IoT Wheelchair and Cart Tracking for Public Transit Accessibility

Public utilities greatly enhance the convenience and accessibility of citizens. However, a prevalent issue arises when users fail to return these shared resources to their designated locations after use. This oversight often leads to uneven resource distribution, where excess resources accumulate in some areas while remaining scarce in others. IoT wheelchair tracking and similar smart monitoring solutions enable real-time tracking by IoT trackers, ensuring these assets will be monitored better to optimize their availability.

Challenge

A train station in England faces challenges in efficiently managing public wheelchairs and carts. These utilities are essential for assisting passengers with limited mobility. Despite their essential roles in enhancing public accessibility, these resources are often left in random locations after usage, such as the corners of platforms and lobbies. Without staff to find out their locations, these misplaced carts usually obstruct walkways or emergency exits, creating significant safety hazards to pedestrians. Such disorganization not only disrupts the flow of passengers, but also exposes the operational inefficiencies.

The root cause lies in a systemic lack of visibility into wheelchair and cart positioning. Traditional manual tracking methods have been proven inadequate in the dynamic and high-traffic transit station. These labor-intensive approaches, relying on human oversight and periodic monthly checks, are prone to delays and errors. A more proactive and technology-driven IoT wheelchair tracking system is imperative to restore order and efficiency.

Solution

By implementing an IoT wheelchair tracking system with Bluetooth and LoRaWAN technology attached to these wheelchairs and carts, this transit station is able to transition from reactive to predictive management by leveraging advanced technologies. These smart tracking devices, equipped with a hybrid positioning technology combining GPS, Wi-Fi and BLE, enable precise real-time positioning both indoors and outdoors.

• Outdoor scenario: When the wheelchair or cart has been taken outside, the LW001 activates GPS positioning to provide real-time data, ensuring visibility even in open spaces.
• Indoor scenario: Inside the station, the tracker switches to BLE and Wi-Fi technologies for accurate wheelchair tracking. BLE beacons are strategically placed at each trolley docking station, acting as anchors, will receive signals from nearby carts to determine whether they are within designated zones.

Such robust functionality ensures continuous tracking regardless of the environment. Combining with our client’s platform, this IoT wheelchair tracking solution helps a lot for staff to locate these wheelchairs and carts. With these locations, staff are able to better organize these public utilities. By leveraging IoT asset tracking systems, administrators gain continuously real-time insights into asset locations, enabling swift intervention and enhancing overall accessibility management.

Featured Product

LW001-BG Pro, a LoRaWAN Tracker which excels in both indoor and outdoor positioning. It seamlessly integrates GPS, Wi-Fi and Bluetooth positioning capabilities, alongside an embedded 3-axis sensor, empowering it to support multiple working modes tailored to various needs. Boasting ultra-low power consumption and a large battery, LW001 reaches an impressive lifespan to five years in typical asset tracking scenarios.