Indoor Navigation Solutions
Smart Wayfinding Systems for Hotels, Resorts and Hospitals
One of the biggest problems for visitors in large-scale hotels, resorts, city hospitals, and complex structures is the inability to quickly and easily reach their desired destination. Especially in indoor spaces where GPS technology is insufficient, accurate navigation systems directly impact the user experience.
Our software company develops high-precision indoor navigation solutions using Beacon (BLE) technology, indoor positioning systems, and custom SDK integrations. This enables digital mapping of hotels, hospitals, shopping malls, and large facilities; visitors are guided in real-time via a mobile application.
Thanks to this technology, users can easily reach points such as rooms, restaurants, spas, meeting rooms, clinics, or event areas via the shortest route. Businesses, in turn, increase visitor satisfaction and make their operational processes more efficient.
Indoor Navigation for Hotels and Resort Areas
In large hotels and resorts, guests having difficulty finding their rooms, restaurants, pools, spas, or event areas can negatively impact the customer experience. With our developed smart navigation system, guests are easily guided via the mobile application.
Smart Navigation and Indoor Navigation for Hospitals
Finding your way in city hospitals and large healthcare complexes can be quite difficult for both patients and their companions. Incorrect directions lead to wasted time, congestion, and a stressful experience.
With our developed indoor navigation system, patients are easily and quickly guided within the hospital.
Read moreFeatures and Advantages for Hotels and Hospitals
- Hotel Visitor Welcome Experience
- Smart Route Creation
- Hotel Location-Based Notifications
- Heatmap Density Analysis
- Beacon-Supported Mobile Experience
- Patient Guidance Scenarios
- Hospital Information System (HIS) Healthcare Integration
- Patient Emergency and Evacuation Scenarios
- Tracking of Healthcare Personnel and Equipment
- Patient Density and Area Analysis