Hubble Network: Pioneering Bluetooth Connectivity with Satellites

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“Discover how Hubble Network is transforming global connectivity by establishing the world’s first Bluetooth connection with a satellite. This innovation opens up new possibilities for IoT devices across various industries, enhancing connectivity in remote areas and driving technological advancements in space communications.”

Hubble Network
Hubble Network

In an unprecedented technological feat, Hubble Network has successfully established the first-ever Bluetooth connection directly to a satellite. This groundbreaking development, achieved by the Seattle-based startup, marks a significant milestone in the evolution of global connectivity and opens up new possibilities for millions of devices around the world.

Origins and Innovations

Founded in 2021 by notable figures such as Alex Haro of Life360, Ben Wild of Iotera, and aerospace engineer John Kim, Hubble Network embarked on its ambitious journey to enhance connectivity. The company’s innovative approach began to materialize when they launched their first two satellites aboard SpaceX’s Transporter-10 ride-share mission in March. Since then, the company has successfully received signals from its onboard 3.5mm Bluetooth chips, despite being over 600 kilometers away from Earth.

Technological Breakthroughs

One of the key innovations by Hubble Network is the adaptation of common Bluetooth technology for extreme distances. Utilizing off-the-shelf Bluetooth chips, the company developed software that enables these devices to communicate over vast distances using minimal power. Additionally, they have designed a phased array antenna capable of being launched on a small satellite, which significantly enhances the signal’s range and clarity. This antenna functions akin to a magnifying glass, focusing and amplifying the Bluetooth signals.

Addressing Connectivity Challenges

The traditional limitations of Bluetooth technology include high power consumption, high operational costs, and limited global reach. Hubble Network’s technology addresses these issues head-on, making it possible for devices to connect globally without the need for extensive infrastructure or power resources. This is particularly beneficial for industries that operate in remote or challenging environments.

Applications and Market Impact

The potential applications of space-enabled Bluetooth connectivity are vast and varied. Industries such as logistics, livestock management, and remote asset monitoring stand to benefit significantly. For instance, smart collars for pets, GPS watches for children, and inventory management systems for vehicles can all be enhanced with more reliable connectivity. The technology is also ideal for monitoring tasks like soil temperature and construction site activities, where traditional network coverage is insufficient.

Future Prospects and Expansion Plans

Looking ahead, Hubble Network is not resting on its laurels. The company is planning to expand its constellation with additional satellite launches scheduled for the coming years. The “beta constellation,” as termed by co-founder Alex Haro, will soon include four satellites, setting the stage for a larger deployment of 32 satellites aimed for late 2025 or early 2026. This expanded constellation will enable devices to connect with a Hubble satellite for approximately 2-3 hours per day from any location worldwide.

Enabling Simplicity and Accessibility

To connect to Hubble’s network, customers will need to integrate their device’s chipset with specific firmware. This process promises to be straightforward, empowering users to enhance their devices’ connectivity capabilities without extensive technical modifications.


Hubble Network’s successful establishment of a Bluetooth connection to a satellite not only showcases the viability of their technology but also sets a new standard for global device connectivity. As they continue to innovate and expand their satellite constellation, the implications for industries across the globe are profound. This advancement is not just about improving how devices connect; it’s about redefining the boundaries of what’s possible in our interconnected world.

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