To understand “why Web3”, we need to look back at a brief history of the Internet.
Today, everyone has a digital accessory called a smartphone.
Like our other appendages, we don’t know how to live without it.
Because it’s the only point of entry that gets us into the internet most of the time, it’s designed to accommodate our visual and auditory senses and provide our brains with a stream of data to process.
Through this portal into the internet, where we can be productive or do fun internet activities, everyone seems to be addicted to it.
All the time, data from all over the world is being encoded. Basically, when you send a text message, a Facebook post, a tweet, an Instagram story, or whatever nicely packaged packet of data these machines make for you, there is data encoded.
It is then sent around the world via satellite and wire. Finally, at its destination, it is decoded by our digital attachments into a display of light and sound, in short, turning the encoding into useful information that we could theoretically use to make our lives better.
Hundreds of millions of data streams interact with each other, and the network of interactions is the Internet ecosystem.
But it’s not always so efficient.
Essentially, there are 3 main paradigms for the infrastructure of the Internet. These paradigms are defined by their protocols, the inner workings of internet machines. At a high level, these 3 levels of progress follow technological innovation as better hardware leads to better software.
The early web 1.0 Internet meant only basic websites with HTML code over which data was sent and received. If you go back far enough, you know that a web page used to be just a billboard that you could access via a web address.
In the early days of the internet, your digital attachments were usually only at home or in the office, connected to the internet for a specific purpose, like sending an email or sending a JPEG, and it took days to arrive.
Ultimately, we improved the technology. As the Internet gets faster and the hardware that runs on it gets more advanced, more data can travel across the network.
It becomes more convenient to carry these digital appendages with us wherever we go. Our thirst for information and entertainment is clearly insatiable.
Technology has become extremely efficient after this Web 2.0 revolution, and today, the amount of data flowing through the Internet is astronomical. In zettabytes.
It is clear that the Internet ecosystem is complex and massive. We spend most of our day immersed in its surroundings. Rely on it as a link between the social, economic and political worlds.
A digital appendage with one foot in the physical world and the other in the metaspace.
Unfortunately, like any ecosystem in which human activity is involved, it eventually becomes polluted and decays.
The entropy increase problem affects virtual ecosystems just as it affects physical, real-life ecosystems. Obviously, the internet world has its own version of slums and ruins, and the populations that suffer in them.
Clearly, this scale of data transfer, virtual ecosystems, this experiment we call the Internet is becoming unsustainable for several reasons:
Advances in internet speeds and computer hardware mean that businesses can build complex and sophisticated infrastructures to serve their customers.
In theory, companies serve us by letting us take advantage of this infrastructure built on top of the Internet.
They created a product and we signed a deal with them without knowing the consequences. They solve our multimedia and communication problems in exchange for our online behavioral data and, most importantly, our attention, a breach of privacy and trust.
We unknowingly signed off, allowing our minds to be hijacked by willing bidders, a process we didn’t want to do ourselves. They violated their responsibilities and original intentions as information gatekeepers, and finally chose to compromise their interests.
Like any ecosystem, the internet has many dark and dirty corners. The ease of web access means anyone can put anything there.
As you read this, there are millions of scammers trying to find their next victim.
malicious control of the public
Publicity has never been easier. In the final analysis, information access to the Internet is not in a neutral way. .
When entering this ecosystem through our digital appendages, many are doing the same. How can we trust them to act in the way that is in our personal best interest?
The downside of web2 is that anything can be encoded and anything can be transferred to you. Moreover, this data can be censored or manipulated at will by the authorities.
That means that out of all the useful, purposeful data zipping across the internet, there may be an equal amount of malicious, low-quality junk being used to control and dominate us.
From phishing, to dark web transactions, and the dark corners of the web, there are incentives in the internet ecosystem that are detrimental to users.
Web3 tries to solve this problem, the upgrade of technology has given us new protocols, the inner workings of the Internet infrastructure, and facilitated our digital auxiliary facilities.
We can simply think of it as the armor that protects us.
The web3 revolution provides a better standard for our internet experience, of all the interactive data in the internet ecosystem, we will only consider valuable communication data.
Further adoption of these protocols will allow us to participate in a proven Internet ecosystem.
Ultimately, people will abandon the old internet ecosystem for a new one, and what we see in this space is what we really get.
This may be hard to imagine, just as the explosion of the internet itself was completely unpredictable for most people.
And this time it will push the internet to change in a completely revolutionary way.
Posted by:CoinYuppie，Reprinted with attribution to:https://coinyuppie.com/why-web3/
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