> ## Content Index > Fetch the complete content index at: https://nexi.fund/llms.txt > Use this file to discover other available public pages before exploring further. # Hubble Network's $200M Series C Puts Bluetooth in Orbit - URL: https://nexi.fund/hubble-network-satellite-bluetooth-series-c-2026/ - Published: 2026-09-24T09:00:19.000Z - Updated: 2026-09-24T09:00:19.000Z - Description: Hubble Network closed a $200M Series C at a $1.6B valuation and opened its satellite network to general availability, letting any Bluetooth LE device report to orbit through a firmware update. The constellation runs six satellites today and plans sixty by 2030. - Author: Nexi.fund Labs - Tags: Space & Expansion, #mode-6, #hook-statistic, #track-E Hubble Network raised $200 million in a Series C round that values the Seattle company at $1.6 billion. The same morning it switched its satellite network to general availability, so any product with a Bluetooth Low Energy radio can now send location and sensor data to orbit after a firmware update. No new modem. No GPS chip. No dish. The radio already sitting inside a few-dollar sensor tag becomes a global transmitter. ๐Ÿ“ก **The summary** $200M Series C at a $1.6B valuation, led by Smith Point Capital. Total funding now $300M, one year after a $70M Series B. Six satellites in low Earth orbit today; sixty planned by 2030\. $200M Series C round โ†‘ 186% vs Series B #### Hubble's Series C raise Led by Smith Point Capital, taking total disclosed funding to $300M. ยท *Company filings, 2026* $1.6B post-money valuation #### Valuation after the round Set one year after a $70M Series B. ยท *Reuters, 2026* 60 satellites by 2030 #### Planned constellation Up from six spacecraft operating in low Earth orbit today. ยท *Company, 2026* ## A network that ships as software The pitch is narrower than "satellite internet," and that is the point. Hubble is not chasing video calls from a mountain top. It is going after the low-data, high-volume end of connectivity: a pallet that reports its position, a soil sensor that reports moisture, a transformer that reports load. Those devices already exist in the billions. Almost all of them carry a Bluetooth Low Energy chip that costs cents and runs for years on a coin cell. Hubble's claim is that the same radio can reach a satellite in low Earth orbit, because the company does not need the device to transmit far. It needs the spacecraft to listen hard. That distinction is engineering, not marketing. A standard Bluetooth radio emits a fraction of the power of a satellite phone. Hubble compensates with a large antenna on the satellite, a very low data rate, and a protocol tuned for short bursts. The company first demonstrated a Bluetooth chip talking to a satellite in 2024, at a range of roughly 600 kilometres. On the ground, Hubble already runs a terrestrial layer: more than 100 million access points across about 2,500 cities, covering roughly three million square miles. The satellite constellation is the extension that reaches past that grid, and the firmware is the same one either way. A device does not know, or care, whether the signal lands on a rooftop gateway or a spacecraft. As we wrote in September, the space economy's next bottleneck sits on the ground โ€” a shortage of stations, spectrum, and capacity that throttles how much data satellites can move. Hubble's proposition is to make the ground optional for the cheapest class of device on the network. ## What the $200 million is for Six satellites fly today. The plan is sixty by 2030, and the round is sized for that build-out. Reaching the target means adding roughly one satellite a month for four years, plus the ground software, spectrum coordination, and sales motion that turn a firmware update into a recurring contract. The funding history is a straight line upward. A $20 million Series A in 2023\. A $70 million Series B in September 2025\. Now $200 million, bringing total disclosed funding to $300 million. Each round has been raised against the same thesis, with more capital and a higher price. The valuation has climbed faster than the revenue. Third-party databases estimate Hubble's revenue in the low single-digit millions. Against a $1.6 billion valuation, investors are buying an option on a market that has not fully formed, not a cash-generating business. Dealroom ranks the round in the 98th percentile of US telecom Series C deals on record โ€” a size that signals conviction, and also a size that raises the bar for what comes next. The Series C was led by Smith Point Capital, with participation from Seraphim, Carthona Capital, Earthshot Ventures, Y Combinator, and RPM Ventures. Y Combinator has backed the company since its 2022 batch; Seraphim, a space-focused fund, has stayed in across rounds. Returning investors are the clearest signal in the filing: the people who know the technology best keep writing cheques. ## The buyers already in the door Hubble's advantage is that it does not ask customers to change their hardware. That turns the go-to-market into a software conversation, and it is why chipmakers and logistics platforms have signed on before the constellation is finished. Texas Instruments agreed in January 2026 to collaborate on Bluetooth connectivity that reaches satellites. InPlay, a low-cost tag maker, partnered in April to push sub-dollar global tracking without RFID. Samsara, which sells fleet telematics, integrated the terrestrial network in February. Reelables builds smart labels that ride the same network. Life360, the family-location app co-founded by Hubble's own chief executive, was an early partner. Those names matter for a simple reason. A connectivity startup lives or dies on whether devices are built to talk to it. Getting the radio vendor, the tag maker, and the logistics platform on the same side of the table shortens the loop between an announcement and shipping volume. The target use cases are unglamorous and enormous: intermodal logistics, cold-chain monitoring, agriculture, grid equipment, and predictive maintenance. Each is a fleet of cheap devices that needs to report a few bytes from places with no cellular coverage. Hubble does not need to win the phone market to matter. It needs to be the default radio for the sensor market. ## Where the model breaks Coverage is the first constraint. Six satellites do not cover the planet continuously. Hubble's own materials describe the satellite layer as growing, and the honest read is that early customers get intermittent coverage rather than the always-on service the terrestrial layer already delivers. The sixty-satellite plan is what closes that gap; until it lands, the satellite feature is a bonus, not a backbone. Physics is the second. Bluetooth was designed for metres, not hundreds of kilometres. Hubble can make the link work at low data rates with a large antenna, but the link budget does not bend. A device that needs to send an image will never use this network. A device that needs to send twelve bytes, every hour, for a decade, might. Competition is the third. Cellular direct-to-device is moving fast. Satellite operators and handset makers are pushing to connect ordinary phones, and carriers are testing their own satellite messaging. Hubble is not in that fight. It is betting that the long tail of cheap sensors is a different market from the phone in your pocket, and that being early to standard Bluetooth gives it a moat cellular cannot easily cross. Then there is the valuation. A $1.6 billion price on a company with single-digit-millions revenue assumes the sixty-satellite plan lands, the partnerships convert, and the firmware-only model keeps its cost edge. Each is a real bet, not a forecast. The round buys time to prove them; it does not prove them. ## The field it is racing Satellite connectivity for small devices is crowded at the edges and thin in the middle. Hubble's nearest analogues either need a purpose-built modem or serve phones rather than tags. | Parameter | Hubble Network | AST SpaceMobile | Skylo | | ------------------- | -------------------------- | ---------------------- | -------------------- | | **Device change** | โœ” Firmware update only | โœ” None for handsets | โ— Cellular IoT modem | | **Radio** | Standard Bluetooth LE | 5G cellular | NB-IoT / NTN | | **Typical payload** | Bytes per message | Broadband and voice | Short messages | | **Primary buyer** | Sensor and tracking fleets | Carriers and consumers | Industrial IoT | Qualitative comparison of connectivity approaches. Sources: company materials, 2026. Read the table as a set of trade-offs, not a scoreboard. Hubble wins on device cost and simplicity. AST SpaceMobile and its peers win on bandwidth and on reaching handsets that already exist. Skylo sits between them, connecting cellular IoT modems to satellites. The three are not fighting for the same socket, which is exactly why Hubble can raise at a premium without beating anyone head-on. ## Why the sensor economy needs a cheaper pipe Every connected device pays a connectivity tax. A cellular IoT module adds roughly ten to twenty dollars to a bill of materials, plus a data plan, plus certification. That is trivial for a car. It is fatal for a soil sensor that sells for fifteen dollars and has to last a decade in a field. Satellite modems are worse. Purpose-built hardware for orbital links can cost more than the device it serves, and it draws power a coin cell cannot spare. The result is a class of devices that are built to sense, but never built to report from the field. Hubble's wager is that this gap is the market. If connectivity costs nothing in hardware and almost nothing in power, the number of devices worth connecting jumps by orders of magnitude. That is the same shift that made Wi-Fi and Bluetooth ubiquitous in the first place: the radio became free, so it went into everything. The addressable count is the argument. Billions of Bluetooth tags, sensors, and trackers ship every year, and most never leave short range. A firmware update that extends their reach to orbit does not create a new device category; it upgrades one that already exists. For an investor, that is the difference between selling into a market that must be built and selling into one that is already here. The catch is that cheap connectivity only matters if it is dependable. A fifteen-dollar sensor that reports intermittently is a novelty; the same sensor reporting on schedule is infrastructure. Reliability is what converts a demo into a contract, and reliability is a function of how many satellites are overhead. That is why the constellation cadence matters more than the fundraising headline. A round can be announced in a morning. Continuous coverage has to be earned, one launch at a time, and the market will price the difference long before the company does. ## Signals to track ๐Ÿ“Š **Key signals to track** Satellite count โ€” does Hubble hold a one-per-month cadence toward sixty? Design wins โ€” do Texas Instruments, InPlay, and Samsara convert from announcements into shipping volume? Coverage โ€” does the satellite layer move from "growing" to continuous, and in which regions first? Revenue โ€” does disclosed revenue begin to track the valuation, or does the gap keep widening? ๐ŸŽฏ Hubble's bet is that the cheapest radio in the world can reach orbit, and that the market for it is measured in billions of tags, not millions of phones. The $200 million buys roughly four years and fifty-four more satellites. It does not yet buy continuous coverage or proven revenue. If the firmware-only model holds, Hubble owns a connectivity layer the cellular carriers have no cheap way to reach. [ Hubble raises $200 million to expand Bluetooth satellite constellation SpaceNews reports the Series C and the constellation build-out target. Used for the funding figures and satellite count. SpaceNews ](https://spacenews.com/hubble-raises-200-million-to-expand-bluetooth-satellite-constellation/?ref=nexi.fund) Trade-press baseline for the round and the hardware plan. [ Satellite Bluetooth startup Hubble Network raises $200 million at $1.6 billion valuation Reuters confirms the valuation, the lead investor, and the same-day general availability of the satellite network. Reuters ](https://www.reuters.com/technology/satellite-bluetooth-startup-hubble-network-raises-200-million-16-billion-2026-09-23?ref=nexi.fund) Neutral wire source for the headline numbers. [ Hubble Network raises $200M to reach $1.6B valuation as startup expands satellite Bluetooth network GeekWire adds company background and the local Seattle context behind the raise. GeekWire ](https://www.geekwire.com/2026/hubble-network-raises-200m-to-reach-1-6b-valuation-as-startup-expands-satellite-bluetooth-network/?ref=nexi.fund) Background on the team and the company's trajectory.