Wayfinding related content from Crowd Connected

Choosing indoor positioning and RTLS for a hospital? Compare BLE mesh, UWB, RFID, and Wi-Fi for asset tracking, patient flow, staff safety, and wayfinding - with accuracy, cost, and procurement guidance. Updated for 2026.

How Crowd Connected powered blue dot navigation, 70,000+ location-targeted notifications and actionable footfall analytics across two venues and 235,000+ attendees at WHX Dubai 2026.

Looking for an Indoor Atlas alternative? Compare Crowd Connected's self-calibrating indoor positioning with IndoorAtlas. No fingerprinting required, transparent pricing, and a complete platform with wayfinding and analytics.

Looking for a Navigine alternative? Compare Crowd Connected's self-calibrating positioning with Navigine's hardware-agnostic approach. Complete platform with occupancy sensing, tag tracking, and wayfinding.

Looking for a Pointr alternative? Compare Crowd Connected's self-calibrating positioning with Pointr's mapping-first approach. Complete platform with occupancy sensing, tag tracking, and wayfinding.

Looking for a Polestar alternative? Compare Crowd Connected with Polestar. Self-calibrating positioning, complete wayfinding and analytics platform, no fingerprinting, transparent pricing.

Looking for a Situm alternative? Compare Crowd Connected's self-calibrating indoor positioning with Situm. Full platform with wayfinding, analytics, no calibration required, and transparent pricing.

Looking for a Steerpath alternative? Crowd Connected offers self-calibrating positioning with wayfinding, analytics, and workplace features - plus easy migration from Steerpath deployments.

What is wayfinding and how does it work indoors? We explain the technology behind digital wayfinding in hospitals, airports, universities, and events - and compare the leading approaches for 2026.

Spatial Intelligence without live data is just a very expensive video game

How the Verena Holmes Building became a model for the smart campus

How spatial intelligence moves beyond maps and real-time location, and why understanding movement and behaviour is essential for AI-driven operations