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action or later. Please see Debugging in WordPress for more information. (This message was added in version 6.7.0.) in /home4/scienrds/scienceandnerds/wp-includes/functions.php on line 6114Source:https:\/\/techcrunch.com\/2023\/05\/31\/hubble-network-is-building-out-a-space-based-bluetooth-network-to-connect-over-billion-devices\/<\/a><\/br> Bluetooth-enabled devices are ubiquitous, but how those devices are used is constrained by the relatively short range provided by Bluetooth technology. Seattle-based startup Hubble Network<\/a> wants to completely upend that status quo by launching a satellite network that any Bluetooth-enabled device can connect to, anywhere in the world.<\/p>\n The company\u2019s aim is to build out a constellation of 300 satellites that can provide real-time updates for any sensor or device outfitted with a Bluetooth low energy (BLE) chip. On its website, Hubble proposes use cases that span industries \u2014 from child safety to pallet tracking to environmental monitoring. The startup\u2019s ultimate goal is to connect over a billion devices on its network.<\/p>\n Hubble Network CEO Alex Haro says the company has engineered \u201ctechnical tricks\u201d to make this scale of connectivity possible for the first time, like lowering the bitrate, or the amount of data transferred per second. Hubble has also rethought the design of the satellite antenna. Instead of sticking a single antenna on the side of a satellite bus, the company is using hundreds of antennae per satellite. This means that each satellite can support millions of connected devices.<\/p>\n \u201cThat is essentially a huge magnifying glass onto the surface of the earth that\u2019s able to detect these very weak radio signals coming out of the Bluetooth chips, and that\u2019s what enables you to actually decipher and receive the Bluetooth signal,\u201d Haro explained.<\/p>\n The result is a radio signal that can be detected around 1,000 kilometers away \u2014 or almost 10 orders of magnitude longer than what can be detected from a Bluetooth chip over terrestrial networks.<\/p>\n Hubble Network plans to launch an initial batch of four satellites on SpaceX\u2019s Transporter-10 rideshare mission in January 2024, and onboard early pilot customers after. The startup is fully funded through this mission, Haro said, thanks to a $20 million Series A round that closed in March. That round was led by Transpose Platform, with additional participation from 11.2 Capital, Y Combinator, Yes.VC, Convective Capital, Seraphim Space, Type One Ventures, Soma, AVCF5, Space.VC, Jett McCandless, John Kim, Chris Nguyen, Alan Keating and Don Dodge.<\/p>\n Hubble\u2019s founders are no strangers to the wide world of Internet of Things (IoT) devices and services. Haro co-founded Life360<\/a>, a location sharing and communication app for families, and saw the company through its listing on the Australian Securities Exchange in 2019. While working as Life360\u2019s chief technology officer, Haro said he was always looking to build useful hardware for families, too: fall detectors for elderly parents or GPS watches for kids. But the kind of network he was looking for to support these devices \u2014 one that had \u201clow bandwidth, infrequent updates, but [\u2026] globally accessible, very battery and cost efficient,\u201d as Haro described it \u2014 didn\u2019t exist.<\/p>\n While mulling these issues, he met Ben Wild, who is now Hubble\u2019s CTO. Wild had previously founded Iotera<\/a>, a company that was working on a crowd-sourced wireless network, and that was eventually sold to Ring (which was later bought by Amazon). Haro and Wild realized they could build the network they were looking for in space.<\/p>\n The pair brought in a third co-founder, aerospace engineer John Kim, whose career has spanned developing spacecraft systems at SSL, a subsidiary of Maxar Technologies, to aerospace consulting work. The trio officially incorporated Hubble Network in October 2021 and joined Y Combinator\u2019s Winter 2022 cohort.<\/p>\n \u201cAll three of us came together with this vision to connect any off the shelf Bluetooth chip directly to a satellite and really enable this network that will work anywhere in the world and be very battery and cost-efficient,\u201d Haro said. \u201cWe think that will unlock a whole bunch of really cool use cases.\u201d<\/p>\n
\nHubble Network wants to connect a billion devices with space-based Bluetooth network<\/br>
\n2023-05-31 22:19:04<\/br><\/p>\n