You download an app, you tap a button, and a Bluetooth beacon in a shipping container somewhere in the Port of Los Angeles sends a packet of data. The packet doesn't go to your phone. It goes to a gateway you've never seen, owned by someone you've never met, and from there, into a cloud dashboard. The magic isn't the beacon, which is a commodity. The magic is the assumption that a gateway is always listening, somewhere nearby. Hubble Network's bet is that it can make that assumption true, everywhere, by turning the world's smartphones and routers into its own private network.
It starts with a simple, almost audacious premise: what if every Bluetooth device could talk to the internet, from anywhere, without a cellular modem? The answer, according to Hubble, is a two-layer network. The first is terrestrial, a sprawling mesh of software-enabled gateways. The second, still to come, is a constellation of satellites listening for Bluetooth signals from orbit. The company claims its terrestrial layer is already live, powered by more than 90 million integrated access points [hubble.com]. For developers, the promise is a single API that abstracts away the physical layer, letting a temperature sensor in a refrigerated truck or a tracking tag on a construction tool report its status from a city street or a remote highway.
The founder's second network
The ambition is vast, but the founding team carries the kind of credibility that makes investors listen. CEO Alex Haro co-founded Life360, the family location-tracking app, and led it through an IPO to over 88 million monthly active users [13][14][20]. His co-founders bring complementary, hardware-deep expertise. Ben Wild, the CTO, founded Iotera, a pioneer in long-range IoT connectivity that was acquired by Ring in 2017 [10][11][12]. John Kim, the Chief Space Officer, is an aerospace engineer with experience in spacecraft systems at SSL (Maxar) [15][16]. This is a team that has built a massive, consumer-scale network before, and has shipped hardware that ends up in millions of homes. Their collective resume is a direct rebuttal to the notion that building global infrastructure is purely a domain for legacy telecom giants.
From sandbox to satellite
Hubble's go-to-market strategy is a classic developer-first playbook, rendered at planetary scale. It begins with a free sandbox, where engineers can test using a mobile app as a local gateway [hubble.com]. When they're ready to deploy, they upgrade to the live network, which Hubble says connects them to those tens of millions of gateways [hubble.com]. Pricing starts with 100 free devices, scaling to enterprise plans for thousands [hubble.com/pricing]. The technical milestone that underpins the satellite ambition is significant: in May 2024, Hubble announced it had established the first Bluetooth connection directly to a satellite. By early 2025, it had launched its first satellites and successfully tested the space-based link [35][36].
The company is not building this in a vacuum. Early partnerships signal the industrial use cases it's chasing. A deal with Link Labs focuses on global asset tracking beyond facility walls [38][42]. Another, with InPlay Inc., targets sub-$1 global tracking for smart labels and cold chain monitoring. A partnership with Silicon Labs integrates the MG24 chip, and a collaboration with Haro's former company, Life360, provides a ready-made terrestrial footprint. These aren't just press releases; they are distribution channels and validation points for a network that needs volume to thrive.
| Founder | Role | Key Background |
|---|---|---|
| Alex Haro | Co-Founder & CEO | Co-founded Life360 (IPO, 88M+ MAUs) [13][14][20] |
| Ben Wild | Co-Founder & CTO | Founded Iotera (acquired by Ring) [10][11][12] |
| John Kim | Co-Founder & Chief Space Officer | Spacecraft systems at SSL (Maxar) [15][16] |
The execution cliff
For all its promise, Hubble Network faces a gauntlet of execution risks that are as large as its vision. The terrestrial network's scale, cited as over 90 million gateways, is a staggering claim that is central to its value proposition but difficult for an outsider to verify. The business model relies on a classic two-sided network effect: developers need reliable, ubiquitous coverage to build, and coverage needs a massive, dispersed install base of gateways. Building one side without the other is a chicken-and-egg problem of cosmic proportions.
The capital intensity is another obvious pressure point. The company has raised substantial funding, including a $20 million Series A led by Transpose Platform in 2023 and a $70 million Series B in 2025 [25][26][29][30]. This war chest is necessary for launching satellites and scaling operations, but it sets a high bar for revenue. The planned 60-satellite constellation represents a long-term, capital-heavy bet that must be deployed before the full value proposition is realized [SpaceNews].
- The coverage claim. The entire terrestrial service hinges on the density and reliability of its gateway network. A gap in coverage in a key logistics corridor could break a customer's deployment.
- The satellite timeline. Delays in launching and commissioning the space segment would push back the promise of true global, remote coverage, potentially ceding momentum to competitors or alternative technologies.
- The monetization bridge. The company must convert early developer interest and partnership pilots into paying, at-scale enterprise contracts fast enough to justify its burn rate and fund its capital roadmap.
The next connectivity layer
The next twelve months for Hubble will be defined by a shift from proving the technology to proving the business. Key milestones to watch include the expansion of its satellite constellation, the announcement of flagship enterprise customers moving out of pilot, and any new partnerships that embed its connectivity into widely used hardware platforms. Another funding round is plausible given the capital demands of space infrastructure, but the more telling signal will be the growth of its recurring revenue from the terrestrial network.
Hubble Network is not just selling connectivity. It is selling a new default. For decades, adding internet to a device meant adding cost, power draw, and complexity,a cellular modem, a SIM card, a data plan. Hubble's implicit question is whether the world has reached a point of Bluetooth saturation where the modem itself becomes the legacy technology. It is betting that the infrastructure for a thinner, cheaper, more pervasive kind of connection is already here, in our pockets and on our walls, waiting to be unlocked. The ambition is to make the planet itself a Bluetooth receiver, and in doing so, to make the idea of a disconnected device feel as anachronistic as a corded phone.
Sources
- [hubble.com] Hubble Network homepage | https://hubble.com/
- [hubble.com] Hubble Network Press | https://hubble.com/news
- [hubble.com] Hubble Network Pricing | https://hubble.com/pricing
- [TechCrunch, May 2024] Hubble Network makes Bluetooth connection with a satellite for the first time | https://techcrunch.com/2024/05/02/hubble-network-connects-a-bluetooth-chip-to-a-satellite-for-the-first-time/
- [GeekWire, 2025] Hubble Network launches Bluetooth satellite system for tracking your devices from orbit | https://www.geekwire.com/2025/hubble-network-launches-satellite-bluetooth-tracking/
- [SpaceNews, 2025] Hubble Network raises $70 million to accelerate 60-satellite Bluetooth constellation | https://spacenews.com/hubble-network-raises-70-million-to-accelerate-60-satellite-bluetooth-constellation/
- [Y Combinator] Hubble Network: Bluetooth to Space | https://www.ycombinator.com/companies/hubble-network