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Cloud-Native Property Tax Automation Platform Enhancement
  1. case
  2. Cloud-Native Property Tax Automation Platform Enhancement

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Cloud-Native Property Tax Automation Platform Enhancement

n-ix.com
Financial services
Information technology
Business services

Business Challenge

Rapid business growth has overwhelmed the client's existing manual property tax calculation processes, leading to increased operational costs, time inefficiencies, and difficulties in scaling services. The current reliance on Excel spreadsheets for property tax calculations is unsustainable.

About the Client

A global provider of tax services to individuals and businesses in nearly 100 countries, offering a wide range of tax solutions.

Project Objectives

  • Automate the property tax calculation process to improve efficiency.
  • Reduce operational costs associated with manual calculations.
  • Enhance the speed and accuracy of tax analysis.
  • Provide a scalable and cloud-agnostic solution for property tax calculations.
  • Improve user experience with a streamlined interface and reporting capabilities.

Functional Requirements

  • Automated property tax calculation based on predefined rules and external data.
  • Bulk property valuation for real estate objects within any US county.
  • Automated PDF report generation from Excel data.
  • User authentication and authorization via Single Sign-On (SSO).
  • Asynchronous notifications for processing status.
  • Excel and PDF document upload functionality.
  • Drag-and-drop PDF report preview.
  • Web UI for data monitoring and report generation.

Preferred Technologies

Microsoft Azure
Azure Functions
Azure Storage
.NET Core
AngularJS
Kubernetes
Redis
Entity Framework
gRPC
REST APIs
Terraform
SpecFlow
SignalR
Application Insights

Integrations Required

  • External tax information systems (US County tax data)

Key Non-Functional Requirements

  • Scalability to handle a large volume of property tax calculations.
  • High performance for rapid tax analysis.
  • Robust security to protect sensitive data.
  • Cloud-agnostic architecture for flexibility and future migration.
  • High availability to ensure continuous operation.
  • Reliable CI/CD pipeline for rapid release cycles.

Estimated Business Impact

The project is expected to significantly improve business efficiency by automating manual processes, reducing operational costs, accelerating tax analysis, and enhancing scalability. The implemented solution will allow the client to focus on higher-value tasks and provide a better user experience for their customers. It will also reduce time-to-market for new features and enhancements through the implementation of a CI/CD pipeline.

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