Hubble Network Raises $200M for Bluetooth Satellite Scale

A Bluetooth radio becomes infrastructure only when its signal still matters after the device leaves the warehouse, road, or cellular map. Hubble Network is financing that reach with a $200M Series C, announced September 23, 2026 alongside the general-availability launch of its satellite network for Bluetooth Low Energy devices. Smith Point Capital led the financing, with Seraphim Space, Carthona Capital, Earthshot Ventures, Y Combinator, and RPM Ventures participating.

The round values the Seattle company at $1.6B and brings total funding to $300M. It gives Hubble capital to expand from six satellites currently operating in low Earth orbit to a planned 60 by 2030, while building the device integrations and network economics needed to make satellite connectivity useful beyond high-value assets.

That is the larger wager. Hubble is trying to make the Bluetooth radio already inside a product sufficient for global location and sensor data, so a package, tool, label, container, vehicle component, or industrial sensor no longer needs dedicated satellite hardware to remain visible.

What Hubble Network Announced

The Series C follows a $70M Series B announced in September 2025, when Hubble reported $100M in total funding. The latest financing adds Smith Point Capital as lead investor and continues support from investors spanning space technology, climate and industrial systems, and early-stage venture capital.

Hubble paired the financing with the commercial opening of its network. The company says developers can add its SDK to supported Bluetooth LE devices, update the firmware, and transmit low-bandwidth location or sensor data through Hubble's terrestrial gateways or satellites without adding a cellular modem, GPS receiver, SIM, or dedicated satellite radio.

The capital will support the constellation buildout and work intended to lower connectivity costs. Reuters independently confirmed the round, valuation, investor group, total funding, public launch, and 60-satellite plan.

The Product Is an Economics Argument

Satellite tracking has traditionally made sense when an asset is valuable enough to absorb the cost, power draw, and integration burden of specialized hardware. Bluetooth sits at the other end of the market: inexpensive, power-efficient, and already embedded in billions of devices, but usually dependent on nearby infrastructure.

Hubble is combining those two worlds. Its terrestrial network handles dense environments such as warehouses, roads, and distribution centers, while satellites extend the same device identity into remote areas, oceans, farms, energy sites, and other places where terrestrial coverage disappears. The result is intended to give manufacturers one firmware and one data platform across both layers.

Hubble says connectivity can add less than $0.50 to the bill of materials for a new design. That figure is company-reported, and real deployment economics still depend on the radio, antenna, firmware, power budget, message frequency, coverage, service pricing, and operational integration. The important shift is the purchasing threshold: when the connectivity layer becomes cheap enough, the question changes from which expensive assets deserve a tracker to which routine losses and blind spots are still worth tolerating.

From Physics Proof to Network Operations

Co-founder and CEO Alex Haro previously helped build Life360, where location services exposed the limits of existing hardware and connectivity. Co-founder and CTO Ben Wild brought the wireless architecture behind Hubble's Bluetooth-to-space approach. The company demonstrated direct communication between standard Bluetooth chips and satellites before raising its Series B.

The Series C finances a different stage of the company. Hubble now reports six satellites in low Earth orbit, more than 100M terrestrial gateways across 170 countries and 3M+ square miles, and more than 500,000 active devices, more than 10 times the prior-year level. Those are Hubble's figures, not independently audited operating results, but they show the scale the company wants investors and customers to evaluate.

The move from demonstration to infrastructure raises the standard. A successful satellite link proves the radio path can work. A commercial network must deliver predictable coverage, acceptable update intervals, fleet provisioning, data security, device support, customer service, and pricing that remains attractive as usage grows.

Partners Make the Network More Useful

Hubble's ecosystem strategy is designed to remove adoption work from the customer. Its collaboration with Texas Instruments supports select TI Bluetooth LE chips with Hubble firmware. InPlay is working with Hubble on sub-$1 tracking hardware, while Reelables is combining printable smart labels with the network for cargo visibility.

Samsara is using Hubble to extend connected-equipment visibility beyond traditional network coverage. Muon Space is building Hubble's next-generation satellites on its MuSat XL platform. Each relationship addresses a different part of the commercial chain: silicon, labels, enterprise applications, spacecraft, and the software that turns a signal into an operational decision.

That chain matters because Hubble does not win simply by putting more receivers in orbit. It wins when hardware teams can integrate the network without redesigning a product, operators can trust the resulting data, and the cost is low enough to deploy across assets that were previously left unconnected.

What the $1.6B Valuation Is Pricing

The valuation reflects a large installed-base thesis. Hubble does not need to persuade the market to adopt a new radio standard before it can sell service; Bluetooth LE already ships at enormous scale. The company is betting that firmware, terrestrial density, and orbital coverage can turn that installed base into a global machine network.

The risk sits in the execution between those layers. The 60-satellite plan must be financed, built, launched, integrated, and operated. Device makers must support the firmware path. Customers must decide that location or sensor data is accurate and timely enough to change how they manage inventory, equipment, shipments, or field operations.

The $200M Series C gives Hubble room to work through those handoffs. Its most consequential market may not be the equipment that already carries a cellular tracker. It may be the long tail of ordinary physical assets that become worth seeing only after the cost of visibility falls far enough.