Building for ‘We’: Safety Settings for Couples with Memory Concerns

Title of the Paper

Building for ‘We’: Safety Settings for Couples with Memory Concerns

Paper Information

• Subject Area: Human-Computer Interaction Design, Memory Decline, and Cybersecurity
• Keywords: Memory Decline, Cybersecurity, Collaborative Design, Technology Support for Older Adults, Privacy Protection, Safety Settings, Dynamics of Intimate Relationships, Scenario Design

Research Background and Issues

• Issues or Challenges:

  • How can older adults with memory decline or mild cognitive impairment (MCI) manage online activities while maintaining personal autonomy?
  • How should privacy, monitoring, collaboration, and safety be balanced?
  • Current technology designs often focus on a single role (e.g., caregiver or patient) and lack support for couples collaboratively managing memory-related issues.

• Significance of the Research:

  • As populations age, technology must address diverse needs, including challenges brought by memory decline.
  • Cybersecurity issues affect all age groups but pose particular risks for users with memory decline.
  • Memory decline impacts not only individuals but also their social relationships and dynamics.

• Motivation and Related Work:

  • Previous research emphasizes collaborative relationships in memory maintenance rather than one-sided “caregiver burden.”
  • Designing technology to support older adults' cybersecurity should consider social dynamics, not just cognitive changes.
  • Such research remains scarce in the fields of digital privacy and technology use by older adults, especially in the specific context of couple collaboration.

Solution

• Proposed Method:

  • A scenario-based collaborative design approach to develop the “Safety Settings” application, supporting older couples in managing online activities.
  • Offering five safety setting options (non-interference, recording all links, notifying the partner and awaiting their review, disabling links, etc.) and designing scenarios to test user feedback.

• Innovative Aspects of the Method:

  • Avoid labeling users with medical conditions, emphasizing collaboration and co-design.
  • Interaction experiences are designed for couples, focusing on the dynamics of “we” rather than individual users.
  • The system allows flexible adjustments to monitoring levels, enabling users to customize settings through scenario-based functionality.

• Implementation Steps and Techniques:

  • Testing couples’ reactions to different safety setting options through virtual scenario demonstrations (including PowerPoint and virtual calls).
  • Using participatory design methods, inviting couples to suggest design improvements and provide feedback on the application's usability.
  • Collecting user preferences for specific scenarios, including how to manage recorded links, notifications, and interaction designs.

Research Findings

• Specific Findings:

  • Couples generally prefer safety settings that record clicked links to track activity history.
  • Some couples have differing levels of acceptance for higher monitoring (e.g., immediate notifications or link reviews), favoring less intrusive methods.
  • Features allowing customized link management and monitoring levels received high recognition.

• Advantages:

  • Supports collaborative relationships between couples, avoiding designs that disrupt existing role dynamics.
  • Provides customizable options to flexibly adjust monitoring and privacy settings based on user needs.
  • Expands existing theoretical frameworks by redefining memory issues as a social collaborative practice.

• Experimental or Evaluation Results:

  • Scenario design tests with users revealed that certain settings (e.g., completely disabling links, immediate notifications and reviews) may exceed couples’ needs and are more suitable for specific groups (e.g., children or patients requiring intensive care).
  • Sensitivity to privacy and monitoring varies significantly, with users generally desiring a balance between “safety” and avoiding excessive regulation.

• Limitations and Future Directions:

  • The solution relies heavily on couples’ acceptance and cooperation with the system, potentially limiting its effectiveness for patients with severe cognitive decline.
  • Ethical issues such as mutual monitoring and power imbalances were not fully explored.
  • Future research should expand to include other vulnerable groups (e.g., children, victims of intimate partner violence) to iterate on the design.

Design and Practical Implications

1. System Design Should Default to “Mutual Supervision”:

   • Avoid granting complete control to one member, instead promoting collaborative cooperation.

2. Link Management Interface with Scoring:

   • Provide scoring for recorded links and allow users to assign different safety setting options (e.g., notification or review) based on the scores.

3. Support Offline Collaborative Dynamics:

   • Enhance system interaction features (e.g., sharing suspicious links via buttons) to align with couples’ existing collaboration habits.

Conclusion

• Memory issues should be viewed as a “team project” within couples’ relationships rather than a one-sided caregiving burden.
• Technology design should help couples collaboratively maintain safety and autonomy in the face of memory decline through flexible customization, de-labeling, and diverse options.
• This research provides design and practical recommendations, contributing to the advancement of technology design for older adults toward supporting collaboration and scenario adaptation.

Acknowledgments

This research was supported by the National Science Foundation (NSF), Grant No. CNS-1714514.