Wearable Identities: Understanding Wearables’ Potential for Supporting the Expression of Queer Identities

Haptic WearablesLGBTQ+ Community Technology Design

Title of the Paper

Wearable Identities: Understanding Wearables’ Potential for Supporting the Expression of Queer Identities

Paper Information

  • Research Domain: Human-Computer Interaction (HCI), wearable technology, gender/sexuality expression, and social justice
  • Keywords: gender and sexual minority groups, inclusive design, queer interaction, self-presentation, identity management, wearable computing, body mapping, speculative design, design fiction, body-aware design

Research Background and Issues

  • Challenges and Issues Identified:

    • Existing research on wearable technology often adopts perspectives from mainstream, privileged groups, neglecting the unique needs and challenges of gender and sexual minority groups (Queer Community).
    • The "rainbow capitalism" tendency of mainstream commercial products fails to effectively encompass diverse queer experiences, potentially marginalizing certain groups further.
    • Studies on behavioral acceptability and social interaction often lack careful analysis of non-mainstream groups.
  • Importance of the Issues:

    • The expression of queer identities is crucial for community belonging, mental health, and self-recognition.
    • Wearable technology, as a body-adjacent technological medium, has the potential to help queer individuals better express their identities, but current designs lack inclusivity.
  • Research Motivation and Related Work:

    • The authors aim to address the knowledge gap in designing wearable technology that supports queer expression.
    • Drawing on research by Haimson et al. regarding the technological needs of transgender individuals, the authors explore how to shift toward queer-centered wearable design.

Solutions

  • Methods and Solutions:

    • Proposed a two-phase qualitative research approach:
      1. Conducted semi-structured interviews with 16 queer individuals to explore their expression trends and views on wearable technology.
      2. Organized 15 body mapping workshops within queer communities to further investigate the relationship between queer expression, the body, and future wearable visions.
    • Analyzed data using semantic programming tools and visualization tools (e.g., Excel and Miro).
  • Innovative Contributions:

    • Redefined queer research methods through body mapping, emphasizing the diversity and creativity of participants' expressions.
    • Explored tangible "wearable queer semiotics" and specific design needs for queer groups.
    • Provided novel design recommendations from the perspective of queer users.
  • Implementation Steps and Techniques:

    • Collected participants' views on gender expression and wearable devices through online interviews and interactive body mapping activities.
    • Invited participants to sketch future wearable device concepts and summarized design outcomes through data coding and thematic analysis.
    • Incorporated speculative design principles to inspire participants in open-ended and forward-looking device ideation.

Research Outcomes

  • Specific Findings:

    1. Common Design Needs:
      • Expression and Communication: Participants designed customizable clothing, identity badges, and other accessories.
      • Transformative Features: Included body-shaping tools and virtual tails for user satisfaction.
      • Health Management: Mentioned wearable devices for hormone regulation and emotion detection.
      • Social Connection: Proposed concepts like smart glasses for identifying and connecting with queer individuals.
    2. Key Design Considerations:
      • Customization and Flexibility: Allow users to adjust the content and style of their expression freely.
      • Body-Friendliness: Ensure wearable placement and design accommodate gender and body diversity.
      • Safety: Protect user privacy through adaptive disclosure mechanisms.
  • Strengths and Breakthroughs:

    • Expanded beyond traditional queer symbols (e.g., rainbow flags) to broader personalized expressions.
    • Explored common needs between queer and disabled communities, addressing discriminatory social norms through design possibilities.
    • Enabled instant adaptation to users' current environment or mood through gadget-driven customization.
  • Experiment or Evaluation Results:

    • Collected 34 unique design concepts related to queer individuals' expression experiences.
    • Confirmed that artistic tasks are more effective in stimulating and capturing the creativity and needs of the group.
  • Limitations and Future Directions:

    • Limitations:
      • Participants were primarily situated within Western cultural (WEIRD) contexts, especially white individuals, lacking analysis of global queer experiences and disparities.
      • Did not sufficiently involve older queer individuals or those from other racial backgrounds.
    • Future Directions:
      • Develop prototypes based on participants' submitted designs and iterate for optimization.
      • Conduct in-depth research focused on non-WEIRD cultures to expand the applicability of methods and designs.
      • Explore the feasibility of rapidly implementing these novel designs through existing HCI technologies (e.g., health management devices).

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https://hci.top/en/papers/chi/95977/2023

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DOI: https://doi.org/10.1145/3544548.3581327
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CHI
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2023
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Haptic Wearables, LGBTQ+ Community Technology Design
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