and business rules engine
Mobile applications (iOS and Android)
BIM and 3D modeling technologies
Geospatial databases with QA/QC validation tools
Integration with enterprise IT systems
🔷 Hosting / Deployment
Hosted within ZATCA’s infrastructure with high-availability architecture supporting scalability, performance, and secure operations.
🔷 Delivery Model
Multi-phase system design and development engagement covering platform architecture, application development, data integration, and deployment across multiple locations and operational environments.
🔷 Standards / Methods
Enterprise GIS architecture principles
Business process automation and workflow design
QA/QC validation frameworks for spatial data
BIM-based modeling standards
Agile and phased implementation approach
Integration with enterprise systems and services
🔷 Deliverables / Outputs (Detailed)
Development of GeoSmart enterprise platform and applications
Implementation of geospatial portal and visualization tools
Configuration of work permit workflows and business rules
Deployment of mobile field applications
Integration of spatial databases and validation frameworks
Execution of nationwide spatial data capture and modeling
Development of analytical dashboards and reporting tools
Integration with enterprise systems and communication services
🔷 Benefits / Results
Transformation from fragmented CAD-based workflows to integrated GIS platform
Digitization and automation of engineering and permitting processes
Enhanced visibility of infrastructure, assets, and operations
Improved coordination across ports and facilities
Strengthened data accuracy and validation processes
Improved operational efficiency and decision-making
Establishment of scalable and sustainable geospatial ecosystem
🔷 Quantification / KPIs
Coverage across multiple ports (land, sea, air) nationwide
Integration of infrastructure, facilities, and security assets
Implementation of 2D and 3D geospatial data models
Deployment of mobile-enabled field operations
Adoption of QA/QC validation frameworks for spatial data

