How is the Indoor Navigation Mobile App Helpful?

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An indoor navigation app can be handy to navigate inside a complex building. Know how it works!

Indoor mapping converts paper blueprints into digital. An Indoor Navigation Mobile Application helps guides users/employees/shoppers inside the building premises. It acts as a way-finding platform based on IoT, localization and business rules to enable users to visualize spatial data with real-time indoor location intelligence.

Here are few easy pointers to understand: What is indoor navigation? – How does it work? – What are the advantages? – What are the applications? – What is the cost to develop an app for indoor navigation?

  • Process
  • Technologies
  • Pros
  • Accuracy
  • Use Cases
  • How indoor navigation app works
  • Development Cost

Process: How does the Indoor positioning system work?

Indoor navigation provides directions, helps users identify if the spot/destination they are seeking is available. It relies on technologies contradictory to the GPS, based on satellite signals, prone to being blocked by walls and ceilings. Indoor Navigation Applications use phone device sensors and the environment to create a map helping users navigate to the desired location within the building quickly and easily.

Often there is a need to install complex, expensive physical and electronic infrastructures. It guarantees the pervasive availability of the sensed signal and requires updating data sets periodically. It may/may not rely on special-purpose devices to sense the localization signals. Indoor Navigation Systems require a very high precision (inches vs. yards).

Technologies: Which technologies make indoor navigation systems?

It makes use of infrared-based indoor localization systems using infrared light pulses (like a TV remote) to locate signals inside the building premises. Building premises with IR receivers in every room are conducive for indoor positioning. The IR device reads IR tag pulses. Infrared rays guarantee room-level accuracy.

TechnologyLocation Accuracy
Ultrasound1 cm – 5 cm
Ultra-Wideband5 cm – 30 cm
Bluetooth1 m – 3 m
Wi-Fi2m – 5 m

Pros: 9 Primary advantages of indoor mapping app

  1. Smartphone Tech – All smartphone/device users can access indoor navigation mobile applications.
  2. Real-Time Mapping – To reach any location in stipulated time.
  3. Indoor Wayfinding – It uses indoor way-finding technology.
  4. Space Management – By Wi-Fi, UWB, RFID or Beacons, Indoor navigation mobile applications locate and track itemized assets, aiding in optimal facility management.
  5. Asset Tracking – Smart devices taps in indoor frequencies from radio waves, acoustic signals, magnetic fields, and other sensory information that locates objects.
  6. Location-Based Services/Tracking Location – Smartphones with indoor mapping apps use Beacon technology, which relies on Bluetooth Low Energy (BLE) technology, which detects signals and helps tracking assets.
  7. Get Notified – Indoor mapping apps generate push notifications that acquaint users with everything that is happening or is going to take place so that they do not miss out on any event.
  8. Analytics – Analytics associated with indoor navigation mobile apps save the tracks.
  9. Safety Alerts – Indoor mapping apps avert risk by notifying users about potential roadblocks like traffic, occupancy, alternative routes, route details and likewise.

Accuracy: How accurate is the indoor GPS app?

GPS signals often get blocked by walls and ceilings. GPS chips receive signals from satellites to determine a location. The resulting location/path is often not accurate enough and is not useful.

Use Cases: Potential fields of indoor navigation application

  • Defence and Military: To locate people, navigate robots.
  • Logistics and Warehousing: To optimize routes, avoid collisions.
  • Manufacturing: It entails quality assurance to optimize workflow and manage inventory.
  • Sports and Entertainment: To improve player performance, to enhance analytics, location-aware VR/AR applications.
  • Airport: Navigating within the premises with affordable technologies guides users like travellers inside an airport.
  • Shopping Malls: Shoppers inside large shopping malls get accurate and updated indoor cartography.
  • Hospital: Indoor positioning apps guide the patients to their respective rooms.
  • Museum: Visitors inside a museum get an enhanced cultural experience by receiving multimedia content related to artworks.
  • Conference: Attendees get to organize their timetables and find their ways through complex convention centers.
  • Universities: Students get to navigate across various classrooms and save in-between lectures.

How indoor navigation system works: How do you build an indoor navigation system?

To start with:

  1. Install the Navigation SDK.
  2. Initialize a map.
  3. Locate the user, display it on the map.
  4. Add a marker on the user location on click.
  5. Calculate and draw the route.
  6. Add a button to start navigating.
  7. Customize the map style.
  8. Style the navigation view and route view.
  9. The final solution is ready to use.

Development Cost: How much does it cost to make an indoor navigation app?

The minimum cost to develop a navigation app starts at $40,000 and scales up with app complexity. Creating an MVP can be an easy and economical option to start.

Also read: How Much It Costs to Build a Navigation App Like Waze?

Conclusive: What to look for in an indoor mapping solution?

Locating a place outdoors via GPS is a different problem than indoor. Are you lost inside a building? Not sure which way to go? Moving inside closed indoors can often be challenging as rooms and hallways can be similar. Once cannot skywalk or look at the sky to self-orientate. It becomes convenient to locate labelled spaces with mapped instructions. It can be tricky to ask and provide directions as the path might require more than just a few turnings.

Radio waves and ultrasound signals are inherently accurate. These are often affected by reflections and interactions with walls and ceilings. The earth’s magnetic field is affected by metals and electronic devices in the environment. Infrared lights require a clean line of sight. And besides precise localization, navigation planning requires a correct orientation as well. Our experts are ready to indulge and can help you create an indoor navigation app. Reach out to us for a quick quote.

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About Author
Vipin Jain

Vipin Jain

Vipin Jain is the Co-Founder and CEO at Konstant Infosolutions and is in charge of marketing, project management, administration and R&D at the company. With his marketing background, Vipin Jain has developed and honed the company’s vision, corporate structure & initiatives and its goals, and brought the company into the current era of success.

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