Quest Revolution

A real-life competitive Role Playing Game (RPG) that rewards game winners with NFTs.

Year:
2022
Category:
Geo-Location-Based Mobile Game
Tool:
Unity & Mapbox SDK
Project Overview

In an era where mobile games are often solitary or social only via screens, Quest Revolution brings competition and camaraderie back into real life. It transforms familiar physical environments into a competitive real-world RPG: players gather at a meeting point, wait for the countdown to finish, then race through the area to complete location-based quests. As players explore their surroundings, they navigate real terrain, make strategic decisions, and compete to be the first to complete all quests.

Built in Unity with the Mapbox SDK, Quest Revolution uses real-world geography to drive gameplay — turning urban streets or open outdoor spaces into dynamic game arenas. Players interact using their smartphones, and gameplay blends exploration, strategy, and real-time competition. The experience invites social interaction and adventure in the physical world, with an added layer of fantasy through magical cards and player-versus-player card battles.

Our Approach

We aimed to create a mobile-first, geo-location-based RPG that merges real-world exploration with immersive, multiplayer competition. The design focuses on balancing accessibility (simple mechanics + smartphone-based play) with depth (strategy, quests, real-time tension).

The user journey is straightforward yet exciting: meet-up → countdown → explore → quest-complete → victory (or intense competition). This simplicity ensures anyone — casual or core gamers — can jump in quickly, while the layered mechanics (cards, magic, strategy) provide depth for those who want it.

By leveraging Mapbox for real-world mapping and Unity for gameplay logic, we built a system that feels familiar (similar to popular AR/geo games) yet stands out by combining time pressure, competitive goals, and real-life social interaction.

Our Priorities Included:
  • Real-World Spatial Adventure
    Using actual geolocation data and map overlays so players traverse real environments to complete in-game quests.
  • Accessibility & Low Entry Barrier
    Smartphone-based gameplay — no special hardware required — making it easy for anyone to join.
  • Competitive Multiplayer Dynamics
    Card battles, magic cards, quests race, and first-to-finish mechanics to create tension and replayable competition.
  • Balanced Game Design
    Simple enough for newcomers, but with layered strategy for players seeking depth and mastery.
  • Social & Real-Life Engagement
    Encouraging group meetups, shared experiences, friendly rivalry, and real-life connection instead of isolated mobile play.
  • Flexible Deployment
    Designed to be played in many environments — urban, suburban, even parks — with minimal setup, relying only on smartphone GPS and Mapbox maps.
Key Challenges & Solutions

Translating Virtual RPG Mechanics Into Real-World Geography

Real-world environments are unpredictable — GPS inaccuracies, variable terrain, and inconsistent user surroundings.
→ We used Mapbox SDK for robust geolocation and map loading, and built smoothing & validation logic to ensure quests register reliably even with GPS noise.

Balancing Accessibility with Depth

Too simple — the game feels trivial; too complex — newcomers get overwhelmed.
→ We adopted a hybrid design: core mechanics are easy to grasp (explore & collect), while strategic layers (card battles, magic, timing) provide depth as players get more invested.

Motivation & Engagement Without AR/VR Hardware

Without AR overlays or special gear, players might perceive the game as just “walk and tap.”
→ We emphasized social competition, time-bound urgency, and the thrill of being first to finish — transforming ordinary surroundings into zones of tension and excitement.

Ensuring Fairness Across Diverse Play Environments

Urban players might have more quests nearby than park-based players, potentially unbalancing the game.
→ We built dynamic quest placement logic that adapts to environment density — ensuring each player has equitable opportunities regardless of location context.

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