Hubble Network
Hubble Network just became the first company in history to connect a Bluetooth chip to a satellite… Founded by a team of experts in wireless communications, space, and industrial IoT applications, Hubble Network is creating a global satellite network that any Bluetooth-enabled device can connect to, regardless of cellular reception. Through this unbelievable technology, Hubble Network is primed to shake up entire industries by finally delivering a global network and platform for actionable real-world data acquisition. The applications of this technology are far-reaching: container & pallet tracking, wildfire detection, energy grid monitoring, heavy equipment, tool tracking, fleet management, logistics, predictive maintenance, safety for children, fall detection for the elderly, agricultural technology, & environmental monitoring to name a few. ------------------------ We have confirmed communication, validating our unbelievable technology and successfully kicking off their global satellite network, after launching satellites on SpaceX T-10 in Q1 2024. Moving forward, any device with a Bluetooth chip can have the ability to connect to our global satellite network. We aim to connect a billion devices, establishing the world’s first global, cost-efficient, and low-power network.
Open Positions at Hubble Network
3 open positions
Own the developer experience for bringing embedded devices onto Hubble’s direct-to-satellite network, from SDK integration and board bring-up to OTA management and diagnostics. You’ll also scale hardware-in-the-loop validation across real silicon, RF conditions, and a growing supported-device portfolio.
Architect and build high-reliability embedded software powering Hubble Network’s satellite constellation. This hands-on technical leadership role spans drivers, embedded Linux, flight software, hardware bring-up, and space-environment design.
Build the embedded and flight software powering Hubble Network’s satellite constellation, from device drivers and embedded Linux to autonomous satellite operations. This hands-on Seattle role combines system architecture, hardware bring-up, and high-reliability software engineering for the space environment.