"That Moment of Curiosity": Augmented Reality Face Filters for Transgender Identity Exploration, Gender Affirmation, and Radical Possibility

Research Background and Issues

What problems or challenges did the authors identify?

1. Current augmented reality (AR) facial filters primarily cater to mainstream users, lacking support for transgender communities. These filters, often designed based on binary gender norms, can lead to gender inequality or gender dysphoria among transgender users.
2. Many popular facial filters perform beautification functions, but these standards are often based on white and Western aesthetics, potentially causing "whitewashing" or alienation for non-white users.
3. Issues surrounding user data privacy and transparency, especially risks of data misuse and tracking associated with AI technologies, pose potential threats to the safety of transgender and marginalized users.
4. Existing technologies fail to adequately support the exploration and affirmation of transgender identities, limiting users' ability to imagine and construct diverse gender expressions for the future.

Why is this issue important?

• Transgender communities face significant social and technological marginalization, and technology often fails to meet their needs for identity exploration and gender affirmation.
• In the context of gender fluidity and diversity, providing tools to help transgender users explore different future "possibilities" can enhance mental health and social belonging.
• Neglecting data privacy, especially for groups already facing social and legal threats, exacerbates trust crises and limits technology adoption.

Research Motivation and Related Work

• Existing studies reveal that mainstream technologies often fail to account for transgender users during design (e.g., biases and misapplications in gender recognition or classification technologies).
• This research builds on prior work in participatory design and the technological needs of marginalized groups, focusing on involving transgender communities in the co-design process of AR technologies to bridge current gaps.

Solutions

What methods or solutions did the authors propose?

1. Establish participatory design workshops: Invite members of transgender communities (n=44) to participate in design workshops across multiple locations (both online and offline), expressing their needs and contributing to the design of potential future solutions.
2. Introduce the concept of "Radical Possibility": A capability to explore multiple future self-identities through technological tools—emphasizing affirmation, flexibility, autonomy, and safety.
3. Place transparency and privacy at the core of design: Technologies must allow users to understand and control their biometric data and its usage.

What are the innovative aspects of this solution?

• The concept of "Radical Possibility" transcends practical technology design, opening pathways for transgender users to explore diverse identity possibilities.
• Employing zine-making (handcrafted booklets) as a medium for participatory design, reflecting the unique perspectives of marginalized groups.
• Expanding the scope of AR technology to support complex intersections of identity (e.g., race, body size, and neurodiversity) beyond binary gender expression.

What are the implementation steps? What key technologies were used?

1. Design and implementation: Seven design workshops provided background introductions and opportunities for group discussions, followed by creative methods for participants to design their ideal future AR technologies.
2. Synthesis and analysis: Interview content and design outcomes were coded and thematically analyzed to extract participants' pain points and expectations.
3. Define design principles: Proposed technologies should:
   • Support expressions beyond binary gender norms.
   • Be transparent and respect data privacy and user autonomy.
   • Include elements closely related to identity intersections (e.g., racial features and cultural contexts).

Research Outcomes

What specific outcomes were achieved?

1. User needs analysis:

   • Transgender users require flexible and inspiring tools to "play" with identity, rather than enforcing binary gender norms.
   • Participants desired technologies that reflect diverse characteristics, including race, body size, neurodiversity, and other intersecting identities.
   • Transparent data practices are crucial for building trust and encouraging technology adoption among transgender users.

2. Concept definition:

   • "Radical Possibility" was proposed as a key concept to address current shortcomings, emphasizing the potential role of technology in mental health and gender exploration.

3. Technology design directions:

   • Develop more diverse and interactive filter interfaces (e.g., using sliders to adjust features instead of fixed templates).
   • Actively address privacy concerns, such as avoiding reliance on cloud-based data storage and enhancing the security of user profile data.

How does it compare to existing solutions?

• Emphasizes bottom-up participatory design, fully incorporating the voices of marginalized communities most directly impacted by technology.
• Breaks through traditional binary frameworks, offering broader spaces for expression for transgender and non-binary individuals.
• Directly addresses issues of data transparency and trust, responding to criticisms of mainstream technology's ambiguity in data handling.

What were the experimental or evaluation results?

• Participants provided feedback on existing technologies and concepts, generating targeted design frameworks through direct user needs analysis.
• The concept of "Radical Possibility" received preliminary validation from experimental data, revealing strong user demand for customization, diversity, and security.

Limitations and Future Directions

1. Sample limitations: The study primarily focused on North America, with a higher proportion of white and Asian participants, failing to fully cover broader racial and regional groups.
2. Technical challenges: Developing transgender filters that balance privacy and flexibility requires interdisciplinary technological innovation (e.g., integrating AI with enhanced security measures).
3. Next steps:
   • Prototype design: Develop AR prototypes that support transgender identity expression based on the study's findings.
   • Expand the scope of research to further explore the unique needs of transgender users across different geographic and cultural contexts.

Through this study, researchers not only provide potential technological directions to support the mental and physical well-being of transgender communities but also introduce the academically impactful concept of "Radical Possibility," laying theoretical and practical foundations for promoting technology diversity and equity in the future.