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The Future of Satellite Phone Communications

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Future of Satellite Phone Communications: A satellite phone service offers coverage across the entire globe– it will not matter where you are or how remote you will still get a signal. Many previous modes of communication have been predicted to disappear soon because of the Internet’s apparent universality and limitless utility. Younger audiences are shunning cable or satellite television in favour of online viewing options like Netflix transmitted through Blu-ray players, gaming consoles, or new casting technology like Chromecast. Print media, such as newspapers and periodicals, has seen a steady decline in readership for years. Due to the abundance of websites on the Internet that allow users to communicate by text, voice, or video messaging, even some phone providers are seeing a decline in contract holders.

The Internet is not omnipotent, though. Even today, access to the Internet remains expensive and constrained. In the early stages of network technology, the Internet relied on phone lines for connections. In actuality, 4.4 billion people worldwide still do not have access to even the most basic forms of the Internet. The satellite phone is the undisputed emperor of this communications technology, yet the telephone continues to rule supreme as the finest way to converse globally.

Why Satellite Phones Are the Future of Communication

Satellite phones have been around for a while, and their steadfast capacity to link people who are disoriented, hurt, or alone with the people they need has upheld its standing as essential travel technology. When compared to humans who are constantly on the go, the Internet is completely unreliable, which is why it won’t be the most practical technology in the future given the speed and distance of upcoming human mobility.

Humans in Space

Space agencies from 14 nations, including those that provide humans to the International Space Station (ISS), convened in 2013 to talk about the future of space exploration. These nations studied the possibility of various methods for transporting humans farther into space than ever before when they established the International Space Exploration Coordination Group (ISECG).

The Global Exploration Roadmap is a long-term strategy for human space exploration and habitation developed by the ISECG. First, humans will return to the Moon’s surface and carefully build a modest, livable space station around our companionable satellite. Astronauts will travel to Mars after a brief test flight on the Moon, where the space agencies can improve the technology and identify potential challenges. The journey from the Moon to Mars requires less energy since shuttles do not have to fight against Earth’s gravity and atmosphere to reach space, but the seven-month ride is uncomfortable. However, while on the Red Planet, astronauts will establish a small settlement that will act as a basis for future investigations of the solar system’s furthest planets and asteroids. In the meantime, the ISECG believes that the Martian town will grow into a humming, otherworldly metropolis that serves as the precursor to actual human colonies in extraterrestrial space.

The ISECG is upbeat about its possibilities of launching the Global Exploration Roadmap, despite detractors who point to ambitious space initiatives that failed in the past because of inadequate funding. Before the end of the century, it’s possible that humanity will be inhabiting another planet thanks to the cooperation of a number of wealthy nations as well as financial and technological contributions from the private sector.

But how does any of this relate to satellite phones’ dominance?

Space and Satellite Phones

When astronauts do establish a human colony on another planet in the future, they will still require a means of communication with Earth’s headquarters. Space agencies will launch hundreds or thousands of new satellites into orbit to speed up and improve the quality of these connections and to enable the transmission of essential data to and from astronauts (and even regular colonists).

The public won’t be allowed to use these satellites, which critics may argue should only be used for vital communications between astronauts and space agencies. Although this is true, it is also true that the public will benefit from the expanded use of satellite communications for such important objectives.

The space industry is huge. Due to the enormous study, development, and creation required for everything from the astronauts’ meals to the shuttles they travel in, implementing the Global Exploration Roadmap will be exorbitantly expensive. However, the majority of space organizations claim that this expenditure is far from waste for the world’s population. In the end, the significant scientific labor performed to create all of these products greatly benefits human society through enhanced technologies. The public will have access to significantly improved satellite phone technology because satellite communication is such an important aspect of space exploration. Virtually everyone on Earth will have access to fantastic satellite communications, and satellite phone operators will undoubtedly experience a rush on the refined technology.

Starlink and T-Mobile

Elon Musk gets an idea every minute, and a surprising number of them are excellent. Despite the fact that I worked with a man like Musk, I am aware of how difficult it is to work for or with someone of his calibre since, in general, he cannot distinguish between excellent and bad ideas.

Having said that, it is intriguing to consider using the Starlink satellites as a phone system. However, considering that Starlink currently has capacity problems, this service might make Starlink less desirable if it cuts bandwidth for current Starlink customers, which it almost certainly will.

Additionally, Musk frequently overpromises and underdelivers, misses deadlines for delivery, and causes a sizable amount of issues for his enterprises. However, SpaceX is the most affordable launch system now in use, is remarkably dependable, and the majority of Starlink reports I’ve seen have been remarkably excellent.

Personally, I would have held out on launching a new service on the network until Starlink was profitable and operating at scale, but that is not Musk’s style. His large, hazardous ventures up until this point have largely paid off. He and his businesses are still just one critical error away from a calamity, though. Considering how complicated his businesses are, it seems practically guaranteed that he will ultimately run into a bad wall.

The service will first be more advanced than Apple’s satellite offering, but it won’t be genuine cellular, and it will require an upgrade to the Starlink satellites. In places where there is a sufficient number of new satellites, full operation is anticipated by the following year. The beta of this service is rumoured for late 2023. T-Mobile and Starlink are in an intriguing position to be the first to succeed with a satellite-based smartphone solution if it doesn’t achieve critical mass.

AST SpaceMobile

With collaborations with organisations like Vodafone and AT&T, AST SpaceMobile, which is scheduled to launch its low earth satellite in 2023, has a clear road for initial global coverage. To reach critical mass, they will require between 45 and 65 satellites, and this should happen before the end of 2025, providing there are no significant market changes or the advent of a superior rival technology.

Once they reach critical mass, the company, which is covered in 2,400 patents, should be able to offer respectable 4G and 5G coverage. Your phone will function where it presently doesn’t since the service will be handled similarly to overseas travel or on-plane service for locations where there are cellular alternatives. Or as a main means of communication for persons living in distant areas without cellphone service, such as on land or at sea.

It would undoubtedly be a step forward from ship-to-shore and the majority of radio systems for law enforcement and first responders operating in regions with either no cellular service or degraded cellular service. The constraints of the other two services won’t apply to AST SpaceMobile’s service, which will function similarly to ordinary cellular in that it will support both voice and data. However, it will always fall short of terrestrial cellular services in terms of quality and data speed.

This service ought to be better than what you currently receive on a flight and ought to operate on aeroplanes as well. Unlike aeroplanes, which only support data at the moment, it will support both speech and data (people have been against getting cellular coverage on planes for fear that those using it would drive them crazy with loud constant phone calls).

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