Guide every visitor.
Straight to the door.
From their own phone.

The NAO Mobile SDK inside your app senses the BLE beacons and Wi-Fi around the phone and computes a blue-dot position on the indoor map. From there it builds a turn-by-turn route to the destination - no hardware for the visitor to carry.

Pole Star delivers room-level accuracy, on the order of 1-5 meters, including the correct floor. That is precise enough to guide a visitor to a specific department, gate or platform.

Yes. Routes span floors and buildings, guiding visitors via lifts, stairs or escalators as needed - proven across large multi-building hospitals and multi-level stations.

That is exactly the gap Pole Star fills. GPS fades inside large buildings, so Pole Star uses BLE and Wi-Fi to keep an accurate blue dot where outdoor map apps stop working.

Yes. Routes can be adapted for reduced mobility, favouring lifts and step-free paths, so the building is easier to navigate for every visitor.

If a visitor drifts off the planned path, the app nudges them and reroutes. On arrival, staff can be notified automatically, which helps coordination and appointment punctuality.

The SDK is designed for efficient use of BLE and Wi-Fi sensing, so navigation runs with modest battery impact, comparable to other map or location features on a phone.

Yes - that is the core of the approach. The NAO Mobile SDK embeds wayfinding directly into your existing app, so visitors use the app they already have rather than downloading a separate one.

Pole Star uses BLE beacons and Wi-Fi together. Existing BLE-enabled Wi-Fi can be used, with beacons added where extra precision is needed - the mix depends on the building.

Yes. Pole Star works with existing Cisco and HPE Aruba infrastructure, which keeps deployment efficient and avoids unnecessary new hardware.

Timelines depend on building size and how many sites are involved, but reusing existing infrastructure keeps deployment efficient. Large networks are rolled out site by site.

Maps are digital, so changes to layouts, departments or points of interest are updated centrally - no reprinting or remounting of physical signs.

The return comes from fewer missed and late appointments, staff time saved from giving directions, and a better visitor experience. In healthcare, deployments have reported measurable reductions in missed appointments and additional revenue.

Yes. When visitors can follow a route straight to the right room, fewer arrive late or miss appointments - a network deployment reported a 2% reduction across its hospitals.

Yes. Self-guided navigation reduces the stress and confusion of large buildings, which consistently improves satisfaction for patients, passengers and visitors.

No. Wayfinding lives inside your existing app, so visitors don't install a separate application - which is why adoption is high.

Hospitals, railway stations, airports, venues and large retail or cultural sites - anywhere buildings are complex and visitors are often there for the first time.

Indoor navigation is built for the visitor's own guidance - the blue dot is computed on their phone to route them. It is designed with privacy in mind and configured to each organization's data policy.

Yes. The solution follows enterprise security practices and respects the organization's privacy requirements, with data handling configured to the deployment.

Positioning relies on sensing local BLE and Wi-Fi rather than a data connection for the blue dot, so core wayfinding remains resilient even where connectivity is weak inside a building.

Yes. Pole Star can interface with existing systems - for example hospital information systems - so wayfinding fits into your digital services rather than sitting apart from them.

Yes. The same infrastructure can power asset tracking and worker safety, so navigation can share one deployment with other location services.