Hubble Network’s latest technological triumph marks a significant milestone in the world of connectivity. By successfully establishing a Bluetooth connection to a satellite, the company has paved the way for connecting millions of devices globally, even in remote areas where traditional network coverage is limited. This revolutionary technology holds tremendous potential for revolutionizing various industries.
Logistics companies can leverage Hubble’s Bluetooth-to-satellite connectivity to track assets and optimize supply chain management. Cattle ranchers can monitor their herds remotely, ensuring their well-being and improving productivity. Pet owners can keep track of their furry companions using smart collars connected to Hubble’s network. GPS watches for children can provide peace of mind to parents, allowing them to locate their kids in case they stray. Car dealerships can enhance inventory management and streamline vehicle tracking. Construction sites and agricultural fields can benefit from soil temperature monitoring, optimizing crop yields.
The applications of Hubble’s technology extend far beyond these initial examples. As the company’s constellation expands, industries that require more frequent updates, such as soil monitoring, and continuous coverage use cases, such as fall monitoring for the elderly, will come within reach.
Hubble’s simplicity of integration is a major advantage. Customers can seamlessly connect their devices to the network by integrating a piece of firmware with their devices’ chipsets. Hubble’s mission is to bridge the connectivity gap and empower industries to harness the full potential of IoT devices.
Hubble’s journey began in 2021 when it was founded by industry veterans Alex Haro, Ben Wild, and John Kim. The company’s innovative approach to solving connectivity challenges has attracted significant investment, including a $20 million Series A funding round in March 2023.
To establish the Bluetooth connection to a satellite, Hubble developed cutting-edge software that enables off-the-shelf Bluetooth chips to communicate over long ranges with minimal power consumption. The company also patented a phased array antenna designed for small satellites, which acts like a magnifying glass, enhancing the communication capabilities of Bluetooth chips with the Hubble satellite.
To overcome Doppler-related challenges caused by the relative motion between satellites and devices, Hubble’s team devised intricate solutions to ensure reliable data exchange. The company’s current constellation includes two satellites, and it plans to launch a third and fourth satellite in the near future, forming a beta constellation. Pilot customers are already integrating their devices with the beta constellation.
Hubble’s ambitious plans include launching 32 additional satellites in late 2025 or early 2026, completing the production constellation. This expanded network will provide global coverage, allowing devices to connect to a Hubble satellite for approximately 2-3 hours per day from anywhere in the world.
The potential of Hubble’s Bluetooth-to-satellite technology is vast. It has the power to transform industries, enhance connectivity, and create innovative solutions that address real-world challenges. As the company continues to expand its constellation and refine its technology, the sky’s the limit for the endless possibilities it can unlock.
