On April 22, 2026, the opening ceremony of the 6th Asian Beach Games in Sanya officially launched the immersive interactive model of ‘tourists as performers’. Relying on wearable devices, LBS positioning, and real-time rendering technology, this model enables on-site spectators to participate in the real-time generation of performance content. The event marks a crucial step for China in moving toward standardized output at the architectural level of immersive cultural tourism content, producing substantial impacts on segmented fields such as cultural tourism technology integration, smart hardware manufacturing, and tourism service standard setting.

Event Overview

On April 22, 2026, the opening ceremony of the Sanya Asian Beach Games practiced the concept of ‘tourists as performers’ for the first time: by distributing wearable devices equipped with positioning and interaction functions to the audience, combined with venue-level LBS geofencing and edge-side real-time rendering systems, audience movements, positions, and lines of sight data were dynamically integrated into stage audiovisual content. This interactive architecture has already filed a PCT international patent application and has formally submitted a Chinese proposal to ISO/TC 228 (Tourism and related services technical committee), focusing on core parameter requirements such as content organization logic, device communication protocols, and system response latency for immersive cultural tourism projects.

Which Segmented Industries Will Be Affected

Immersive cultural tourism system integrators: If this proposal enters the ISO standard project approval process, it will directly affect system architecture design specifications. The currently mainstream private protocol stacks (such as customized BLE signaling + local GPU rendering) may face compatibility redefinition, and the device access layer, content scheduling middleware, and cross-terminal synchronization mechanisms will need to adapt to new parameter benchmarks.

Wearable interactive device manufacturers: The proposal explicitly mentions hard indicators such as low-power positioning accuracy (≤1.5 meters), terminal-side event reporting latency (≤200ms), and multimodal feedback support (vibration/LED/sound effects). Relevant manufacturers need to assess whether the LBS stability and edge computing capability of existing products in sports scenarios can meet potential standard thresholds.

Tourist attraction operations and content production organizations: If the standard is implemented, it will drive ‘audience behavior data-driven content evolution’ to become a fundamental capability requirement. Existing immersive performance production workflows centered on preset scripts will need to extend capabilities toward real-time data stream modeling, dynamic content package loading, and multi-threaded narrative branch management.

Cultural tourism industry standards service organizations: Including standard consulting, testing and certification, and compliance assessment institutions, these organizations will face new service demands—specialized technical services for immersive projects such as LBS positioning performance verification, end-cloud collaborative latency testing, and multi-user concurrent interaction stress assessment.

What Relevant Enterprises or Practitioners Should Focus On and How They Should Respond at Present

Pay attention to the progress of ISO/TC 228 project approval review for this proposal

The proposal is currently at the submission stage and has not yet entered the Working Draft (WD) or Committee Draft (CD) stage. Enterprises should track updates to the TC 228 work program on the ISO official website, with particular attention to technical committee meeting minutes from the second half of 2026 to early 2027, in order to determine whether it enters the formal standard development process.

Sort out the technical selection list of LBS and wearable devices in existing projects

Identify the positioning technologies currently adopted in immersive cultural tourism projects under construction or planning (such as UWB, Bluetooth AOA, Wi-Fi RTT), device communication protocol versions, and edge rendering deployment methods, and conduct gap analysis against the performance parameters disclosed in the proposal, so as to reserve an evaluation window for subsequent technical roadmap adjustments.

Distinguish between standard proposal signals and the actual pace of procurement impact

This proposal does not yet constitute a mandatory requirement and will not change the technical clauses of government procurement or scenic area tenders in the short term. Enterprises should avoid prematurely carrying out large-scale production line modifications, but may pilot the introduction of the latency monitoring modules and multi-source positioning redundancy designs recommended by the proposal in newly launched projects to accumulate empirical data.

Establish in advance a joint testing mechanism for LBS interactive performance with testing institutions

Given that after implementation the standard may require third parties to issue reports on positioning accuracy and event response consistency, it is recommended that device manufacturers and system integrators cooperate with laboratories qualified for wireless communication testing to conduct practical testing in typical venue environments and form reusable testing method documents.

Editorial Viewpoint / Industry Observation

From an industry perspective, this proposal is better understood as an exploratory output in the discourse power of standardization, rather than an immediately effective technical regulation. It reflects China’s engineering experience formed in large-scale event-level immersive interactive practices, which is now being transformed into reusable rule language. Observationally, its real value does not lie in whether it is adopted by ISO in the short term, but in forcing every link in the industrial chain to re-examine whether the interface definitions among ‘people—devices—content—space’ are sufficiently open, measurable, and verifiable. What deserves more attention at present is whether more standard proposals based on large-scale domestic application scenarios (such as museums, theme parks, and festival performances) will continue to follow, thereby forming a systematic output trend.

Conclusion:
The standardization advancement of the ‘tourists as performers’ interactive model at the Sanya Asian Beach Games is essentially about pushing the temporary technology integration experience from large-scale events toward a sustainably reusable industrial infrastructure level. At the current stage, it should not be regarded as a mandatory market entry threshold, but it does require rational recognition: when content production begins to rely on real-time audience behavior data, the value chain focus of the entire immersive cultural tourism sector is irreversibly shifting from ‘one-way presentation’ to ‘two-way coupling’. At present, it is more appropriate to understand this as an early signal of a technological paradigm shift, whose long-term industry significance is greater than its short-term execution constraints.

Information source note:
The main information comes from public briefings by the Organizing Committee of the Sanya Asian Beach Games and documents published on the official ISO/TC 228 website. As for the specific technical parameters of the proposal, the PCT application number, and subsequent review milestones, further official disclosure is still pending and remains subject to continued observation.