TheMetaverse world is basically based on the internet network, the different types of optical infrastructural fiber wire and cableare playing the role of keys to opening the doors of this world and connecting it with the real world.
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The Metaverse is currently a very popular topic of conversation, but how is it actually maintained behind the scenes? How will it be able to interact in the Metaverse? With a brand-new internet that was constructed with a distinct set of priorities.
Let's think back to when the internet first came into existence.
In the early 1970s, it was developed as a method by which the military could reliably share information between computers involved in defense research that were located in different parts of the country.
Since then, the expectations of consumers have only continued to rise, but the internet was never intended to support interactions in real-time.
A network that places a high priority on the timely delivery of data is necessary for the next generation of real-time applications as well as the Metaverse.
You won't be considered a part of the Metaverse if you aren't using the network that was developed for that specific reason.
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But there is a way out of this predicament.
It is now possible for everyone to access the world's quickest, most reliable, most widely available, and most secure network.
Real-time application developers and businesses may operate, deploy, and scale their software with the help of Subspace's Network-as-a-Service.
We provide real-time connectivity from any location to any location, and now you can obtain enterprise-level access anywhere in minutes without the need for any client-side installation whatsoever.
On the Metaverse, you can't afford to waste a single millisecond if you don't want to miss a single nanosecond.
The word "metaverse" is expected to be one of the terms that comes up most frequently in conversations about technology in 2018.
The concept of how the Internet of the future will develop has attracted a lot of attention ever since Facebook, which has now been renamed Meta, made public its intention to commit to the emerging realm of immersive virtual reality.
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It will signify a move beyond social networks, new patterns of behavior, and of course, new chances for business (avatars will be potential virtual consumers and there are already brands that are thinking of specific products to sell in the metaverse).
Beyond the saturation of social networks and the limitations of conventional websites, this Internet revolution cannot be understood without the technological advancements of the past few years that make a quality virtual experience possible.
These technological advancements include devices for augmented reality that are very precise, glasses that allow 100% virtual immersion, and graphics cards that can draw virtual worlds with astonishingly realistic detail.
In addition to all of this, the foundation that underpins the metaverse is low latency data transfer, and this is definitely one of the reasons why we see how the large tech giants are becoming increasingly involved in pushing for additional fiber-optic undersea cables.
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And the deployment of fiber optics with ever lower latencies will be a key element in whether or not the metaverse can be successfully constructed.
Getting ready for the arrival of the metaverse: Google and Meta's underwater cable systems According to a recent study conducted by the technology consultancy TeleGeography and reported by a variety of media outlets, Microsoft, Alphabet (Google), Meta, and Amazon now control 66% of the capacity of the submarine fiber optic cables that feed the Internet.
This is a very high figure considering that in 2012, they barely reached 10% of the capacity.
In point of fact, Google has already established a landing point for the Grace Hoper cable in Bilbao, which is an undersea cable connecting the United States with the United Kingdom and Spain.
