HUBBLE NETWORK ACHIEVES GROUNDBREAKING BLUETOOTH CONNECTION FROM EARTH TO SATELLITE 600 KM AWAY

 Networking: Bluetooth device on Earth connects to satellite in orbit — Hubble Network's connection spans 600km with more to come

In a groundbreaking achievement, tech startup Hubble Network has successfully established a             Bluetooth connection from Earth to a satellite located 600 km away, marking a significant milestone in the realm of connectivity. This historic feat makes Hubble Network the first company ever to accomplish such a connection, signaling a promising future for Bluetooth technology. The company claims that enabling the connection to its satellite only required a single software update on the terrestrial Bluetooth device, paving the way for a fully accessible satellite network via Bluetooth by Hubble Network.

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            Hubble Network's two satellites currently orbiting in space are equipped with 3.5mm Bluetooth chips, which were instrumental in transmitting signals to Earth during recent testing. This remarkable advancement in connectivity surpasses traditional Bluetooth operations, where devices often struggle to interface even when in close proximity. The ability to communicate over vast distances with low power consumption was made possible through a firmware update on the device chipset, showcasing Hubble Network's pioneering contributions to the tech industry. The satellites receive signals using Hubble Network's patented phased array antenna, acting as an amplifier for Bluetooth radio signals in both directions. Additionally, the satellites must adjust for the Doppler effect, which modulates their radio frequencies due to their high orbital speeds—a challenge that the innovative company claims to have overcome.

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             The masterminds behind Hubble Network and its groundbreaking innovations comprise a team of notable individuals from the tracking-based tech startup realm. Co-founders Alex Haro (co-founder of Life360), Ben Wild (founder of Iotera, acquired by Ring), and aerospace engineer John Kim established the company in 2021. Despite initial skepticism, particularly from Wild who exclaimed "No freaking way," the Seattle-based startup has garnered success, securing $20 million in Series A funding in March 2023.

          The ultimate objective of Hubble Network's satellite network is to revolutionize the IoT market by leveraging the cost-effective and low-power capabilities of Bluetooth technology, thereby making products globally accessible. By eliminating reliance on Wi-Fi for devices like Ring doorbells and providing efficient connectivity for applications such as oil rig monitoring, Hubble Network aims to redefine industry standards with its worldwide Bluetooth network. The potential for GPS connections that offer more than just location data could introduce significant advancements across various sectors, a vision that Hubble Network is banking on.

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          Currently, Hubble Network operates with two satellites in orbit and plans to launch a third and fourth satellite as part of SpaceX's Transporter-11 and -13 missions by February 2025, forming the "beta constellation" with existing beta customers. This constellation aims to provide daily connectivity to terrestrial users for low-maintenance applications. Subsequently, 32 more satellites will be launched as part of the "production constellation" by Q1 2026, enabling extended connectivity periods. The company's long-term ambition is to establish a network of satellites connected to "one billion devices," as outlined in their early fundraising materials. While the realization of this goal remains uncertain, the expertise of Hubble Network's engineering team and the technological breakthroughs achieved thus far suggest that success is within reach.