Hubble Network is upgrading its satellite-powered Bluetooth network with a new phased-array receiver designed for future satellites. This technology aims to create a global Bluetooth layer, significantly enhancing the tracking of BLE signals. The new payload will fly on MuSat XL satellites, scheduled for launch in 2027, promising to improve battery life for tracking devices by detecting signals at lower power levels. This unique proposition simplifies customer integration, requiring only firmware updates for existing devices. Hubble plans to expand its satellite constellation to 60 by 2028, creating a robust BLE Finding Network for enterprises in various industries.
Hubble Network aims to establish a global Bluetooth network through satellite technology, enhancing tracking capabilities and potentially extending device battery life significantly.
The phased-array receiver on Hubble's new satellites is designed to detect Bluetooth Low Energy signals at a much lower power, which can improve efficiency for tracking tags.
Instead of requiring specialized hardware, customers will only need to integrate their existing device chipsets with firmware to connect to Hubble's satellite network.
With a vision to reach 60 satellites by 2028, Hubble aims to create a comprehensive BLE Finding Network for enterprises in various sectors.
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