The telecom business is experiencing its most prominent interruption since the message, as organizations work to open up space as the following wilderness for interchanges. French startup Heavenly Body desires to participate by reusing 5G tech to provide Starlink-like satellite broadband that utilizes telecoms’ current resources.
To use its full name, Constellation Technologies and Operations, it intends to launch a constellation of satellites into very low Earth orbit and collaborate directly with telecommunications providers to provide high-speed internet access through user terminals that are small but stationary.
The business would accomplish this by repurposing the terrestrial 5G spectrum for space-based connectivity; cellular signals can reach orbit if properly managed. The capacity and terminals would be provided by Constellation; however, the customer would subscribe to the service and pay the telecom provider for it.
In a recent interview, Constellation CEO and founder Charles Delfieux acknowledged that the space industry is at a crossroads: He stated, “We are witnessing a convergence of space and terrestrial connectivity in terms of performance and price for the first time in the history of space and telecommunication.” That union is essentially making those pursued, practical answers for conveying availability as something feasible.”
Delfieux, an engineer by training, worked as a program manager at the World Bank, where he oversaw the structuring and financing of large infrastructure projects in developing nations. He saw firsthand how admittance to dependable web stays a test for a great many individuals. He quit the World Bank in 2022 and started Constellation, supported by a first investor.
“If you have any desire to accomplish pervasive, general availability truly, the best way to do that is to use space advances,” he said.
He acknowledged that Starlink, whose performance and cost are increasingly approaching those of terrestrial solutions, has been the most successful example to date. However, according to Delfieux, the Constellation team eventually realized that the most promising business strategy is to essentially collaborate with terrestrial telecom operators rather than oppose them. Thus, he sees an enormous chance to give general web access paying little mind to the area or existing network.
The development of a satellite form factor that will be able to operate in very low Earth orbit, around 375 kilometers, is one technological innovation that supports the plan. Delfieux claims that this will help improve the system’s performance. Group of stars likewise means to reuse a piece of the 5G range dispensed to the telecom administrators on the ground for its space interchanges administration.
According to Delfieux, the startup will assist telecoms in monetizing the entirety of their 5G networks and better compete with new competitors like SpaceX and Amazon’s Kuiper.
“Established national, regional, and traditional telecommunications operators are seeing these compelling, very influential players, new entrants in the telecommunications sector, that start operating a broadband constellation, that start delivering broadband services from space…they are increasingly aiming at taking their own space within the telecommunications sector, in direct competition with established national and regional telecommunications operators. So it poses a threat. We want to be the ones offering a telecom operator-friendly solution. So tomorrow they can rival those new participants.”
He added that Constellation can reduce costs by incorporating mass-produced, inexpensive components already produced for terrestrial communication networks into the design of its user terminals and satellite payloads by utilizing the 5G spectrum.
To accelerate its plans, the company has secured a €9.3 million ($10.2 million) seed round. The new financing comes from the Extension Asset, Bpifrance, and a past anonymous financial backer.
By any standard, Constellation’s business model requires a constellation of 1,500 satellites with performance rates of 150 Mbps downlink and 50 Mbps uplink and a latency of less than 30 milliseconds to cover the entire globe.
The organization designs first to send off a facilitated payload to circle by June 2025 to do a start-to-finish trial of the help. In order to deploy production satellites the following year, it will launch two prototype satellites from there by the end of 2026.
