MICRO-NAVIGATION IN PUBLIC FACILITIES
Have you ever gotten lost in a train station or shopping center? The rules for navigating these types of facilities are not always clear, and the most common plans, signs and signposts today are often incomprehensible and difficult to find. This problem grows with the size of the facility. That’s why we created the InnerWeb system, which, using interactive maps and a smartphone, allows you to verify your location and map your way to your destination. Integration of the system with beacons allows you to use the locator despite the lack of connection to a GPS signal or the Internet (e.g. subway stations)
Micro-navigation in buildings is an innovative solution for precise guidance and localization of people and vehicles inside complex facilities such as airports, shopping malls and large industrial plants. These systems satisfy the need for efficient space and time management, minimizing risk and improving user comfort.
FUNCTIONALITIES OF SOLUTIONS BASED ON IN-BUILDING NAVIGATION ARE, FOR EXAMPLE:
The in-building localization tools and software we provide greatly enhance business flexibility and customer satisfaction. We support customers at every stage of the project, from solution concept development, solution modeling, pre-implementation analysis, physical sensor installation and software delivery, to post-implementation service and support.
- Monitoring the number of visitors
- Monitoring visitor paths
- Collection and processing of analytical data
- Proximity marketing, such as PUSH notifications
- Routing
- Live view of the location of tagged products or people
BENEFITS OF IMPLEMENTATION
- Increased productivity: shorter arrival times, shorter downtime.
- Increased safety: better management of workplace traffic, less risk of accidents.
- Better process control: continuous monitoring and analysis of facility traffic data.
Case study
The implementation of micro-navigation was intended not only to increase operational efficiency, but also to improve safety and traffic monitoring over a complex and extensive area of the plant.
On-site micro-navigation
See how micro-navigation technology has been applied to solve spatial orientation problems.