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Optimized Property Management Platform Enhancing Performance and User Self-Administration
  1. case
  2. Optimized Property Management Platform Enhancing Performance and User Self-Administration

Optimized Property Management Platform Enhancing Performance and User Self-Administration

edvantis.com
Real estate
Software Engineering

Identifying Key Challenges in Property Management System Performance and Usability

The client operates a digital platform for property inspections, equipment maintenance, and compliance management, facing issues with slow report generation times (up to 15 minutes), limited mobile experience, and lack of comprehensive self-management interfaces. They require enhancements to both frontend and backend systems, including performance optimization, mobile usability improvements, and a self-administration portal to empower customers and admins.

About the Client

A mid-sized property management company seeking to modernize its compliance and inspection systems to improve performance, usability, and self-management capabilities across its mobile and desktop platforms.

Goals for System Enhancement and Business Impact

  • Reduce report generation time significantly, aiming to bring it down from 15 minutes to under 2 minutes.
  • Improve overall system performance by identifying and resolving memory leaks and optimizing API and backend components.
  • Develop an intuitive, fully functional self-management portal for customers to handle administrative tasks independently.
  • Enhance user experience and usability across desktop and mobile devices with UI/UX improvements.
  • Establish scalable architecture supporting future feature development and system growth.

Core System Functionalities for a Next-Generation Property Management Platform

  • Memory leak detection and systematic elimination to optimize system performance.
  • Enhanced API endpoints, workers, and report modules for faster data processing and report generation.
  • A comprehensive, user-friendly customer self-management interface for administrative tasks.
  • Mobile-first UI/UX design improvements for better usability on smartphones and tablets.
  • Support for future feature integration and scalability through structured architecture.

Preferred Technologies and Architectural Approaches for System Optimization

Modern web frameworks for frontend (e.g., Vue.js or similar)
Backend optimization using scalable frameworks and memory management techniques
PostgreSQL for data storage
Cloud-based deployment infrastructure (e.g., Heroku or comparable platform)

External Systems and Data Integrations Necessary for Complete Functionality

  • APIs for data exchange with external inspection and compliance platforms
  • Authentication and user management services
  • Reporting tools and analytics integrations

Key Non-Functional Performance and Security Requirements

  • System should load dashboards and reports within 10 seconds post-optimization
  • Report generation time reduced from 15 minutes to under 2 minutes
  • High availability with minimal downtime, supporting ongoing support and maintenance
  • Secure handling of sensitive property and user data in compliance with industry standards

Projected Business Benefits and Performance Improvements

The project aims to deliver a substantial improvement in report generation speed, targeting a reduction from 15 minutes to under 2 minutes, thereby significantly enhancing operational efficiency. The development of a self-management portal will empower clients to autonomously handle administrative tasks, reducing dependence on support staff and fostering better user engagement. Overall system performance and usability enhancements are expected to elevate client satisfaction, support future growth, and position the platform as a scalable, reliable solution for modern property management needs.

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