PROJECT DESCRIPTION

TRENDS AND OPPORTUNITIES

Wi-Fi Broadcast (802.11bc) introduces a new opportunity for venues to deliver instant, trusted, hyper-local information without requiring user onboarding or apps.

Growing demand for contextual, multilingual, and accessible updates, combined with gaps in indoor cellular alerting, creates strong momentum for micro-broadcasting. Convergence across Wi-Fi Calling, IoT telemetry, and satellite-connected venues expands service potential, enabling richer safety, operational, and commercial experiences.

Device makers are also seeking native, app-free mechanisms to enhance user engagement, including AR/VR guidance and real-time navigation. These trends position 802.11bc as a foundational capability for smart venues seeking efficiency, safety, and differentiated digital services.

BUSINESS & MARKET BENEFITS

Enhanced indoor public-safety delivery enables certified, signed alerts that meet emerging national and global early-warning standards, lowering venue liability and strengthening operational readiness. Venues gain new commercial opportunities through targeted promotions, context-aware messaging, and extended digital signage, while reducing service costs.

Visitor experience improves through instant, app-free access to essential, multilingual, and accessible information for all devices.

Operators, vendors, and device manufacturers benefit from differentiation in secure broadcast capabilities and managed service models.

Real-time, venue-wide updates streamline operations, reduce congestion, support incident response, and maximize the value of existing Wi-Fi infrastructure.

EXPECTED OUTCOMES

The project will establish a complete technical and business foundation for trusted, venue-wide broadcast services and prepare the industry for real-world deployment.

Key Deliverables

Phase 1 – A set of industry guidelines will be produced, including a standardized catalogue of downlink and uplink use cases; architectural requirements for AP, device, and backend behaviour; an assessment of cellular and IoT integration points; and a comprehensive security, privacy, and trust framework. The MRD will further define technical and business requirements, market opportunities, deployment guidance, and alignment with IEEE 802.11bc, Wi-Fi Alliance certification pathways, and relevant regulatory frameworks.

Phase 2 – Live proofs of concept field trial report with selected venues, validating performance, operational impact, and global alignment with emerging early-warning initiatives.

KEY PARTICIPANTS