Indoor Positioning System
for Seamless Navigation
AastroTech supports faster, clearer navigation across indoor spaces with digital positioning and wayfinding.
An indoor positioning system is a network of devices that tracks people or objects inside buildings where GPS signals don’t work. It functions as an indoor GPS, using local wireless signals, stationary anchors, and mobile tags to show real-time locations on digital maps.
How It Works
2. Mobile tags are small devices or phones attached to people or items, sending signals to the anchors
3. Data processing software measures signal distance or angles to calculate precise coordinates
4. The result: accurate, real-time location tracking that works in spaces where GPS can’t reach
Indoor Navigation That Works Around Your Space
1. Find: Help users locate rooms, departments, amenities, and other destinations.
2. Navigate: Provide digital route guidance through supported indoor spaces.
3. Update: Modify digital routes and destinations when layouts or workplace requirements change.
4. Guide: Support employees and visitors with clearer indoor wayfinding.
Indoor Positioning System Capabilities
The right Indoor Positioning System should match the building layout and the navigation experience required.
1. Digital Indoor Maps: Create a clear digital representation of floors, pathways, rooms, facilities, and selected points of interest.
2. Indoor Wayfinding: Help users navigate between their current location and a selected destination through digital route guidance.
3. Destination Search: Users can search for locations such as meeting rooms, departments, facilities, service areas, or other configured destinations.
4. Multi-Floor Navigation: Support navigation across multiple levels where routes may involve corridors, lifts, stairs, or connected zones.
5. Location Awareness: Positioning technologies can help determine a user or device location within the supported indoor environment.
6. Proximity-Based Navigation: Depending on the project, technologies such as Bluetooth beacons can support proximity-based wayfinding and navigation.
How Indoor Positioning Improves the User Experience
Visitors repeatedly ask reception for directions. Employees spend time locating unfamiliar meeting rooms. New staff struggle with large office layouts. Departments move, but old physical signs remain in place.
An Indoor Positioning System gives users another way to understand the building without relying completely on manual assistance.
Key benefits can include:
1. Clearer navigation: Users can identify destinations and available routes digitally.
2. Less dependence on static signage: Digital information can be updated when layouts change.
3. Better visitor experience: Guests can receive clearer guidance through unfamiliar buildings.
4. Improved workplace movement: Employees can navigate larger floors and multi-zone facilities more easily.
Traditional Wayfinding vs Indoor Positioning System
| Area | Traditional Wayfinding | Indoor Positioning System |
|---|---|---|
| Navigation | Static signage and directories | Digital route guidance |
| User location | User identifies location manually | Positioning technology can support location awareness |
| Destination search | Depends on directories or signs | Digital destination search |
| Layout changes | Signs may need replacement | Maps and routes can be updated digitally |
| Multi-floor guidance | Separate signs across each floor | Connected navigation across supported floors |
| Route information | Fixed directions | Routes can be configured digitally |
| User experience | Same navigation information for everyone | Guidance can respond to selected location and destination |
Where Can an Indoor Positioning System Be Used?
1. Corporate Offices: Help employees and visitors locate meeting rooms, work areas, departments, amenities, and shared facilities.
2. Business Parks: Support navigation across multiple buildings, floors, common areas, and connected workplace zones.
3. Hospitals: Help patients, visitors, and staff navigate departments, consultation areas, service locations, and other destinations.
4. Educational Campuses: Provide digital guidance across classrooms, administrative areas, laboratories, libraries, and shared facilities.
5. Commercial Buildings: Support navigation through tenant areas, shared floors, common facilities, and visitor destinations.
6. Transportation Facilities: Wayfinding can support navigation through complex environments with multiple routes and destinations.
Indoor Positioning for the Modern Workplace
In a workplace environment, wayfinding solutions can become part of the wider digital workplace experience.
For example, a user may need to:
1. locate a meeting room after entering the building;
2. find a particular department on another floor;
3. identify shared workplace facilities;
4. navigate to a booked workspace or common area.
Instead of treating each of these as a separate navigation problem, an Indoor Positioning System can provide a consistent digital wayfinding layer across the facility.
How Does an Indoor Positioning System Work?
A typical wayfinding solutions setup combines the physical building with digital navigation technology.
1. Map the Space: Floor plans, pathways, entrances, rooms, and relevant destinations are mapped digitally.
2. Define the User Journey: Identify where users typically enter, where they need to go, and which areas create navigation difficulty.
3. Configure Positioning: The appropriate indoor navigation system is selected based on the building and required level of location awareness.
4. Connect Navigation: Position information is combined with digital maps and routing logic.
5. Guide the User: Users can search for destinations and follow the available navigation experience.
The exact architecture depends on factors such as building layout, coverage requirements, positioning accuracy, and existing infrastructure.
Indoor Positioning and Digital Wayfinding
Indoor positioning and wayfinding are related, but they perform different roles.
An Indoor Positioning System helps establish where a user or device is located within the building.
Digital wayfinding uses that location together with maps and routing information to help the user reach a destination.
Combined, they can support a navigation experience that answers two simple questions:
What Should You Consider Before Choosing an Indoor Positioning System?
A facility does not need every positioning technology available. The system should be designed around the actual navigation requirement.
Before implementation, consider:
1. Building Complexity: Review the number of floors, buildings, pathways, entrances, and key destinations.
2. User Groups: Identify whether the system will primarily support employees, visitors, customers, patients, students, or a combination.
3. Navigation Need: Define whether users need digital maps, destination search, live positioning, route guidance, or selected features.
4. Existing Infrastructure: Understand the connectivity, maps, workplace platforms, and other technologies already available.
5. Layout Changes: Consider how often departments, rooms, workspaces, or routes change.
6. Integration Requirements: Identify whether the Indoor Positioning System needs to interact with other workplace or facility systems.
How AastroTech Approaches Indoor Positioning
1. Understand the Space: Review floor plans, routes, destinations, entrances, and navigation challenges.
2. Define the Use Case: Identify what users need to find and where navigation problems occur.
3. Select the Right Technology: Evaluate suitable positioning and wayfinding technologies based on the required experience.
4. Configure the Navigation Layer: Structure maps, destinations, routes, and relevant navigation information.
5. Review the Experience: Check whether the solution makes movement through the facility clearer and easier for its intended users.
Why Consider AastroTech for Indoor Positioning?
1. Requirement-Led Approach: Start with the navigation problem before deciding on positioning technology.
2. Workplace-Focused Planning: Consider how employees, visitors, and facility users actually move through the building.
3. Digital Wayfinding Context: Indoor positioning can be evaluated alongside digital navigation and workplace wayfinding.
4. Existing Environment Consideration: The proposed setup can be planned around building layouts and available infrastructure.
Make Indoor Navigation Easier
Complex indoor spaces should not require users to repeatedly stop, search for signs, or ask for directions.
An Indoor Positioning System creates a digital navigation layer that can help people understand their location and reach the destination they need.
For offices, campuses, healthcare facilities, and other large buildings, the right indoor positioning and wayfinding setup can create a simpler and more connected navigation experience.
Ready to Improve Indoor Navigation?
FAQs
1. What is an Indoor Positioning System?
An Indoor Positioning System uses digital maps, positioning technologies, and software to support location awareness and navigation inside buildings where conventional outdoor navigation may not work effectively.
2. How does an Indoor Positioning System work?
The system combines indoor positioning technology with digital maps and routing information. Depending on the configuration, users can identify their location, search for destinations, and receive navigation guidance.
3. What is the difference between indoor positioning and indoor wayfinding?
Indoor positioning helps determine where a user or device is located. Indoor wayfinding uses location and digital map information to guide the user towards a selected destination.
4. Can Indoor Positioning Systems work across multiple floors?
Yes, an indoor-navigation solution can be configured for multi-floor buildings. The actual experience depends on the building layout, positioning technology, digital maps, and routing requirements.
5. Where can Indoor Positioning Systems be used?
They can be considered for corporate offices, commercial buildings, hospitals, business parks, educational campuses, transportation facilities, and other complex indoor environments.
6. Can indoor positioning be used in an existing building?
Yes, depending on the required technology and available infrastructure. The building layout, connectivity, digital maps, coverage requirements, and integration needs should be reviewed first.
7. Can AastroTech support indoor wayfinding requirements?
AastroTech works with workplace-management and digital wayfinding solutions. The appropriate indoor positioning and navigation setup should be evaluated according to the facility and specific use case.
8. What should facility teams discuss before implementing indoor positioning?
Facility teams should define navigation challenges, user groups, floor layouts, key destinations, required positioning functionality, existing infrastructure, integrations, and future layout changes before finalising the solution.
