Shared Urban Mobility

The Challenge of "Urban Canyons"

Shared urban mobility—e-bikes, electric scooters, subscription cars—is one of the fastest-growing markets in the IoT sector. The global e-bike market is expected to grow at an annual rate of 10.4% between 2025 and 2029. However, the increasing density of skyscrapers in major cities creates a phenomenon known as "urban canyons," where GPS satellite signals are blocked or reflected by tall buildings.

In 2023, the number of buildings over 200 meters tall increased by 16% compared to 2022, with the average height of completed buildings reaching 243.1 meters. This vertical growth of cities makes traditional GPS tracking increasingly inaccurate, resulting in vehicles "disappearing" from the map, lost trips, and customer dissatisfaction.

For vehicle-sharing companies, the inability to locate an asset in real-time means a direct loss of revenue and increased operational costs with field teams sent to "hunt" for lost vehicles.

High-Precision Tracking and Remote Control

Axium Analytics offers next-generation telemetry solutions designed specifically to overcome tracking challenges in dense urban environments. Our devices are capable of simultaneously connecting to up to 41 visible satellites (GPS, GLONASS, Galileo, BeiDou), ensuring precise positioning even in areas with severe signal obstruction.

Remote Vehicle Control

For car-sharing and e-bike rental operations, we offer remote lock/unlock capabilities via GPRS or Bluetooth commands. This allows end-users to activate the vehicle through a mobile app, while the operations center maintains total control over the fleet.

Our devices can be integrated with relays that block the throttle, disable the start button, or cut power to the electric motor, ensuring unauthorized vehicles cannot be used.

Energy Efficiency for Electric Fleets

One of the biggest challenges in electric vehicle fleets is the tracker's own energy consumption. Shared vehicles often sit idle for long periods, and conventional trackers can drain the vehicle's battery.

Our solution implements optimized sleep modes (Deep Sleep, Online Sleep, Power Off Sleep) that drastically reduce power consumption during periods of inactivity, ensuring the vehicle's battery remains charged and ready for the next user.

Automatic Geofences and Security

For companies operating in restricted zones (like permitted parking areas or municipal limits), we offer the Auto Geofence feature, which sends automatic notifications when a vehicle enters or exits pre-defined areas. This is essential to:

• Theft prevention: Immediate alerts if a vehicle leaves the authorized operational zone.
• Regulatory compliance: Ensuring scooters and e-bikes are not left in municipally prohibited areas.
• Redistribution optimization: Identifying areas with high vehicle concentration for fleet rebalancing.

Additionally, we implement speeding detection and jamming detection (attempts to block GPS signals by criminals), adding extra layers of security and operational control.