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Development of a Multimedia Wildlife Safari Planning and Community App
  1. case
  2. Development of a Multimedia Wildlife Safari Planning and Community App

Development of a Multimedia Wildlife Safari Planning and Community App

jelvix.com
Tourism & Leisure
Travel & Education

Identifying Challenges in Wildlife Park Visitor Engagement and Trip Planning

The client faces difficulties in providing visitors with an integrated digital resource for safari trip planning, including maps, wildlife information, and community sharing capabilities. Current tools lack offline accessibility, detailed route guidance, and an engaging multimedia experience, leading to suboptimal visitor experience and engagement.

About the Client

A leading organization managing national parks or ecoparks seeking to enhance visitor engagement and trip planning through a mobile platform.

Goals for an Enhanced Wildlife Safari Planning Mobile Application

  • Create a feature-rich mobile app enabling visitors to plan safaris with detailed wildlife guides, interactive maps, and route navigation.
  • Ensure offline accessibility of essential data to improve user experience in remote park areas.
  • Develop multimedia-rich content, including high-quality wildlife images and descriptions, to educate and engage users.
  • Integrate social and community features allowing visitors to share stories, images, and experiences post-visit.
  • Achieve high user adoption metrics, targeting over 1,000 downloads within the first three months, with positive user feedback.

Core Functional Specifications for the Wildlife Safari App

  • Wildlife Field Guide: Detailed descriptions and high-quality images of local fauna.
  • Route Guides & Maps: Display of over 70 prominent safari routes with pixel-perfect maps for navigation.
  • Offline Mode: Enable users to access maps, wildlife data, and guides without internet connectivity.
  • Favorites Management: Allow users to mark and access favorite animals and routes.
  • Sightings List: Maintain a log of observed wildlife sightings during trips.
  • Community Sharing: Platform for users to upload and share stories, images, and experiences post-visit.

Preferred Technologies and System Architecture

Cross-platform development using Flutter or equivalent frameworks.
Use of local database solutions such as SQLite for offline data storage.
Cloud-based databases like Firestore for real-time data sync and user-generated content.
Image handling with network caching and compression for performance optimization.

External Systems and Data Integrations Needed

  • Wildlife and park geological data sources for accurate guides.
  • Mapping services for route display and navigation.
  • Social media platforms for user sharing and community engagement.
  • User authentication and profile management systems.

Non-Functional Requirements Ensuring Quality and Performance

  • High performance on both iOS and Android platforms with smooth UI responsiveness.
  • Offline mode availability for critical features in remote locations.
  • Scalable backend infrastructure to support increasing user base and content volume.
  • Data security complying with relevant privacy standards.

Anticipated Business Impact and Project Outcomes

The new application aims to significantly enhance visitor engagement and trip planning efficiency, mirroring previous successful implementations by targeting over 1,000 downloads within three months, achieving high user satisfaction, and fostering community interaction to enrich visitor experiences in wildlife parks and ecoparks.

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