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@Walrus 🦭/acc #walrus $WAL

Para minha postagem final, quero olhar para o que os desenvolvedores podem realmente construir com o protocolo Walrus. Como está integrado com a blockchain Sui, é muito fácil para as pessoas criarem aplicações descentralizadas, ou dApps. Estas são como os aplicativos no seu telefone, mas não rodam em um único servidor de empresa. Como o Walrus $WAL pode armazenar enormes quantidades de dados de forma barata, ele abre muitas novas possibilidades que eram muito caras antes.

Uma grande área é para coisas como Tokens Não Fungíveis, ou NFTs. Normalmente, quando alguém compra uma peça de arte digital, a imagem real é armazenada em um site normal que pode desaparecer. Se o artista usar Walrus, a imagem permanece segura em uma rede descentralizada para sempre. Outro uso é para conjuntos de dados de IA. A inteligência artificial precisa de uma quantidade massiva de dados para aprender. O Walrus pode armazenar todos esses dados de uma maneira que é transparente e fácil de verificar. Isso poderia ajudar a tornar a IA mais justa e acessível a todos.

Podemos até ver sites inteiros hospedados no Walrus. Isso significaria que um site nunca poderia ser retirado do ar por uma única pessoa ou um governo porque existe em todos os lugares ao mesmo tempo. Acho que isso é muito importante para a liberdade de expressão e para manter as informações disponíveis para todos no mundo. Como estudante, estou animado para ver que tipo de novos jogos e plataformas sociais serão construídos usando essa tecnologia. Parece que estamos no início de uma nova era para a web. Eu posso até tentar aprender a programar no Sui para que eu possa construir algo no Walrus eu mesmo um dia.

$WAL

@Walrus 🦭/acc #walrus $WAL

Privacy is a topic that we discuss a lot in school, especially when it relates to social media. Many people do not realize that when they upload a file to a normal cloud service, that company can often see what is inside. The Walrus protocol is built to be different because it focuses on privacy and secure interactions. It uses advanced cryptography to make sure that transactions are private and that data is only accessed by the people who are supposed to see it.

The protocol supports private transactions, which means you can move assets or data without the whole world knowing your business. This is very important for businesses and also for individuals who care about their personal information. Since Walrus is decentralized, there is no central authority that can snoop on your files. Even though the pieces of your files are spread out across many computers, those computers do not have the whole file. They only have a small, encrypted fragment that means nothing by itself. It is like tearing a letter into a thousand pieces and giving one piece to a thousand different people. No one can read the letter unless they have the key to put it all back together.

I believe that as we spend more of our lives online, we will need more tools like Walrus. It gives us back control over our own information. We should not have to choose between convenience and privacy. This technology shows that we can have a fast and easy way to store our data while still keeping it safe from people who do not have permission to see it. It makes me feel much more secure about the future of the internet.

$WAL

@Walrus 🦭/acc #walrus $WAL

In my science and math classes, we often talk about how to make things more efficient. The Walrus protocol has a very smart way of doing this with something they call Red Stuff. This is a special kind of erasure coding. Most people think that if you want to keep a file safe, you should just make ten copies of it. But that takes up a lot of space and costs a lot of money. Red Stuff is a two dimensional encoding method that is much smarter than just making copies.

It works by putting the data into a grid or a matrix. Then it creates extra pieces of information based on the rows and the columns. Because of this math, the network only needs to store a little bit of extra data to be very safe. For example, the protocol might only need five times the space of the original file to make it almost impossible to lose. Even if two thirds of the computers in the network disappear at the same time, the original file can still be put back together. This is a huge improvement over older ways of storing data.

I find this fascinating because it shows how math can solve real world problems. It makes the storage cost much lower for everyone. It also helps the network "heal" itself. If a new computer joins the network, it can use the Red Stuff math to figure out what pieces it needs to store without downloading the entire file from someone else. This saves a lot of bandwidth and makes the whole system much faster. It is really cool to see how these advanced formulas are used to build the tools we use on our computers every day.

$WAL

#walrus $WAL @Walrus 🦭/acc

I was researching how different digital economies work and I found some interesting facts about the WAL token. This is the native cryptocurrency for the Walrus protocol. In a decentralized system, you cannot just have people working for free. They need a reason to provide their computer storage and electricity. This is where the WAL token comes in. It is used as a way to pay for the services on the network. If you want to store a large file, you use WAL tokens to pay the people who are keeping your data safe.

The $WAL token is not just for paying fees, though. It also has a very important job in something called staking. People who own WAL tokens can lock them up to help secure the network. This is called proof of stake. When people stake their tokens, they are showing that they want the network to succeed. In return for doing this, they can earn more tokens as a reward. This reminds me of how a savings account works at a bank, but it is all done with code on the blockchain.

Another thing I learned is that the $WAL token is used for governance. This means that the people who hold the tokens get to vote on how the protocol should change in the future. They can decide on things like how much the storage should cost or what the penalties should be for bad actors. I think it is very fair that the users and the people providing the service get to make the rules together. It is a very democratic way to run a technology platform. Understanding these economic parts helps us see why the system stays stable and grows over time.

#walrus $WAL @Walrus 🦭/acc

Hello everyone. Today I want to talk about a very cool technology called the Walrus protocol. In our computer science class, we learn about how most of our data is stored on big servers owned by huge companies. This is called centralized storage. However, Walrus $WAL is different because it uses a decentralized network. This means that instead of one big company holding your files, the files are spread out across many different computers all over the world. This is built on the Sui blockchain, which helps keep everything organized and secure.
The main goal of Walrus is to store things called binary large objects, or blobs.

These are just big files like movies or high resolution pictures. If you store a file on Walrus, it does not just sit in one place. The protocol uses something called erasure coding. This breaks the file into many small pieces. Even if some of those pieces are lost because a computer turns off, you can still get your whole file back. I think this is amazing because it makes the internet more reliable. No single person can just delete your file or turn off the server. It is like having a backup that is everywhere at once.
For students like us, this might be the future of how we save our homework or our digital art.

We will not have to worry about a single website going down and losing our work forever. It also helps with privacy because the data is not just sitting out in the open for one company to look at. This is a very big step forward for the internet and how we manage our digital lives. I hope to learn more about how the coding part works soon.

$WAL

#dusk $DUSK @Dusk

When I look at how blockchains are built, I notice that the old ones are often very slow because they try to do everything at once. $DUSK is different because it uses a modular architecture. I read an article on their news site about the multilayer evolution of their network. This means they have different layers that each do a specific job very well. One layer handles the consensus and settlement, while another layer handles the applications and smart contracts. This is a lot like how a big city is organized, with different departments for water, electricity, and transportation.

Because Dusk is modular, it can be much more efficient. The Layer 1 is the foundation that keeps everything secure and handles the finality of the transactions. Then you have the DuskEVM layer which allows for all the cool apps and DeFi projects to exist. This modular design also makes it easier to upgrade the system without breaking everything. For example, they can add new privacy features to the Hedger module without having to restart the whole blockchain. This is very important for institutions because they need a system that is reliable and can grow over time.

$DUSK was founded in 2018, so they have been working on this for a long time to make sure it is perfect. They are focused on building infrastructure for regulated financial markets. This means they are not just trying to be a fast network for games, but a serious platform for the future of global finance. It is really cool to see how they have combined privacy, compliance, and ease of use into one system. I think that by being modular, Dusk is staying ahead of other projects that are too rigid. It shows that they are ready for whatever the future of technology brings. This kind of planning is why they are attracting big partners like Chainlink and NPEX.

#dusk $DUSK @Dusk

I have been researching what makes a blockchain actually work, and I found out that the $DUSK token is the heart of the whole system. It is not just a coin for people to buy and sell on an exchange like CoinMarketCap. It actually has a lot of important jobs to do within the network. First of all, it is used to pay for transaction fees. Every time someone sends a token or uses a smart contract on the DuskEVM, they use DUSK to pay for it. This keeps the network running and prevents people from spamming the system with useless messages.

Another really important job for the DUSK token is something called staking. In the Dusk network, they use a special way to agree on transactions called the Segregated Byzantine Agreement. People who hold DUSK tokens can lock them up to help secure the network and verify that all the transactions are correct. In return for doing this work, they can earn rewards. This is a great way to make the network decentralized because it means many different people are helping to run it instead of just one big company. Since the $DUSK token is used for gas and for securing the network, its value is tied to how much people actually use the blockchain.

With the launch of DuskTrade and the new EVM layer, it seems like there will be a lot of activity on the network soon. I think it is very smart how they designed the token to have so much utility. It makes the whole ecosystem move together. Even as a student, I can see that having a token that actually does something useful is much better than a token that is just based on hype. It gives the project a solid foundation for the future.