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Hubble Network Sets Sights on Worldwide Bluetooth Connectivity via Satellite Upgrade
Hubble Network, an innovative startup based in Seattle, is poised to revolutionize how enterprises connect and track assets globally. Drawing inspiration from Apple’s transformative ‘Find My’ platform for consumers, Hubble Network is building toward a truly global Bluetooth layer powered by advanced satellite technology.
Next-Generation Satellite Payload: The MuSat XL Launch
At the heart of Hubble’s massive upgrade is a new phased-array receiver designed to deliver low-power, wide-area Bluetooth capabilities across the planet. This technology will debut onboard two large-scale MuSat XL satellites, produced by fast-growing aerospace firm Muon Space. Scheduled for launch in 2027, these 500-kilogram-class satellites promise substantial improvements in connectivity, including a 12-hour global revisit rate and the ability to detect Bluetooth Low Energy (BLE) signals at power levels 30 times lower than existing solutions. This leap could significantly extend battery life for tracking tags, IoT sensors, and other wireless devices.
These inaugural satellites will serve as the cornerstone for Hubble’s BLE Finding Network, catering to critical enterprise sectors such as logistics, infrastructure management, and defense.
Pioneering Direct Bluetooth-to-Satellite Communication
In a historic achievement in 2024, Hubble Network became the first company to establish a direct Bluetooth connection between a device and a satellite in orbit. This breakthrough eliminates the need for costly and specialized hardware—enterprises simply need to implement a firmware upgrade on existing chipsets to access the Hubble network. The result is a frictionless and cost-effective path to planet-wide asset visibility and IoT management, even in the most remote locations.
Advanced Features: Power, Performance, and Scalability
The MuSat XL platform, which will host Hubble’s new payload, offers multi-kilowatt power delivery, high-volume downlink, optical crosslinks, and near real-time communications for mission-critical operations. As the first customer for this platform, Hubble is setting the stage for scalable, high-performance space infrastructure that supports diverse and secure applications—including use cases relevant to defense and government.
The push to scale production is supported by Muon Space’s advanced San Jose manufacturing facility, targeted to exceed 500 spacecraft annually by 2027. This vertical integration ensures faster deployment of Hubble’s constellation, which aims to grow from its current 7 satellites to 60 by 2028. The long-term strategy involves upgrading all satellites to larger and more capable platform buses, unlocking sustained power and increased coverage.
Competitive Market Advantages and Use Cases
By fusing terrestrial Bluetooth with global satellite networks, Hubble Network offers a competitive edge in asset tracking, secure logistics, critical infrastructure monitoring, and military communications. For developers and enterprises, the space-based network removes geographic constraints and allows effortless global connectivity without significant infrastructure investments.
In comparison to traditional tracking systems that demand dedicated RF equipment, Hubble’s approach lowers costs and reduces hardware complexity, making advanced IoT and asset tracking technology accessible to a broader range of industries.
Market Relevance and Vision
Hubble Network’s partnership with Muon Space is more than a technical milestone—it signals a shift in the satellite communications market towards space-as-a-service models. Muon handles the intricate satellite development and operations through its Halo platform, while Hubble can focus on refining the Bluetooth network experience for its customers. As the demand for global asset visibility and resilient IoT connectivity grows, Hubble Network’s constellation is set to become a backbone for enterprise digital transformation worldwide.
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