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@Dusk $DUSK tut etwas Großes. Es wird eine Summe von einer hundert Billionen Dollar freigeben. Das ist eine große Summe Geld. DUSK macht es möglich, dass die echte Welt in der Kette ist.
Die echte Welt ist alles um uns herum. DUSK bringt dies in die Kette. Das ist ein Deal. DUSK macht es möglich. Die Kette ist wie ein Computersystem. DUSK bringt die Welt auf dieses System.
Das bedeutet, dass DUSK Dinge verändern wird. Es wird Dinge einfacher machen. Die echte Welt und die Kette werden verbunden sein. DUSK macht das. Es ist ein Schritt. DUSK bringt die Welt und die Kette dazu, zusammenzuarbeiten.

In the world of cryptocurrency things are changing fast. There is a problem that a lot of cryptocurrency projects do not want to talk about: Regulation of cryptocurrency. This issue of cryptocurrency regulation is something that people, in the cryptocurrency world cannot ignore.
For a time the crypto world was all about doing things quickly and taking risks it was about being outside of the regular banking system.. Now that big companies and real things, like houses and cars are being put on the crypto chain, the idea of doing whatever you want is running into the rules that govern money all around the world. The crypto way of doing things is hitting a wall the wall is made of rules that everyone has to follow the crypto world is not a west anymore.
This is a problem for the people who design blockchain systems. How do you make a blockchain system that's private enough to keep user data safe but also transparent enough to make the regulators happy?. It is even more difficult to build a blockchain system now that will not be, against the law later when the laws change. The blockchain architects have to think about this a lot because the laws are always changing. It is hard to know what will be allowed tomorrow.
Most blockchains are really inflexible. If the government comes out with a new rule blockchains have to make huge changes, which can be very unpopular to follow the rule or they might have to stop operating altogether. This is of like having a house made completely out of stone. If the city decides to change its building rules you have to tear down parts of your house just to make a small change like moving a window. Blockchains are, like that house they are hard to change. That can be a big problem.
Dusk is doing things differently. They figured out that when everything is changing all the time what really matters is not just being fast or safe. It is being able to adapt. Dusk understands that adaptability is really important.

The Lego Block Approach to Finance
Dusk has adopted what they call a Modular Technical Architecture. This Modular Technical Architecture is something that Dusk is using. The Modular Technical Architecture that Dusk has adopted is a way of doing things.
Think about Dusk as a house made of Lego blocks. Each Lego block does a thing. If something about that thing changes you do not have to tear down the house. You just take out the Lego block and put in a new one that does the new thing that Dusk needs. Dusk is like a house with Lego blocks and each block is important, for Dusk. If Dusk needs something you can just change the Lego block that needs to be changed and Dusk will still be a strong house.
This is really important because the rules about money are not the same in the world. What is okay in the European Union is probably not okay, in Asia or the United States. A big blockchain that tries to do everything the way just cannot handle all these different rules without falling apart. The European Union has its rules and Asia has its own rules and the United States has its own rules. A blockchain needs to be able to deal with all these financial regulations or it will not work. The blockchain has to be able to handle the rules of the European Union and the rules of Asia and the rules of the United States.
The Magic Trick: Separating Secrets from Proofs
What really stands out about Dusk is its design. The best part of Dusks design is the way it deals with a big problem, in crypto: privacy and being able to audit things. Dusk handles this problem, which's a big paradox really well. The paradox is that people want privacy. They also want to be able to audit or check things. Dusks modular design finds a way to balance these two things, privacy and auditability of crypto.
These two things do not usually get along. When we have privacy it means that the people who make sure everyone is following the rules cannot see what is going on and that is bad because companies have to follow a lot of rules. On the hand when we have total auditability it means that everyone can see everything and that is bad for the privacy of the users and for the secrets that businesses want to keep. Total privacy and total auditability are like two things. Total privacy is bad for compliance and total auditability is bad, for user privacy and business secrets.
Dusk solves this problem by taking these functions and putting them into different layers. This is done within the Dusk stack. The Dusk modular stack is where the Dusk people put the layers of Dusk. This way Dusk can work better.
The Privacy Layer: This is where the users actual information is stored, like how much money was sent, who sent the money and who got the money. The Privacy Layer uses codes, called Zero-Knowledge Proofs to keep these details completely secret, from everyone else.The Auditability Layer, which is also known as the Compliance Layer is the part that deals with the world and people who make sure we are doing things correctly like government regulators and such. The Compliance Layer or the Auditability Layer is really important because it helps us show that we are following all the rules.

Here is the human analogy, for how the systems work :
So you are going into a secure building. This building has rules. You have to be least 21 years old and a citizen of a specific country.
In the way of doing things you would give your entire passport to the security guard. He would look at everything in your passport. He would see your birthdate, your home address and your passport photo, which might not be the flattering picture of you.
This way of doing things is really bad for your privacy. The security guard gets to see all of your information. The old system is, like having zero privacy when you enter the high-security building. You are giving the security guard all of your details from your passport.
In Dusks system they have something called a Zero-Knowledge Proof. This is, like a tool that checks things for you. Imagine you have a scanner. You take your passport. You scan it with this scanner. The scanner then shows a light to the guard. This green light means that everything is okay it means your passport meets all the requirements. The guard just sees that the passport meets the requirements that is all they need to know.
The person in charge the guard is like a regulator. They get to see the record of what you did which's like a green light that shows you did everything correctly.. The guard does not get to see the information in your passport, which is private and just, for you your private data. The guard only sees that you followed the rules, not your passport details, your private data.
Future-Proofing by Design
Dusk does something cool by keeping the proof that a rule was followed separate from the information about the transaction. This is a deal because it is about the Dusk system and how Dusk works with the rules and the data, for the transactions that Dusk handles. Dusk is able to do this with the Dusk technology. It is a key part of what makes Dusk special.
If tomorrow a government decides that the rules for that " light" need to change the people who made Dusk do not need to touch the sensitive privacy layer of Dusk. They just need to update the part of Dusk that deals with following the rules. It is like swapping out one Lego brick for another. So that it follows the rules, for the "green light". The private data that Dusk has remains completely secure and is not touched all.
This modular architecture means Dusk isn't just built for the regulations of 2024. It’s built to survive the unknown regulations of 2030 and beyond. It allows financial institutions to finally get comfortable with blockchain, knowing they won’t be left with obsolete technology the moment the political winds shift.
@Dusk #dusk $DUSK

The Walrus protocol is a way to keep things safe. It helps people store things and keep them secure. When you use the Walrus protocol you can store things for a long time.. The Walrus protocol has some limits.
You can do a things to extend the storage duration on the Walrus protocol. One thing you can do is use tools. These tools can help you keep things stored for a time on the Walrus protocol.
Another thing you can do is change the way you store things on the Walrus protocol. If you store things in a way you can keep them for a longer time. The Walrus protocol is very good at keeping things safe.
People are still trying to figure out ways to extend the storage duration on the Walrus protocol. They are working hard to make the Walrus protocol better. The Walrus protocol is going to be very useful for a time.
You can use the Walrus protocol to store lots of things. The Walrus protocol is very good, at keeping things safe and secure. If you need to store things for a time you should try using the Walrus protocol. The Walrus protocol is the way to extend the storage duration and keep things safe.
In the days of the internet people got used to paying for storage in a certain way. You would sign up for Google Drive or Dropbox. Then you would pay nine dollars and ninety nine cents every month. Long as you keep paying that amount with your credit card Google Drive or Dropbox will keep your photos and documents safe. This is like a subscription, to Google Drive or Dropbox. If you stop paying money to Google Drive or Dropbox they will stop storing your stuff.
Decentralized storage on the Walrus Protocol is really different. The Walrus Protocol changes the way you think about you, your data and the network that holds your data. You do not pay a fee to one company for the Walrus Protocol. Instead you pay the network directly for the Walrus Protocol, which's similar, to paying rent.
When you store data on Walrus whether it is NFT artwork or the front-end of a decentralized website or your personal archives you need to know how to keep your data alive on Walrus. If you do not take care of the data, on Walrus it will eventually. Disappear from the Walrus network.
This is a guide to help you understand how Walrus storage works and how to keep your files safe for a long time. Walrus storage is important to learn about so you can use Walrus storage to your advantage. By following this guide you will know how to make the most of Walrus storage and keep your files with Walrus storage for years to come.
The Analogy: The Digital Parking Meter
To understand Walrus storage, forget about monthly subscriptions. Instead, think of a parking meter in a busy city center.
When you park your car you have to put money in the meter. This is like when you upload your data, which is called a "blob". You get to decide how you want to park your car for. You might put in coins for two hours or maybe you will put in enough coins for the whole day to park your car.
The Walrus works in a similar way. When you upload your data to the Walrus you have to pay a fee away in $WAL tokens. This fee is like buying some space to store your data on the Walrus for an amount of time, on the network. The people who made the Walrus call this time "epochs". As time goes by the Walrus has a kind of meter that keeps track of how time you have left and it ticks down.

Why Data Expires
I do not understand why the data does not stay there forever once you pay for it. You pay for the data. Then it should just stay there. I think it is weird that the data does not stay there forever after you have paid for it. The data is what you are paying for so the data should stay there forever.
The thing about Walrus is that it is not controlled by one person or group. This means that the people who have your information are called storage nodes. These storage nodes are, like individuals who have their computers and equipment in different parts of the world. They have to be motivated to keep their computers running and to store your files of someone elses files. The people running these storage nodes need a reason to keep your files on their computers. Walrus is a system that gives them a reason to do this.
The storage fee that you pay is used to reward these nodes.
When the storage fee that you have paid for in advance runs out the nodes do not have a reason to keep your data anymore.
The storage fee is, like a meter that measures how much you have paid.
If the storage fee meter hits zero the Filecoin network will get rid of your data to make space for users who are paying the storage fee.
The Filecoin network does this to make sure that users who pay the storage fee have space to store their data.
The Solution: "Topping Up" Your Storage
You uploaded a family photo album to Walrus six months ago and now you are thinking that the storage time for your family photo album, on Walrus is about to run out. Do not worry about your family photo album. You do not have to download your family photo album and then re-upload your family photo album to Walrus.
You need to put coins in the parking meter. The parking meter needs coins.
In the Walrus ecosystem people call this extending the storage duration or "topping up" the Walrus storage object. The thing is Walrus is built on contracts mainly on the Sui network. So every piece of data you store in Walrus is basically a Walrus object.

Taking Responsibility for Your Data
This model is a change in the way we think. On the internet called Web2 you need a company to tell you that your credit card is no longer good.. With Web3 and storage solutions like Walrus you have complete control over your data. This means you are also in charge of paying for the space your Web3 data uses, which's, like paying rent for your Web3 data.
When people make apps that use Walrus they have to make systems that keep an eye on when files are going to expire. They also have to refill these files from a fund when they are about to run out. For people who use Walrus this means they have to check on their files every now and then. They have to make sure that the Walrus storage for these files is not running out. Walrus storage is, like a fuel tank that can run out if you do not refill it. People have to check their Walrus files to make sure they have storage.
By understanding this "parking meter" model, you can take full advantage of decentralized storage, ensuring your digital footprint on Walrus remains permanent on your own terms.
@Walrus 🦭/acc #walrus $WAL

Die Blockchain-Branche befindet sich schon seit einer sehr langen Zeit in einer Sackgasse. Es ist, als würden zwei Personen ein Tauziehen spielen, aber niemand gewinnt, weil das Seil sich nicht bewegt. Die Blockchain-Branche ist immer noch stecken geblieben.
Auf der einen Seite gibt es Menschen, die wirklich wollen, dass alles offen und ehrlich ist, und sagen, wir müssten vollständig transparent sein. Auf der anderen Seite gibt es Menschen, die meinen, wir sollten alles geheim halten können. In der Mitte all dessen befinden sich die großen Finanzinstitute, wie Banken und Hedgefonds und Unternehmen. Sie sind wirklich verunsichert und frustriert, weil sie Teil der Art und Weise sein wollen, wie Finanzen betrieben werden, aber nicht wissen, auf welche Seite sie sich stellen sollen – die Seite der Transparenz oder die Seite der Anonymität, die Seite der Menschen, die alles offen haben wollen, oder die Seite der Menschen, die alles geheim halten wollen. Die Transparenz-Befürworter oder die Anonymität-Befürworter – die Banken und Hedgefonds und Unternehmen sind in der Mitte stecken.

In der Kryptowelt haben wir einen Lieblingsspruch: "Vertraue niemals, sondern überprüfe." Er klingt großartig auf einem Aufkleber. Aber in der Praxis verursacht er ein riesiges Kopfweh.
Um alles auf einer öffentlichen Blockchain wie Ethereum oder Solana zu überprüfen, müssen Sie derzeit alles anzeigen.
Stellen Sie sich das so vor: Stellen Sie sich vor, jedes Mal, wenn Sie einen Kaffee kaufen, könnte der Barista und jeder, der hinter Ihnen in der Schlange steht, Ihre gesamte Bankguthaben, Ihr Gehalt und genau, wie viel Sie letztes Monat für die Miete ausgegeben haben, sehen. Das ist die Realität öffentlicher Blockchains heute. Sie sind "Glas-Häuser". Sie sind sicher und zuverlässig, aber sie haben null Privatsphäre.

The Sui Network is a project. The people behind the Sui Network wanted to make sure the data is safe. They wanted the Sui Network to be the best it can be.
So the Sui Network needed a Walrus. The Walrus is special. It helps the Sui Network with data integrity. The Sui Network and the Walrus are a team.
Data integrity is important for the Sui Network. The Sui Network is, about keeping data safe. The Sui Network and the Walrus work together to make this happen. The Sui Network needed a Walrus to help with this job.
If you think of the Sui Network like a cool Formula 1 car that is super fast and made to go very quickly then you have to think about something. The Sui Network is like this car it is very good at what it does.. Then you have to wonder, where do you put your bags when you are using the Sui Network? The Sui Network is so focused on being fast and good it is like that Formula 1 car. So you have to ask, where does the Sui Network put the things it needs to carry like the luggage, in the car.
You cannot strap a sofa to the roof of a Ferrari. This is because it ruins the aerodynamics of the Ferrari. The sofa on the roof of the Ferrari slows down the Ferrari. A Ferrari is a car but a sofa, on the roof of a Ferrari is not a good idea because it slows down the Ferrari.
The problem with high-speed blockchains is that they are really good at doing things fast like handling money trades or moves in games. They can do these things quickly.. Modern high-speed blockchains are not good at handling a lot of stuff at the same time. In the world of crypto this stuff is called Blobs. Blobs are pieces of information like pictures, videos sound files or the code that makes a website work. Modern high-speed blockchains have a time, with Blobs.
This is where Walrus comes into the picture. Walrus is not trying to be the car. Walrus is like a truck that drives next to the car and helps out. Walrus is changing the way we think about data integrity on Sui. Walrus does all the work so the main network, on Sui does not have to do it.

The Problem: Congesting the Highway
To understand why Walrus is such a deal for Sui we need to see what happens when Walrus is not around. Without Walrus Sui does things differently. So let us look at how Sui works without Walrus. This will help us see why Walrus is so important, for Sui.
When you are using blockchains if you want to store a large file like a really good NFT image you usually have to put it right into the blockchains history. This is much like stopping a big truck on the highway. It makes the blockchain get really full which is called State Bloat. The more things you add to the blockchain the tougher it gets for the computers that are running the network to keep going. This makes it more expensive to do things on the blockchain because the gas fees go up and it also makes everything slower for everyone using the blockchain like the NFT image and other things, on the blockchain.
Sui is made to be really fast. It can handle a lot of things at the time. If Sui had to keep stopping to check video files every few seconds Sui would not be fast anymore. Sui would lose that speed that makes it so great.
The Solution: The "Blob" Store
The Walrus is like a helper, for storing things in a way that is not controlled by one single person and it is made just for the Sui ecosystem. The Walrus has an idea called "Decoupling" that it uses to make things work better.
This is how things work in terms:
When a developer has a big file, which is, like a huge chunk of data they do not store it on Sui. Instead they send this file to Walrus. Walrus then takes this file breaks it down into smaller pieces that are very secure and spreads these pieces across its own group of computers.
Then. And this is the cool part. Walrus gives a tiny little receipt back, to Sui. This receipt is very small. Does not weigh much. Walrus is giving this receipt to Sui and that is the magic part. Walrus and Sui are working with this tiny receipt.
Sui stores the receipt, which's like a proof that the data exists and is safe.. Sui does not have to carry the heavy box. This means Sui can stay fast. It handles the logic and payments. At the time Walrus handles the storage. The main chain never gets too busy. This is because the big heavy blobs of data never actually go on it. Sui is, about speed and it stays that way because it does not have to deal with the heavy data. Walrus takes care of that part.

The large file goes to the walrus firsten the walrus sends a note to the Sui logo.This small note is, like a confirmation that your large file was sent.
The idea is that the walrus helps with the file and the small note is proof that it worked.
Integrity: The Unbreakable Link:
You might be thinking, "If the information is not on Sui is the information safe? How do we know the information on Sui is real? What about the information that's not, on Sui is that information still safe?
This is the place where we think about Data Integrity in a way. We have a file stored on Walrus but the real information about this file is actually stored on Sui. The thing about Data Integrity is that it is what tells us if the file on Walrus is correct or not and this information is on Sui. So when we talk about Data Integrity we are talking about the accuracy of the file. This is what Sui is helping us with, not just the file itself, on Walrus but the Data Integrity of that file.
The team that built Walrus is the team that works at Mysten Labs. This team also built Sui. So when you use Walrus with Sui it works well together.
When someone wants to use a picture or a video on Sui the system checks the information that is stored on Sui. This information is like a receipt. The system then checks if the picture or video on Walrus is the same as the receipt, on Sui. The system makes sure that everything matches perfectly. This is how Walrus and Sui work together to make sure that the picture or video is the one.
If something happens to the data on Walrus like a single byte gets changed or messed up the math will not be correct. The Sui network will then say no to it. This way you get the things about blockchain, like security without the bad things like being slow. You can be sure that your digital things, like records or special items in a video game are safe and exactly what the person who made them wanted them to be. The data on Walrus is protected so your digital assets, like those records or magic swords in a video game are always there, for you and are exactly what the creator of the digital assets intended for them to be.

Why this optimization matters for the future is a question that needs to be answered. The future is about optimization. Optimization is what will make things better. We need to think about why optimization matters. Optimization is the key to a future. The future of optimization is what we should be focusing on. Optimization matters because it will make our lives easier. We will have a future because of optimization. Optimization is very important for the future. The future and optimization go hand in hand. Optimization will help us have a future. We need to understand why optimization matters for the future. Optimization is the way, to a future.
The relationship between Walrus and Sui is really important. This is because it helps us get to the generation of the internet. The next generation of the internet is a deal. Walrus and Sui are key to making this happen. So the connection between Walrus and Sui is very important, for the future of the internet.
We are moving past the time of text based crypto. Now we are getting into the time of media crypto. This is a change, for crypto, which is moving from just text to rich media crypto.
Gaming: When you play a good blockchain game it needs a lot of space for all the pictures and sounds. Walrus helps these games work properly on Sui so that Walrus and Sui do not slow down the games.Social Media: Imagine a version of Instagram that is not controlled by one company. This new Instagram needs to store a number of photos actually millions of them. Walrus is what makes storing all these photos something that people can actually pay for.Artificial Intelligence, which is often called AI needs a lot of information to work properly when it is running on blockchain. The thing is, Artificial Intelligence requires datasets. Walrus is like a storage place that holds all this information it is the warehouse, for the Artificial Intelligence brain.
Walrus is like a place to store things so Sui can focus on what it is good at: making transactions happen really fast. This means people who build things with Sui do not have to think about limits. They do not have to ask themselves "Is this file too big for the blockchain?" Walrus takes care of the storage so Sui can just keep doing its job. This is really good, for developers because they can build whatever they want with Sui and Walrus.
So when you think about it Walrus is not something you add to the Sui Network. It actually makes the Sui Network a lot more powerful. The thing about cryptocurrency is that it has a problem. Walrus solves this problem. The problem is how to keep the Sui Network safe and make sure it is not controlled by one person without making it really slow and costly. Walrus is really good at making the Sui Network secure and decentralized without slowing it down or making it too expensive. This is a deal, for the Sui Network.
This thing called integrity is really about something. It is not about carrying the world on your shoulders to keep the world safe. What you really need is a partner who you can trust. This partner can help carry the weight for you. Integrity is, about having a partner to help you out.

@Walrus 🦭/acc #walrus $WAL