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Indoor Navigation System for Inclusive Urban Environments
  1. case
  2. Indoor Navigation System for Inclusive Urban Environments

Indoor Navigation System for Inclusive Urban Environments

concisesoftware.com
Transportation
Navigation & GIS

Addressing Navigational Challenges and Accessibility in Urban Transit Hubs

Living in a large city can pose significant challenges for commuters, especially those with disabilities, when navigating complex transit environments. The need for accessible and reliable indoor navigation tools is critical to enhance the experience of all users and ensure compliance with accessibility standards.

About the Client

A large metropolitan transit authority seeking to improve accessibility and user experience within complex urban transit stations through innovative indoor navigation solutions.

Goals for Developing an Indoor Navigation Platform

  • Develop a robust indoor navigation system that functions similarly to an indoor GPS, providing real-time positioning within transit stations.
  • Enable dynamic, itinerary-based navigation that updates based on user location and preferences.
  • Create a user-friendly mobile application accessible in varying connection conditions.
  • Deploy the navigation solution across all major transit stations to significantly improve accessibility and user satisfaction.
  • Gather positive user feedback to facilitate rapid advancement and adoption of the navigation system.

Core Functional Specifications for the Indoor Navigation Solution

  • Real-time indoor positioning similar to GPS for accurate user location detection.
  • Dynamic route planning and itinerary visualization on user smartphones.
  • Stored navigation instructions accessible offline to ensure continuous service despite connection issues.
  • Admin interface for customizing navigation paths and updating station-specific data.
  • User-centric design optimized for ease of use, including for users with disabilities.

Preferred Technologies and System Architecture

Mobile app development platforms (iOS and Android)
Indoor positioning technologies (Wi-Fi, BLE beacons, or similar)
Backend database with interpretive navigation instruction store
Flexible API architecture for scalability and integration

External System Integrations Needed

  • Transit system databases for station layouts and live updates
  • Accessibility services for disability accommodations
  • Analytics platforms for user feedback and system performance monitoring

Non-Functional System Performance and Quality Standards

  • System scalability to support thousands of concurrent users across multiple stations
  • High availability with 99.9% uptime for critical navigation services
  • Data security measures complying with relevant privacy standards
  • Offline functionality with local data caching to ensure uninterrupted navigation performance

Expected Business Outcomes and Impact of the Navigation System

The implementation of the indoor navigation system is expected to enhance accessibility for disabled commuters, reduce navigation confusion, and increase overall user satisfaction within transit stations. This initiative aims to improve station accessibility, leading to higher ridership, positive public perception, and compliance with accessibility regulations.

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