Hubble Network has achieved an unprecedented feat and that many (including me) believed impossible, and that was to make a device Bluetooth could connect over a long distancea, achieving nothing more and nothing less than "establishing a Bluetooth connection directly in space."
Yes, that's how you're reading it, the Hubble Network has shown that a simple 3,5 Bluetooth chip mm, manages to establish connection directly to space, covering a distance of 600 km.
This news is certainly worth mentioning, since you won't let me lie, since the vast majority of us have had Bluetooth connection problems at some point and we usually associate them with two things: We think that our device is not "competent" enough or that we are very far away and the connection is "weak."
Usually, special equipment would be needed to be able to have communication with a satellite, but after what the startup has achieved «Hubble Network" to discover a way to use regular Bluetooth chips, skeptics no longer have arguments to disparage the ability to send signals directly from Bluetooth chips and receive them over long distances.
Regarding the feat, it is worth mentioning that this was carried out after Hubble Network will launch its first two satellites aboard SpaceX's Transporter-10 mission from the Vandenberg space station earlier this year, but it's worth mentioning that these They are not “any satellites”, as they managed to receive signals from a simple 3,5mm Bluetooth chip at an astonishing distance of 600 km.
The launch is mentioned to have been backed by a $20 million “Series A” financing from “industry giants like Transpose Platform and Y Combinato.” Alex Haro, co-founder and CEO of Hubble Network, highlights:
«We have refuted thousands of skeptics by demonstrating that we can send signals directly from Bluetooth chips and receive them in space 600 km away. "We have opened a new field of possibilities."
The importance of the Hubble Network lies in its ability to overcome limitations of traditional networks, such as limited coverage in remote areas, high power consumption and high operating costs on a global scale.
Additionally, Hubble Network technology promises to give IoT devices and computing equipment another way to receive data, In addition to the usual broadband access by allowing any Bluetooth device to connect to its satellite network without the need for cellular reception, Hubble is paving the way for a 180° change in the Internet of Things (IoT), since as such , the achievement of Bluetooth communication at that distance represents a transformation in global connectivity.
Hubble's breakthrough addresses these questions head-on. By allowing any Bluetooth device on the market with a simple software update to connect to their satellite network without cellular reception, they are paving the way for a revolution in the Internet of Things (IoT). Imagine global coverage with 20x lower battery consumption and 50x lower operating costs. It's not just an improvement; It is a transformation.
The potential of using this network extends to various industries, from agriculture to defense, where reliable and secure communication capabilities are crucial. For example, Hubble Network mentions that farmers can take advantage of low-cost, low-power sensors without the need for expensive space equipment, while in defense, communications security is critical.
Finally, Hubble mentions that it has future plans to launch the next 32 satellites, all at once in the fourth quarter of 2025 or early 2026, forming the company's first "production constellation." This constellation will allow connection to a Hubble satellite for approximately two to three hours a day from anywhere in the world, further enhancing the potential of this technology.
If you are interested in knowing more about it, you can check the details In the following link.