Advanced Indoor Positioning System & Localization Platform

Using the indoor location/geolocation system at transport hubs improves the quality of passenger service. In order to work in full with IPS, users have to install the application on their mobile devices that help to:
• find points of interest (border crossings, restrooms or cafes);
• build the shortest route on interactive indoor maps to the required object;
• get useful information on the railway station or airport performance.
The management of the transport hub can control the flow of people to reduce load at selected zones. Our clients report that implementing indoor geolocation systems at transport hubs has led to a 30–40% reduction in passenger search time and a noticeable improvement in service satisfaction scores

In retailing indoor positioning solutions are used for increasing customer loyalty and improving their experience of interacting with a point of sale. After installing the mobile application with the function of indoor localization, a customer can:
• quickly search the necessary goods;
• get information when he is approaching the wanted items;
• perform step-by-step navigation around the store or shopping center.
For the management the benefits of applying the system of indoor positioning are a possibility to optimize the store performance for improving the quality of customer service. Our retail clients report up to a 25–30% increase in customer satisfaction and a 20% boost in repeat visits after implementing indoor positioning systems

Shopping malls often look like small towns consisting of numerous floors, stores, and departments. In order not to be lost in this variety, customers can use the mobile app that will help them get to the wanted place.
For business owners indoor location services means additional marketing channels that are used for delivering to customers push notifications on discounts, promotions, sales. Moreover, it helps to analyze traffic to understand visitors’ behavior and optimize the arrangement of objects inside the shopping center.
Our clients report that indoor positioning systems in shopping malls lead to a 15–25% increase in customer engagement with in-store promotions and a 20% improvement in navigation efficiency.

Indoor positioning systems at industrial enterprises allow for increasing labor safety, reducing costs, and saving time in executing production processes. Forklift tracking is a typical example of the technology application. Objects are equipped with special tags that make it possible to track their movement and define downtime. If necessary, one can create optimal routes for transport and adjust them in real time.
Our clients report up to a 30% reduction in equipment downtime and a 25% improvement in transport route efficiency after implementing indoor positioning systems in manufacturing facilities.

In healthcare the indoor positioning system app is useful for navigating people inside buildings. Large hospitals and medical centers have many buildings and large territories so patients can be easily lost while searching for the necessary room. Thanks to indoor tracking without GPS technology, people can quickly get to the necessary places and the staff can track medical assets without difficulties. Our healthcare clients report up to a 40% reduction in patient wayfinding time and a 30% improvement in staff efficiency after implementing indoor positioning systems.

Indoor tracking and positioning inside warehouses helps to control assets and minimize non-effective logistics processes. It also helps monitoring warehouse workers to ensure their safety, adjust daily tasks in real time and timely react to emergency situations. Our logistics clients report up to a 35% reduction in asset search time and a 25% improvement in task allocation efficiency after deploying indoor positioning systems in warehouses.

An indoor positioning system (IPS) is a network of devices used to locate objects or people inside a building where GPS signals are unavailable. Similar to an indoor version of GPS, an IPS platform monitors wireless signals—such as BLE (Bluetooth Low Energy), Wi-Fi, and UWB (Ultra-Wideband)—to calculate precise coordinates. By merging these signals with advanced algorithms, the system provides high-accuracy indoor localization even in complex, multipath-rich environments like warehouses, hospitals, and airports.

By placing a precise 'you are here' marker on a handset-friendly map, mobile IPS turns labyrinthine terminals and malls into manageable spaces. Users gain stepwise directions, accessibility routes, and dynamic rerouting when lifts or corridors become blocked.

Picture a device strolling past a grid of beacons: each signal arrives with its own strength, timing, or angle. By comparing those metrics against either a propagation model or a pre-recorded fingerprint database, the positioning engine calculates the device’s coordinates and transmits them to the dashboard in real time.

To build a professional indoor positioning system, follow these core steps:
- Digitize Floor Plans: Create or upload accurate digital maps of your facility.
- Select Technology: Choose between BLE, Wi-Fi, UWB, or a hybrid setup based on your specific accuracy and cost targets.
- Hardware Installation: Mount anchors or beacons so that signal coverage overlaps effectively across the environment.
- Survey & Calibration: Perform a site survey to calibrate the system for environment-specific signal interference.

Indoor positioning analytics studies anonymized movement data—dwell time, heat maps, route popularity—to answer spatial questions. A logistics firm may streamline picker travel, while a cultural venue gauges exhibit engagement without intrusive surveys.

Start by identifying your goals, whether it's tracking equipment, guiding visitors, or analyzing movement patterns. Then, consider the required accuracy, site conditions (such as metal structures and signal interference), existing infrastructure, and budget.
For example:
● UWB is ideal for high-precision applications such as healthcare or manufacturing.
● BLE is a good balance of accuracy and cost for asset tracking.
● Wi-Fi RTT is suitable for environments with strong Wi-Fi networks.