Hubble Network Forges New Path for Global Bluetooth Connectivity
September 27, 2026, 3:31 am
Location: United States, California, Mountain View
Employees: 51-200
Founded date: 2005
Hubble Network has secured $200 million in Series C funding. This capital infusion values the company at $1.6 billion. The Seattle firm aims to revolutionize device connectivity. It connects standard Bluetooth Low Energy devices directly to low Earth orbit satellites. This eliminates the need for specialized modems or GPS hardware. The technology uses simple firmware updates. It targets the vast Internet of Things market. Remote asset tracking, industrial equipment, and smart labels stand to benefit. Hubble's approach promises reduced costs, size, and power consumption for ubiquitous global connectivity.
Hubble Network has made a significant leap. The company recently announced a $200 million Series C funding round. This investment pushes its valuation to $1.6 billion. Total funding now stands at $300 million. Smith Point Capital led the latest round. Other key investors include Seraphim, Carthona Capital, Earthshot Ventures, Y Combinator, and RPM Ventures. This financial backing fuels an ambitious expansion. It confirms strong belief in Hubble's unique vision.
The company's core innovation is groundbreaking. Hubble Network connects standard Bluetooth Low Energy (BLE) devices to satellites. It bypasses traditional satellite communication methods. Devices on Earth need no new hardware. A simple firmware update enables satellite communication. No cellular modem. No GPS chip. No dedicated satellite component. This simplifies remote connectivity.
This technology has opened its network to general availability. It signifies a major milestone. Six satellites currently operate in low Earth orbit. The company plans a constellation of 60 satellites by 2030. This expansion will build a robust global network. It extends Bluetooth's reach far beyond cellular towers.
The impact on the Internet of Things (IoT) sector is substantial. Billions of devices operate globally. Many lack consistent connectivity. Remote locations present challenges. Assets in transit often disappear from traditional networks. Cattle trackers in vast pastures lose signal. Shipping labels cross oceans. Industrial equipment operates in isolated zones. These devices typically require expensive, bulky communications hardware. Hubble eliminates that necessity. It leverages existing Bluetooth chips.
Cost, size, and power consumption are critical factors for IoT adoption. Traditional satellite connectivity adds significantly to all three. Hubble's software-centric approach reduces these barriers. It makes satellite communication practical for a wider array of low-cost sensors and trackers. Manufacturers can deploy connected devices more affordably. They save on hardware integration and battery life.
Hubble Network differentiates itself in a crowded space. Companies like SpaceX and Amazon build extensive satellite networks. Their focus often involves specialized ground equipment. Or it requires new hardware within devices. Hubble takes a different path. It seeks to unlock the potential of existing device hardware. The technology is already present. It simply needs a bridge to space.
The company's strategy involves key partnerships. It collaborates with semiconductor giants. Texas Instruments is a notable partner. Texas Instruments serves vast embedded and connected-device markets. This collaboration allows for deep integration. It expands the reach of Hubble's technology. Reelables, a smart-label company, also works with Hubble. This partnership opens avenues in shipment and asset tracking. It demonstrates real-world application for logistics.
The founder's background informs the company's direction. Alex Haro co-founded Hubble Network. He previously co-founded Life360. Life360 is known for location-sharing services. This experience provides deep insight into location technology. It extends that expertise beyond cellular boundaries. Hubble is solving a global location problem.
The satellite connectivity market is evolving rapidly. Smartphone makers now integrate emergency satellite features. Cellular carriers partner with satellite operators. They aim to extend network coverage. Chipmakers develop new communication capabilities. These trends show a clear demand for ubiquitous access. Hubble Network addresses this demand uniquely. It does not add more satellite hardware to every device. It enables existing hardware to communicate with space.
This innovative approach promises widespread implications. Bluetooth devices may no longer be confined by terrestrial networks. Their reach could become truly global. The technology transforms how we track and monitor assets. It enhances efficiency across industries. It promises a future where low-power, affordable, ubiquitous connectivity is the norm for billions of devices worldwide. This vision drives Hubble Network's rapid growth and substantial investment.
Hubble Network has made a significant leap. The company recently announced a $200 million Series C funding round. This investment pushes its valuation to $1.6 billion. Total funding now stands at $300 million. Smith Point Capital led the latest round. Other key investors include Seraphim, Carthona Capital, Earthshot Ventures, Y Combinator, and RPM Ventures. This financial backing fuels an ambitious expansion. It confirms strong belief in Hubble's unique vision.
The company's core innovation is groundbreaking. Hubble Network connects standard Bluetooth Low Energy (BLE) devices to satellites. It bypasses traditional satellite communication methods. Devices on Earth need no new hardware. A simple firmware update enables satellite communication. No cellular modem. No GPS chip. No dedicated satellite component. This simplifies remote connectivity.
This technology has opened its network to general availability. It signifies a major milestone. Six satellites currently operate in low Earth orbit. The company plans a constellation of 60 satellites by 2030. This expansion will build a robust global network. It extends Bluetooth's reach far beyond cellular towers.
The impact on the Internet of Things (IoT) sector is substantial. Billions of devices operate globally. Many lack consistent connectivity. Remote locations present challenges. Assets in transit often disappear from traditional networks. Cattle trackers in vast pastures lose signal. Shipping labels cross oceans. Industrial equipment operates in isolated zones. These devices typically require expensive, bulky communications hardware. Hubble eliminates that necessity. It leverages existing Bluetooth chips.
Cost, size, and power consumption are critical factors for IoT adoption. Traditional satellite connectivity adds significantly to all three. Hubble's software-centric approach reduces these barriers. It makes satellite communication practical for a wider array of low-cost sensors and trackers. Manufacturers can deploy connected devices more affordably. They save on hardware integration and battery life.
Hubble Network differentiates itself in a crowded space. Companies like SpaceX and Amazon build extensive satellite networks. Their focus often involves specialized ground equipment. Or it requires new hardware within devices. Hubble takes a different path. It seeks to unlock the potential of existing device hardware. The technology is already present. It simply needs a bridge to space.
The company's strategy involves key partnerships. It collaborates with semiconductor giants. Texas Instruments is a notable partner. Texas Instruments serves vast embedded and connected-device markets. This collaboration allows for deep integration. It expands the reach of Hubble's technology. Reelables, a smart-label company, also works with Hubble. This partnership opens avenues in shipment and asset tracking. It demonstrates real-world application for logistics.
The founder's background informs the company's direction. Alex Haro co-founded Hubble Network. He previously co-founded Life360. Life360 is known for location-sharing services. This experience provides deep insight into location technology. It extends that expertise beyond cellular boundaries. Hubble is solving a global location problem.
The satellite connectivity market is evolving rapidly. Smartphone makers now integrate emergency satellite features. Cellular carriers partner with satellite operators. They aim to extend network coverage. Chipmakers develop new communication capabilities. These trends show a clear demand for ubiquitous access. Hubble Network addresses this demand uniquely. It does not add more satellite hardware to every device. It enables existing hardware to communicate with space.
This innovative approach promises widespread implications. Bluetooth devices may no longer be confined by terrestrial networks. Their reach could become truly global. The technology transforms how we track and monitor assets. It enhances efficiency across industries. It promises a future where low-power, affordable, ubiquitous connectivity is the norm for billions of devices worldwide. This vision drives Hubble Network's rapid growth and substantial investment.