Enjoy - Find Events Nearby

Dynamic event discovery app for finding and attending events nearby.

🎬 Entertainment 🚌 Travel 📱 Flutter FastAPI
Enjoy - Find Events Nearby Cover

Enjoy is a location-aware event discovery platform designed to help users find events nearby, discover local experiences, and easily RSVP or buy tickets. The mobile-first solution focuses on fast geolocation search, personalized recommendations, and an intuitive discovery UX so users can find things to do within minutes. Built with Firebase and Cloud Firestore for real-time updates, Enjoy aims to be the go-to app for spontaneous plans, local meetups, and curated events.

SEO keywords: find events nearby, local event discovery app, event discovery near me, Enjoy events, geo-based event search, local experiences app.

Core capabilities include dynamic geolocation-based search, advanced filtering (date, price, category), bookmarking and reminders, and push notifications for event changes. The app emphasizes personalization using simple heuristics and optional user preferences: saved categories, favorite venues, and social signals (friends attending). Events can be created by organizers or aggregated via APIs, and the platform supports ticket purchases or external redirects to ticketing partners.

Overview table:

Feature Benefit Implementation
Geolocation search Find nearby events quickly Geo-indexed Firestore queries
Filters & bookmarks Tailored discovery Client-side caching + server queries
Real-time updates RSVP and capacity changes Firebase listeners
Push reminders Never miss an event Firebase Cloud Messaging

Simple pipeline chart:

User -> Geo Query -> Filter -> Results -> RSVP/Bookmark

Implementation steps

  1. Define geospatial indexing strategy using Firestore + geo-hash or third-party geo-search service.
  2. Build APIs to ingest events from organizers and external aggregators, normalize data, and deduplicate entries.
  3. Implement client-side caching to speed up repeated queries and reduce read costs.
  4. Add push notifications and reminders for bookmarked events and friends’ RSVPs.
  5. Create analytics to measure engagement, ticket conversions, and retention.

Challenges and solutions

  • Geo-query performance and pricing: Firestore’s non-spatial queries required geo-hashing and bounding-box queries to emulate efficient geospatial search; we added server-side prefiltering to minimize reads.
  • Duplicate events from multiple sources: implemented deduplication using fuzzy matching on title, time, and location with confidence thresholds.
  • Real-time scaling: used Firebase listeners selectively and batched updates to avoid excessive client events.
  • Event moderation and spam: added reporting flows and organizer verification to keep listings trustworthy.

Business outcomes and SEO relevance

Enjoy helps drive local discovery and supports both organizers and attendees. From an SEO standpoint, focusing on long-tail local queries ("events near me tonight", "free concerts in [city]") and publishing high-quality content about local events and guides will attract organic traffic. For product teams, the value lies in high engagement windows—users checking the app when planning outings—and the potential for partnerships with venues and ticketing platforms.

Enjoy is designed to be lightweight for users, flexible for organizers, and efficient to operate at scale. Its combination of geolocation search, real-time updates, and social features makes it well-suited to capture spontaneous and planned event discovery markets.

Related Projects

Baara Plus (Android + iOS)

Cross-platform app connecting customers in Mali with local service providers....

🏠 On-Demand Services Productivity 📱 Mobile Development +2
View Project

BusGo Project (Android + iOS)

Smart mobile app revolutionizing bus travel with real-time tracking....

🎨 UI Design 📱 Flutter 📡 Real-time Communication
View Project

Vavel Videos - Audio, Music and Sports Live Stream

Mobile app for real-time live streaming of audio, music, and sports....

🚌 Travel 🎬 Entertainment 📱 Flutter +1
View Project