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Development of a Location-Based Social and Workspace Platform for Flexible Workers
  1. case
  2. Development of a Location-Based Social and Workspace Platform for Flexible Workers

Development of a Location-Based Social and Workspace Platform for Flexible Workers

lizard.global
Business services
Telecommunications
Media

Identifying Challenges in Supporting the Growing Flex Worker Demographic

Flexible working arrangements are increasingly popular, leading to a surge in independent flex workers who often face social isolation and difficulty locating nearby co-working spaces. Current solutions lack integrated social features, real-time location discovery, and targeted offers, making it harder for flex workers to maximize their work experience and community engagement while reducing environmental impact.

About the Client

A technology-driven platform supporting freelance and flexible workers who seek accessible workspaces and social connections while promoting sustainable commuting options.

Goals for Enhancing Flex Worker Connectivity and Workspace Accessibility

  • Develop a mobile application platform supporting both Android and iOS to facilitate discovery of nearby flex workspaces.
  • Implement real-time location tracking and map-based search functions to assist users in finding flexible work areas within their vicinity.
  • Incorporate social networking features such as user check-ins, live status indicators, and messaging to foster community among flexible workers.
  • Integrate offers and discounts from registered workspace locations to incentivize use and promote local businesses.
  • Design continuous update and improvement processes to optimize user experience and platform performance.
  • Support environmental sustainability by encouraging users to walk or cycle to nearby workspaces, reducing traffic congestion and carbon emissions.

Core Functional Specifications for the Flex Workspace Platform

  • Integrated map interface with geolocation services to discover and navigate to nearby flex work locations.
  • Search functionality to find specific workspaces within cities or regions.
  • User check-in and real-time presence indicators showing which users are working at specific locations.
  • In-app chat and social feed to plan meetups and share experiences.
  • Location-based offer and discount notifications from partner workspaces.
  • Push notifications for updates about new locations, offers, and social interactions.
  • Continuous system updates incorporating user feedback for enhanced usability and features.

Technological Framework and Architecture Preferences

Mobile development (iOS and Android) using native or cross-platform frameworks
Geolocation and mapping APIs
Real-time communication technologies (e.g., WebSocket, Firebase)
Cloud-based backend infrastructure

Necessary External System Integrations

  • Mapping and geolocation services for location discovery
  • Real-time communication APIs for chat functionality
  • Partner systems for offers and discounts management
  • User authentication and data privacy systems

Critical Non-Functional System Attributes

  • Scalability to support increasing user base, aiming for at least 100,000 active users within the first year
  • High performance to ensure quick loading times and real-time updates
  • Security measures aligning with data privacy regulations, including encryption and secure authentication
  • Reliability with 99.9% uptime and minimal latency
  • Cross-platform compatibility and responsive UI design

Projected Business and Social Impact of the Platform

The development of this location-based social and workspace platform is expected to significantly enhance the experience of flexible workers by facilitating community building and easier access to workspaces. It aims to increase user engagement, promote local business offers, and contribute to environmental sustainability by reducing unnecessary commutes. Anticipated outcomes include improved user satisfaction, increased platform adoption, and measurable environmental benefits through reduced traffic and emissions.

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