Define the purpose of navigation: a navigator for visitors or a staff tracking system.

Specify the required navigation accuracy: 8-10 meters, 2-3 meters, or high precision 0.5-1 meter.

Provide floor plans of your facility with dimensions and highlight the areas where positioning is needed.

Indicate the platform where navigation should work: website, mobile app, or navigation kiosk (infoterminal).

Specify the estimated number of users for the positioning system.

Request and thoroughly fill out the brief.

The Indoors Navigation platform is a user-friendly tool that is easy to understand for most PC users. If you can operate a web browser and office software, you can master our system in no time.

Typically, the platform can be implemented in about two days. You can find a detailed description of the deployment and integration process in the documentation section.

You can find deployment information in the documentation section of the control panel or watch video tutorials on how to use the solution.

Our platform supports various IoT standards and devices, including: Bluetooth, BLE, AoA (BLE), Wi-Fi, Wi-Fi RTT, UWB, RFID, GPS, GLONASS, and IP video.

In most cases, 15 BLE beacons per 1000 m² are sufficient. The cost of one positioning sensor ranges from 1,000 RUB to 4,000 RUB, depending on technical specifications and functionality.

Our platform provides different levels of navigation accuracy depending on the chosen technology and hardware:

Bluetooth & BLE: Accuracy ranges from 1 to 3 meters, depending on space conditions. Does not require wired connection (battery-powered).

AoA (BLE): Accuracy of about 1 meter but requires PoE cabling and supports Bluetooth 5.1 and 5.2.

Wi-Fi: Works only on Android devices with an accuracy of 8-9 meters. Has a few seconds delay and requires power supply.

Wi-Fi RTT: Accuracy of about 1 meter, but only works on a limited number of Android devices that support this standard.

UWB: Provides 0.5-meter accuracy but requires PoE cabling and is not widely supported on mobile devices.

GPS: 10-15 meter accuracy, works only outdoors (does not function indoors).

All data belongs to the account owner (client) and is stored on the client’s or our server, following international data storage and processing standards. Data is used for analytics. More details can be found via the provided link.

Yes, it does. Outdoor navigation uses GPS and GLONASS signals. Underground, the solution operates using the same technologies as indoor environments.

The question cuts off at this point, and the answer is not provided on the page.

For more details, please visit the Contacts us page.

Our platform supports operation on iOS and Android mobile devices through SDK integration, information kiosks with Windows, Linux, and Android operating systems, as well as personal computers using the Google Chrome browser.

If you encounter difficulties with implementation, you can submit a request via email to our technical support team at support@indoorsnavi.pro. We provide assistance with SDK integration or working with the map editor within one business day.

• Register on the INP platform and create an account.
• Create and configure your project—specify the venue name, location, and create a map in the editor or upload a pre-made map in a supported format.
• Design and place rooms and routes following the video instructions.
• Set up the equipment and upload it to the platform editor according to the video instructions.
• Download the inTool app on your mobile device from the App Store or Google Play and log in.
• Open your map in the inTool demo application and start navigating.

To become a partner, you can send a request via email to hello@indoorsnavi.pro.

For more details about partnership conditions, please visit the About Us section.

The user’s location is determined directly on their device. Route calculation can be performed either on the user’s device or on a server, depending on the application settings and internet availability.

Battery consumption was measured on fully charged devices (100%) with auto-brightness enabled, in an indoor environment with average lighting, and connected to Wi-Fi:

• iPhone 12 Pro Max — 8%
• iPhone 13 Pro Max — 2%
• iPhone X — 12%
• Samsung Galaxy S21+ 5G — 24%
• Samsung Galaxy S8+ — 24%