Demo: FlyEnJoy: An Offline-First Mobile System for Trip Planning and In-Flight Social Interaction

Air travel often lacks cohesive digital tools to support both pre-trip organization and engaging in-flight experiences. We present FlyEnJoy, a mobile application with an offline-first architecture that integrates itinerary planning management, and in-flight social features to improve travel satisfaction. The system highlights local peer-to-peer networking for realtime in-flight interaction without the Internet and context-aware smart planning tools that adapt to each trip. This demo paper outlines the design and technical components of FlyEnJoy, including its offline-first design, peer-to-peer networking and context-aware smart planning approach. We also discuss insights from a traveler survey that motivated the need for such a platform and conclude with a demonstration that showcases the capabilities of FlyEnJoy in a live scenario.

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Publication Details

Published
2025-06-23
DOI
https://doi.org/10.1145/3711875.3734373
Primary Topic
Evacuation and Crowd Dynamics
Type
article
Field-Weighted Citation Impact
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article

Demo: FlyEnJoy: An Offline-First Mobile System for Trip Planning and In-Flight Social Interaction

Himel Dev, Michael Linden, Tanmoy Sen, Madhusudan Basak
Evacuation and Crowd Dynamics
article

Demo: FlyEnJoy: An Offline-First Mobile System for Trip Planning and In-Flight Social Interaction

Himel Dev, Michael Linden, Tanmoy Sen, Madhusudan Basak
article en

Abstract

Air travel often lacks cohesive digital tools to support both pre-trip organization and engaging in-flight experiences. We present FlyEnJoy, a mobile application with an offline-first architecture that integrates itinerary planning management, and in-flight social features to improve travel satisfaction. The system highlights local peer-to-peer networking for realtime in-flight interaction without the Internet and context-aware smart planning tools that adapt to each trip. This demo paper outlines the design and technical components of FlyEnJoy, including its offline-first design, peer-to-peer networking and context-aware smart planning approach. We also discuss insights from a traveler survey that motivated the need for such a platform and conclude with a demonstration that showcases the capabilities of FlyEnJoy in a live scenario.

Renton Technical College (US), Independent Sector (US), Dartmouth Psychiatric Research Center (US), Film Independent (US), Charlottesville Medical Research (US)
Openalex Percentile: Top 66%
Evacuation and Crowd Dynamics
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Demo: FlyEnJoy: An Offline-First Mobile System for Trip Planning and In-Flight Social Interaction — Himel Dev, Michael Linden, et al. · (2025) | TGRS Research Map | TGRS