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Development of a Multitenant Fire Inspection Management Platform with Secure Payment and Cloud Integration
  1. case
  2. Development of a Multitenant Fire Inspection Management Platform with Secure Payment and Cloud Integration

Development of a Multitenant Fire Inspection Management Platform with Secure Payment and Cloud Integration

leobit.com
Government
Business services

Identified Challenges in Fire Inspection Operations and Data Management

The client faces operational inefficiencies due to reliance on paper-based processes, inconsistent inspection documentation, lack of integrated digital workflows, and challenges in managing multiple user roles with differing functional needs. Additionally, there is a need to securely handle online payments and ensure system scalability and reliability in a cloud environment, despite limited existing documentation.

About the Client

A mid-sized government agency or private fire inspection enterprise aiming to digitize and streamline inspection workflows, improve data management, and enhance client communication.

Key Goals for Enhancing Fire Inspection Management System

  • Implement a comprehensive, scalable, multitenant web application to digitize fire inspection workflows.
  • Develop separate role-based portals for internal inspectors and external clients, facilitating inspection management, scheduling, violations, permits, and documentation.
  • Integrate a secure, PCI-compliant online payment system to streamline transaction processes.
  • Design a cloud-based data architecture utilizing Azure or equivalent services to enhance data integrity, synchronization, and scalability.
  • Implement automated anomaly detection, performance monitoring, and error logging to ensure reliable platform operation.
  • Incorporate barcode scanning capabilities for asset identification and maintenance logging to improve inspection accuracy and efficiency.
  • Reduce paper usage, speed up document approval processes, and improve overall customer communication and user experience.

Core Functional Specifications for Fire Inspection Platform

  • Role-based portals with tailored access for inspectors and clients, featuring inspection scheduling, violations management, and report generation.
  • Secure online payment system supporting multiple payment options, customizable to match client branding, with inline PCI compliance.
  • Integration with external payment gateways via frameworks like Collect.js or equivalent.
  • Cloud-hosted MSSQL or comparable database with scalability and security built-in, hosted on Azure or similar cloud services.
  • Azure Functions or equivalent serverless technology for data synchronization and processing between systems.
  • Real-time system anomaly detection and notification using monitoring tools akin to Azure Application Insights.
  • Automated PDF report generation for various entities such as inspection records, permits, and invoices.
  • Barcode scanning feature for asset identification and maintenance logging during inspections.
  • Automated alerts for inspection deadlines, violations, and system errors.

Recommended Technologies and Architectural Approaches

.NET Core or equivalent backend framework
Angular or similar modern frontend framework
Microsoft Azure cloud platform including Azure SQL, Azure Functions, and Azure Service Bus
Collect.js or comparable secure payment collection framework
Application Insights or equivalent for performance monitoring
Cloud logging and error tracking services

Key External System Integrations Needed

  • Payment gateway services supporting PCI-compliant online transactions
  • Messaging queues for data synchronization (e.g., Azure Service Bus)
  • System monitoring and anomaly detection tools
  • Existing legacy data sources requiring integration or migration

Critical System Performance, Security, and Scalability Criteria

  • System should support multi-tenant architecture with isolated data for each client
  • High availability and disaster recovery capabilities to ensure 99.9% uptime
  • Secure handling of sensitive data, including PCI compliance for payment workflows
  • Fast data access and real-time synchronization with minimal latency
  • Automated anomaly detection, fault tolerance, and error logging
  • Responsive interface optimized for desktop and mobile devices

Projected Business Benefits and System Impact

The new system aims to transition from manual, paperwork-based processes to a fully digital environment, resulting in increased operational efficiency, reduced operational costs, and faster inspection approval cycles. The platform will facilitate seamless communication, improve data accuracy, and support scalable growth, ultimately enhancing customer satisfaction and compliance management effectiveness.

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