The Potential of Emerging Technology for Social Change: Beyond the Hype Cycle

TL;DR

This paper, presented at SIGMIS-CPR '16, argues that "emerging technology" is not just about the newest gadgets but about tools with the potential to radically transform business and society. By examining Virtual Reality (VR), wearables, and gesture control, the authors demonstrate how intentional, user-centric design can address the needs of underserved populations, including seniors and indigenous groups, fundamentally driving social change.

Background Positioning

Unlike papers that focus solely on the technical specifications of new hardware, this work sits at the intersection of Human-Centered Computing and Sociology. It moves the conversation from "what can the device do?" to "what can the device do for people?" It serves as a strategic roadmap for researchers looking to bridge the gap between innovation and social impact.

The Problem: The Ambiguity of "Emerging"

The authors identify a critical bottleneck: the term "emerging technology" is often associated with high ambiguity. Traditional diffusion patterns (like Rogers' S-curve) are being disrupted by the speed and radical potential of new tools. The pain points identified include:

• Interaction Mismatch: Established UI/UX conventions fail when applied to gesture control or VR.
• Cultural Disruption: New technologies can accidentally disrupt power relationships and social structures in specific sub-cultures.
• Homogeneity Myth: The assumption that all audiences adopt technology the same way overlooks the unique needs of heterogeneous groups like the elderly or indigenous communities.

Methodology: The IDEA Lab Approach

The Griffith University IDEA Lab researchers utilize a series of specialized frameworks to tackle these challenges:

1. Re-defining Interaction (UX)

Leigh Ellen Potter emphasises that for technologies like the Leap Motion or Myo armband, we cannot rely on mouse-and-keyboard logic. The method involves building specific prototypes, such as Seek and Sign, to understand how unique cohorts (e.g., deaf children) interact with gesture-based systems.

2. VR Design Heuristics

Lewis Carter explores how head-mounted displays (HMDs) like the Oculus Rift require a new set of "strengths and weaknesses" analysis to maximize player experience without causing discomfort or alienation.

3. Anticipatory Design & IT Cultures

Michelle Kaarst-Brown introduces a sophisticated cultural analysis technique. By applying the theory of archetypal "IT Cultures," designers can engage with community elders before development begins. This shift toward "situated symbolism" ensures the technology respects cultural heritage.

Figure 1: The multidimensional impact of emerging technologies on personal and social spheres.

Experiments and Case Studies

The panel presents several impactful projects:

• Seniors & Wearables: Jake Araullo's research indicates that wearables can boost "self-efficacy and autonomy" in seniors, provided they are designed to promote physical activity rather than just monitor it.
• Indigenous Heritage: The Choctaw Nation project demonstrated that understanding cultural concerns is more vital than the technical features of a digital preservation system.
• Deaf Education: The Seek and Sign project showed how requirements prototyping with children leads to vastly different interaction models than those designed for adults.

Figure 2: The synergy between Computers and People research as highlighted in the SIGMIS-CPR conference.

Critical Analysis & Conclusion

Takeaway

The core contribution of this work is the realization that technology is transplanted. A tool that is "established" in a corporate office may be "emerging" and highly disruptive in a tribal community or a nursing home.

Limitations

While the paper provides an excellent qualitative framework, it lacks longitudinal quantitative data on the long-term social effects of these interventions. Furthermore, it focuses heavily on Western-designed hardware being applied elsewhere, which raises questions about the "top-down" nature of some innovations.

Future Outlook

As we move into an era dominated by AI and spatial computing, the "Anticipatory Design" principles discussed here are more relevant than ever. Success in the next decade of tech will not be measured by teraflops, but by how well we integrate "situated symbolism" into our global digital ecosystem.