Understanding Social Interactions in Location-based Games as Hybrid Spaces: Coordination and Collaboration in Raiding in Pokémon GO

Title of the Paper

Understanding Social Interactions in Location-based Games as Hybrid Spaces: Coordination and Collaboration in Raiding in Pokémon GO

Paper Information

• Domain: Human-Computer Interaction and Game Design
• Keywords: Location-based games, hybrid spaces, operational interoperability, social interactions, team collaboration, gameplay behavior, remote interaction, gaming community

Research Background and Problem Statement

• Research Questions and Challenges: The authors point out that while extensive research has been conducted on the interaction between people and places in location-based games, there is still insufficient study on interactions between people. Particularly in Pokémon GO's new remote/on-site raid mode, how players coordinate and collaborate, and how these game mechanisms influence social behavior, remains unknown.
• Significance: During the COVID-19 pandemic, digital entertainment forms increased significantly, and the introduction of remote features may have altered players' social interaction patterns. Understanding these mechanisms can provide theoretical foundations and practical recommendations for game design and other hybrid space designs.
• Related Work Review:
  • Hybrid spaces redefine the way people interact with digital and real environments (Silva et al., 2006).
  • Location-based games offer new opportunities for social interactions across virtual and real spaces, such as creating new social networks and strengthening interpersonal relationships (Ulysses et al., 2020).
  • Research highlights that location-based games can promote social connections and mental/physical health but may also pose safety and privacy risks (Laato et al., 2020; Vella et al., 2019).

Solution

• Proposed Solution: The authors conducted in-depth interviews with 41 Pokémon GO players to analyze their collaboration and social behavior in the new remote/on-site raid mode.
• Innovations:
  • Provides an in-depth description of human-to-human interactions in hybrid spaces, rather than focusing solely on human-to-place relationships.
  • Employs qualitative methods to uncover the motivations and mechanisms behind player behavior.
  • Reports interoperability issues in hybrid spaces and proposes solutions.
• Key Techniques and Steps:
  • Semi-structured interviews were used to collect data, exploring players' perceptions of raid modes, coordination methods, and changes in gameplay experiences.
  • Inductive thematic analysis was applied to the interview content to identify key patterns, challenges, and perceptions in participant behavior.

Research Findings

• Specific Findings:

  1. Pokémon GO's remote raid mode successfully increased player engagement during the pandemic, making the game more flexible and convenient.
  2. Player communities expanded from small local groups to international networks, with social interactions extending beyond raid collaboration to non-game topics like pets and music.
  3. Emergent leadership roles (e.g., group administrators) and mentor-student relationships enhanced player autonomy.
  4. Interoperability issues significantly impacted player experience, such as cognitive load from switching between apps and communication barriers between remote and on-site players.

• Advantages:

  • Provides design recommendations to support the integration of remote and on-site modes, making the game more inclusive.
  • Emphasizes the importance of information symmetry in social interactions across virtual and physical spaces.
  • Offers a theoretical foundation for designing next-generation hybrid spaces.

• Limitations and Future Directions:

  • The study sample primarily consists of high-level players, limiting understanding of social interactions among novice players.
  • Quantitative studies targeting general samples, such as surveys or questionnaires, could further validate these findings by analyzing participants' social preferences.
  • Investigating how leadership and mentor roles address community conflicts and designing features to support these roles.

Design Recommendations

1. Introduce new features to support remote functionality integrated with on-site gameplay modes, catering to players with diverse social goals and gameplay styles.
2. Improve in-game communication tools to reduce the operational burden of switching between apps and enhance transparency in information sharing.
3. Design reward mechanisms (e.g., badges and virtual currency) for leadership activities and mentor roles within the community to incentivize better community creation and maintenance.

Conclusion

This study examines player social interaction behaviors in Pokémon GO's hybrid spaces, highlighting the new impacts of the remote/on-site integrated mode on social dynamics. The findings reveal the diversity of social dynamics and the severity of interoperability issues, providing important insights for designing hybrid space games and non-gaming environments in the future.