How avatar perspective in virtual reality could reshape collaboration at work

A new study published in CHI ’26: Proceedings of the 2026 CHI Conference on Human Factors in Computing Systems offers a compelling insight into how virtual environments influence human interaction. Researchers from several Japanese institutions have demonstrated that individuals engaging in group discussions via a third-person avatar perspective, by observing themselves from a slight distance, achieve greater consensus and experience less conflict than those operating in a traditional first-person view.

While the concept may appear niche, its implications extend well beyond virtual reality (VR) research laboratories. In particular, it raises important questions for Canada, where remote collaboration, digital governance, and distributed workforces are rapidly becoming embedded across sectors ranging from finance to healthcare and public administration.

The study examined 144 participants divided into groups of three, tasked with completing decision-making exercises in VR. The experimental design compared two conditions:

• First-person perspective: participants viewed the environment through the eyes of their avatar
• Third-person perspective: participants viewed their avatar from behind, as if observing themselves externally

Participants using a third-person perspective demonstrated stronger consensus alignment and improved understanding of others’ viewpoints, plus there were lower levels of intra-group conflict.

From a behavioural science standpoint, this aligns with the concept of self-distancing (which is a cognitive mechanism whereby individuals reflect more objectively when positioned psychologically outside themselves. The VR environment provides a unique mechanism to operationalise this concept in real-time interactions. Interestingly, the study also observed measurable differences in communication dynamics. Participants in third-person mode displayed more “regulating gestures”—non-verbal cues that manage conversational flow—while reducing gestures that substitute for speech. This suggests a shift from reactive communication toward more structured, cooperative interaction patterns.

A trade-off: Objectivity versus empathy

However, the findings also reveal an important nuance. While consensus improved, affective interdependence decreased, in that participants reported feeling less emotionally connected to one another. This introduces a key tension relevant to real-world applications since the third-person perspective may enhance objectivity and efficiency and at the same time it may reduce empathy and interpersonal bonding.

In practical terms, this suggests that VR environments may need to be designed carefully depending on context. Strategic decision-making processes may benefit from reduced emotional bias, whereas team-building or client-facing interactions could suffer from excessive detachment.

The Canadian context is important given that in recent years, Canada has seen significant growth in remote and hybrid work models, digital governance initiatives, fintech and virtual collaboration platforms, and distributed research and innovation ecosystems.

These trends are accompanied by increasing reliance on digital tools to facilitate decision-making across geographically dispersed teams.

Remote work and collaboration

Canada’s vast geography has long driven the adoption of remote collaboration technologies. From federal agencies to private-sector organisations, teams are often distributed across provinces and time zones.

VR-based collaboration platforms are increasingly being explored as the next phase of this evolution. Within this context, the study’s findings suggest that introducing third-person perspectives could improve consensus in geographically distributed teams and reduce friction in cross-functional decision-making.

Financial technology and governance

Canada’s fintech sector is also expanding rapidly, with increasing emphasis on digital platforms and collaborative decision-making environments. As financial services become more digitised, teams may rely on virtual environments to coordinate product development, regulatory compliance, and risk assessment. The ability to foster objective, consensus-driven dialogue could prove valuable, such as it risk modelling.

Healthcare and clinical decision-making

Another sector where these findings could have impact is healthcare, particularly in multidisciplinary clinical teams and telemedicine environments. Medical decision-making often requires balancing when reviewing complex data interpretation or juggling with diverse professional perspectives.

A VR environment that promotes objectivity and reduces interpersonal conflict could support more consistent decision-making. However, any reduction in empathy would need to be carefully managed, particularly in patient-facing contexts.

Technical implications for VR system design

From a systems perspective, the study highlights that interface design choices fundamentally influence behaviour. VR platforms have traditionally focused on realism and immersion, but this research suggests that perspective itself is a form of behavioural control. This aligns with broader trends in human–computer interaction, where systems are increasingly designed not only to enable tasks but also to shape cognitive and social processes.

While the study provides robust initial data, several limitations should be considered in that controlled experimental conditions may not fully replicate real-world complexity. Furthermore, cultural factors may influence how perspective affects interaction.

It also stands that further research will be needed to validate findings across different populations, industries, and decision contexts.