IndoorPlus+ LBS
Extend your location services within the enterprise indoor area.
Find out how customers have benefts from IndoorPlus+ LBS.
Extend your location services within the enterprise indoor area.
Find out how customers have benefts from IndoorPlus+ LBS.
The IndoorPlus+ LBS solution uses Bluetooth location beacons attached to fixed locations such as the wall or ceiling and receive periodically-generated beacon signals with the SDK of smart devices (smartphone, tablet, etc.). Can be used for indoor locating, navigation, geo-fencing, and sensor monitoring.
PEOPLE AND TECHNOLOGY’s IndoorPlus+ LBS solution has proven performance in smartphone apps for turn-by-turn indoor presence and navigation at Severance Hospital, Hanyang University Hospital, Busan National University Hospital, and Hotel Shilla Duty Free Shop.
The technology is the key software since 2017 for indoor location and sensorization in pioneering industrial IoT technologies such as digital twinning using corporate phones or business tablet devices.
Examples of production processes using digital twinning
Industrial IoT application – Smart maintenance (to be completed in 2018)
The smart maintenance system accurately identifies the current locations of people inside a factory (within 2-3m) to enable smart and efficient management of equipment and maintenance tasks.
The system provides a mobile smart work environment that uses a 3D electronic map of facilities and AR technology.
The smart maintenance system accurately identifies the current locations of people inside a factory (within 2-3m) to enable smart and efficient management of equipment and maintenance tasks.
The system provides a mobile smart work environment that uses a 3D electronic map of facilities and AR technology.
Tracking current location of workers
Visual Indoor Navigation
Worklist based on current location
Popup guidance on work target and method
Details of work orders in AR
Registration of worklists, status, and findings of each inspector
Work order, progress management and knowledge accumulation
Equipment history, repair, and operation data
Site safety data, alert notices, etc.
Indoor navigation at Busan National University Hospital
Precise to 1.5 m with a delay of 1 second or less
Indoor navigation at Hanhwa Eagles Stadium
Precise seat finding to 1.5 m
The smartphone app (IndoorPlus+ SDK) recognizes signal intensity and additional sensor signals generated by the Bluetooth beacon and then calculates location and coordinate value.
The IndoorPlus+ LBS server API is then called to check if there are any events or content mapped to the calculated location data. If mapped data exists, it is transmitted to the app and displayed for the user. The information is then interfaced to the legacy systems to exchange as needed.
Note) The following list is on the purpose of each step and does not represent the actual sequence call.
Integrated indoor/outdoor map based on Google’s Indoor Map (default) to increase legibility
Integrated indoor/outdoor map
Zoomed indoor map
Route path from departure point to destination point
Automatic display of current location
Automatic display with POI
Map zoom in/out
Zooming in 22 intensities (1m units)
Path display
Path to destination point
Safe path
Guidance with safe path for the disabled and elderly
Floor
Displays current floor
3D map display
3D effect created through gradients
Path guidance service based on current location in real time
Displays movement path, distance, and direction
Information summary during movement
Map rotation
Automatic map rotation in 15o increments
Display of current location
Real-time update of current location during navigation
Destination floor
Displays destination floor
Current floor
Displays current building and floor
The performance and convenience of IndoorPlus+ Navigation could improve with a powerful back-end server management function.
Path-setting for navigation
MAP mode setting
Different POI displayed according to zoom intensity
Reachable and unreachable spaces are separated by a connecting line (reflecting the fact that a person cannot go through a wall and other such situations).
Key signpost (cross point) settings
Key POI data settings
The virtual space settings link key areas with a variety of events.
The circle and a wide range of polygon types reflect the spatial characteristics in physical reality.
Expansion of fence types with conventional and system-defined fences
Assignment of URI to process multiple events for each micro fence
The compensation value input corrects errors to ensure frequent in-and-out of the boundary areas.
Daily maximum count for three events (ENTER/LEAVE/STAY) and devices to handle the spam-like events
Location-based tracking analytics such as heat mapping and movement path distribution
Efficient layout with people workflow