Logo
  • Cases & Projects
  • Developers
  • Contact
Sign InSign Up

Here you can add a description about your company or product

© Copyright 2025 Makerkit. All Rights Reserved.

Product
  • Cases & Projects
  • Developers
About
  • Contact
Legal
  • Terms of Service
  • Privacy Policy
  • Cookie Policy
Development of a Custom Elevator Inspection and Scheduling Management System
  1. case
  2. Development of a Custom Elevator Inspection and Scheduling Management System

Development of a Custom Elevator Inspection and Scheduling Management System

saritasa.com
Construction
Business services
Government

Challenges in Managing Urban Elevator Inspections and Compliance

In a densely populated urban environment, the client manages over 84,000 elevators across numerous skyscrapers, requiring rigorous safety inspections mandated by local regulatory authorities. The existing management system is not tailored to their complex needs, relying heavily on manual workflows and multiple third-party tools, leading to inefficiencies, manual overhead, and data control issues. This hampers timely scheduling, accurate record-keeping, and compliance with strict inspection timelines.

About the Client

A mid to large-sized construction or building management firm specializing in building safety compliance and elevator maintenance within urban environments.

Goals for Streamlining Elevator Inspection Operations and Enhancing Compliance

  • Implement an integrated, custom management platform to automate scheduling, tracking, and documentation of elevator inspections.
  • Reduce manual data entry and reliance on multiple tools such as spreadsheets, thus decreasing operational overhead.
  • Enhance control over inspection and client data through a centralized CRM system.
  • Automate report generation, proposal creation, and invoicing processes to improve efficiency.
  • Ensure compliance with legal inspection timelines (annual and 5-year cycles) through automated alerts and schedule management.
  • Improve the user experience for inspectors and administrative staff with an intuitive web interface.
  • Support scalability to manage a high volume of inspections per year while maintaining strict regulatory adherence.

Core Functionalities for an Automated Elevator Inspection Management System

  • Automated scheduling engine tracking inspection deadlines for multiple inspection cycles (annual, multi-year) with alerts for scheduling conflicts or overdue inspections.
  • Workflow management for generating proposals, invoices, and inspection checklists from system records.
  • Digital documentation process allowing inspectors to scan and upload onsite inspection check sheets, which are then integrated into reports sent to regulatory authorities.
  • Centralized CRM to manage client details, building profiles, elevator equipment, inspectors, and relevant agencies.
  • User role management and permissions for different staff, inspectors, and administrative personnel.
  • Intuitive web interface tailored for desktop use, with clear workflows based on existing operational processes.

Preferred Technologies and Architectural Approaches

Python for backend development
Angular for frontend development
Cloud-based deployment for scalability
OCR/scanning technology for on-site inspection data processing

External Systems and Data Integrations Needed

  • Regulatory authority systems for report submissions
  • Existing CRM or client data sources, if applicable
  • Scanning and document management tools

Non-Functional Requirements for System Robustness and Compliance

  • High scalability to handle over 6,000 inspections annually.
  • Data security and compliance with industry standards for sensitive client and operational data.
  • Reliable performance with minimal downtime, especially during peak scheduling periods.
  • Responsive and intuitive UI optimized for desktop use to streamline user workflows.

Expected Business Benefits and Efficiency Gains

The implementation of a tailored, automated inspection management system is projected to significantly reduce manual workload, improve scheduling accuracy and compliance adherence, and streamline documentation workflows. This is expected to generate measurable improvements in operational efficiency, data control, and regulatory reporting, empowering the client to better serve their urban infrastructure management needs.

More from this Company

Development of a NFC-Enabled Music Gift Device and Application Platform
Development of a Mobile Control App for Traffic Infrastructure Maintenance
Next-Generation Mobile App for Motorcycle Tuning and Analytics Integration
Development of a Financial Market Insights Mobile Application for Investor Engagement
Development of an IoT Ecosystem for Smart Vehicle Management and User Engagement