A company that promised to connect the world's cheapest wireless chips to satellites has turned that promise into a $1.6 billion valuation. Hubble Network announced on Wednesday, September 23, 2026, that it has raised $200 million in Series C funding and opened its satellite network to general availability, letting device makers route data from ordinary Bluetooth radios through orbit.
Fresh capital, unicorn status
Smith Point Capital led the round, with Seraphim, Carthona Capital, Earthshot Ventures, Y Combinator, and RPM Ventures also taking part. The financing brings Hubble Network's total funding to $300 million, following a $70 million round roughly a year earlier — a pace that reflects how quickly investor appetite for space-based connectivity has grown.
The $1.6 billion valuation puts the company firmly in unicorn territory at a moment when satellite communications remains one of the few corners of tech still commanding premium prices.
Connecting Bluetooth chips to orbit
Hubble's pitch sounds almost implausible: the billions of Bluetooth Low Energy chips already inside phones, trackers, wearables, and sensors can be made to beam data directly to satellites with nothing more than a firmware update. No cellular modem, no GPS receiver, and no dedicated satellite antenna are required — the radio hardware inside devices today is enough.
Founder and chief executive Alex Haro, who previously co-founded the location-sharing company Life360, says the industry initially doubted the idea could work. "When we said we'd connect Bluetooth chips to satellites, most of the industry said the physics wouldn't allow it," Haro said. "Today we're turning that early skepticism into a global opportunity."
The company spent years proving out the radio physics before scaling the space segment, and Wednesday's general-availability launch marks the point at which the technology moves from pilot projects to a platform any hardware maker can build on.
Partners, pilots, and a 60-satellite roadmap
Hubble is not building the ecosystem alone. Texas Instruments is working with the company at the chip level, while smart-label manufacturer Reelables is integrating the capability into its products. Fleet-tracking giant Samsara is among the early pilot customers testing satellite connectivity for assets operating far beyond cellular range.
The space side of the network is built in partnership with Muon Space. Six satellites are currently in low Earth orbit, and the company plans to grow the constellation to 60 spacecraft by 2030 — enough, Hubble says, to deliver global coverage for low-data applications such as location pings and sensor readings.
Why it matters for Pakistan
For Pakistan, the appeal of Hubble's approach is cost. Satellite tracking has traditionally meant expensive dedicated modems, putting it out of reach for all but the most valuable cargo. If a firmware update can turn a cheap Bluetooth tag into a global tracker, the economics of asset monitoring change dramatically.
That could matter for logistics companies moving goods between Karachi, Lahore, and Peshawar, for cold-chain exporters who need proof of temperature conditions across long journeys, and for agriculture — from tracking livestock to monitoring soil sensors in fields with patchy cellular coverage. In remote areas such as Gilgit-Baltistan or rural Balochistan, where mobile networks thin out, orbit-based Bluetooth could keep equipment and vehicles visible where they currently go dark.
Pakistan's startups and device makers may also find an opening: building trackers and sensors on commodity Bluetooth hardware, rather than importing costly satellite modules, lowers the barrier to building locally for a global market.
Hubble's bet is that connectivity stops being a hardware problem and becomes a software one. With fresh funding and a network now open to all, the next few years will show whether the world's cheapest radio can become its most far-reaching.
