Indoor positioning ENGINE to build cutting edge applications

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3 steps to start

  1. 1.

    Add location

    As the first step, you need to create a digital map of the target location. Sign up for your account at Navigine web-site and create a new location. Using indoor map creator add sublocation and upload the floor plan.

  2. 2.

    Setup infrastructure

    In order to start implementation, you need to get approximately 10 Bluetooth beacons per 1000 sq m of your location. These beacons have to be evenly deployed and linked to places on the floor plan via indoor map maker.

  3. 3.

    Integrate SDK

    Once the equipment is deployed, the map is uploaded, and both are interlinked, you can start developing your indoor navigation app. You can use Navigine SDK for iOS/Android platforms to add indoor navigation, push notifications and tracking functions.

Create your indoor navigation app with Navigine tools

Our easy-to-use SDK and API empower developers to integrate indoor navigation, push notifications and motion analytics functions into their apps in a matter of days. Take advantage of the high-accuracy positioning capabilities for your iOS and Android apps.

iOS SDK

Our platform is designed to support development of powerful iOS applications leveraging iBeacon technology

Android SDK

Enhance your Android app with state-of-the-art indoor positioning solutions.

Easy integrations and implementation, open API and great SDK

Read more in Dev Community

Get Started 

+ (NavigineCore *) defaultCore;

@property (nonatomic, strong) NSString *userHash;
@property (nonatomic, strong) NSString *server;
@property (nonatomic, strong, readonly) NCLocation *location;

- (void) downloadLocationById:(NSInteger)locationId
                  forceReload:(BOOL) forced
                 processBlock:(void(^)(NSInteger loadProcess))processBlock
                 successBlock:(void(^)(NSDictionary *userInfo))successBlock
                    failBlock:(void(^)(NSError *error))failBlock;
Show full code 

int mLoader = 0;
long mLoadertime = 0;
final long DOWNLOAD_TIMEOUT = 30; // Download timeout in seconds

public void startLocationLoader()
{
    // Start location loader (LOCATION_NAME is the name of the location)
    mLoader = NavigineSDK.startLocationLoader(LOCATION_NAME, false);
    mLoadertime = NavigineSDK.currentTimeMillis() / 1000;
}

public void updateLocationLoader()
{
    if (mLoader == 0)
        return
}

final long DOWNLOAD_TIMEOUT = 30; // Download timeout in seconds

public void startLocationLoader()
{
    // Start location loader (LOCATION_NAME is the name of the location)
    mLoader = NavigineSDK.startLocationLoader(LOCATION_NAME, false);
    mLoadertime = NavigineSDK.currentTimeMillis() / 1000;
}
Show full code

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Explore our latest research to get more information about indoor navigation

Indoor navigation using foot-mounted IMU aided with heterogeneous additional information

A method for solving the problem of indoor navigation based on the special data fusion algorithm operated with Wi-Fi fingerprinting, maps, magnetometer and pedestrian dead reckoning is described. Special attention is given to the particle filter. The results of field experiments are presented.

Indoor positioning using Wi-Fi fingerprinting pedestrian dead reckoning and aided INS

In this paper, we propose a method of indoor navigation using a MEMS-based strapdown inertial navigation system (INS) aided by Wi-Fi signal strength measurements. This system does not rely on any special hardware, a modern smartphone with built-in MEMS sensors (accelerometers and gyroscopes) is sufficient for navigation.

Indoor navigation using foot-mounted IMU aided with heterogeneous additional information

In this paper we propose to significantly reduce the deployment phase by utilizing simultaneous localization and mapping (SLAM) technique with a foot-mounted IMU. This method does not require any prior information about the building structure and wireless networks that are located inside.

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