BLOOM® Sharing Platform
  • BLOOM apps
  • BLOOM user experience
  • Creating your own system
    • Start Blooming
    • Configuring your BLOOM
    • BLOOM types
    • Adding your fleet
    • Public or private systems
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    • Ways we roll
    • Geofencing
  • The BLOOM Dashboard
    • Login
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    • Station management
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    • Guide screens
  • BLOOM Hardware
    • Bluetooth vs. GPS Locking Hardware
    • Bike sharing
    • Scooter sharing
    • Partnerships
    • General asset sharing
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  1. BLOOM Hardware

Bluetooth vs. GPS Locking Hardware

The major difference between Bluetooth locking technology and GPS locks lies in the way they function and the features they offer.

Bluetooth Locking Technology:

  1. Proximity-based: Bluetooth locks operate on the principle of proximity. They use Bluetooth connectivity to establish a wireless connection between the lock and a smartphone carried by the owner. When the authorized device is within a certain range, the lock can be unlocked.

  2. Limited range: Bluetooth has a relatively short-range, typically around 30 meters or less. This means that the user needs to be in close proximity to the lock for it to work.

  3. Offline operation: Bluetooth locks usually function offline without requiring an active internet connection. The lock and the authorized device communicate directly with each other, enhancing security.

  4. Limited tracking capabilities: Bluetooth locks do not have built-in GPS technology. They primarily serve as a means of securing the bike. However, they don't provide real-time tracking or location information beyond the immediate proximity and then what is reported back to the BLOOM system.

GPS Locks:

  1. Location tracking: GPS locks use built-in Global Positioning System (GPS) technology to determine the precise location of the bike. This allows owners to track their bikes in real-time.

  2. Wide range: GPS locks are not limited by proximity like Bluetooth locks. As long as the lock has access to GPS satellites and a cellular network, it can be tracked and controlled remotely from BLOOM.

  3. Internet connectivity: GPS locks require an active internet connection, through a cellular data plan, to transmit location data and receive commands. This allows for real-time tracking and control features.

  4. Enhanced anti-theft features: In addition to location tracking, GPS locks often offer other anti-theft features, such as geofencing (setting virtual boundaries and receiving alerts when the bike moves beyond them), tamper detection, and remote locking/unlocking capabilities.

  5. Power source: GPS locks require a power source, usually a built-in rechargeable battery. Depending on the model, the battery life may vary, and periodic recharging is necessary.

Overall, Bluetooth locks provide localized security and convenience within a limited range, while GPS locks offer broader functionality with real-time tracking and remote control features enabled by GPS and internet connectivity. The choice between the two technologies depends on the specific requirements and preferences of the system operator.

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Last updated 1 year ago