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Development of Social Engagement Features for a Solo Travel Platform
  1. case
  2. Development of Social Engagement Features for a Solo Travel Platform

Development of Social Engagement Features for a Solo Travel Platform

dac.digital
Hospitality & leisure
Travel & tourism

Addressing Social Connectivity Challenges in Solo Travel Platforms

A leading online travel platform focused on hostel accommodations seeks to enhance social interaction among solo travelers. The platform aims to enable users to connect with others staying at the same hostel before and during their visit. However, existing API systems are incompatible or too slow, impeding real-time access to guest stay data required for social features. This limits user engagement and reduces the potential for community-building within the platform.

About the Client

A mid-sized online travel platform specializing in hostel booking services, aiming to increase user engagement and social interaction among solo travelers.

Goals for Enhancing Social Engagement in the Travel Platform

  • Implement a feature that displays information about other travelers staying at the same hostel during similar timeframes.
  • Enhance user experience by providing seamless, real-time visibility of potential social connections.
  • Leverage microservice architecture to optimize data retrieval and API performance.
  • Increase user engagement metrics, including higher booking rates and platform activity among social members.
  • Boost overall platform bookings by encouraging social interaction, aiming for a 1.6x increase in bookings facilitated via the platform within the first few months.

Core Functional Requirements for the Social Connection System

  • Real-time guest stay data retrieval and display module (e.g., 'Who's Staying')
  • Data proxy microservice to interface with legacy or incompatible APIs, converting and caching data for performance
  • A microservice for aggregating and presenting guest information to end-users
  • Integration layer for syncing guest schedules with user interfaces
  • Backend caching mechanism to ensure low-latency responses

Preferred Technologies and Architectural Approach

Node.js
Fastify
Redis
Microservice architecture

Essential External System Integrations

  • Legacy guest stay APIs for data retrieval
  • Booking and scheduling systems for stay confirmation
  • Internal user engagement tracking systems

Non-Functional System Requirements

  • High API response performance to support real-time features
  • Scalability to accommodate increasing user base and data volume
  • Secure data handling and privacy compliance for user information
  • Reliability with minimal downtime during peak or ongoing operations

Expected Business Impact and Engagement Metrics

The implementation of social cues and related features is expected to significantly increase user engagement and platform activity. Specifically, a substantial portion of bookings (estimated at 50%) will originate from users actively participating in social features, with over 80% of social members utilizing social cues during their stay. Users engaging with these features are approximately four times more likely to be recruited via the platform shortly after their activities. Overall, this initiative is projected to increase booking frequency by 1.6 times and double the likelihood of bookings made through the app within the first few months post-launch, leading to higher revenue and community building among travelers.

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