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@Dusk $DUSK is doing something big. It is going to unlock an amount of money one hundred trillion dollars. This is a lot of money. DUSK is making it possible for the real world to be on the chain.
The real world is everything around us. DUSK is bringing this into the chain. This is a deal. DUSK is making it happen. The chain is like a computer system. DUSK is putting the world on this system.
This means that DUSK is going to change things. It is going to make things easier. The real world and the chain will be connected. DUSK is doing this. It is a step. DUSK is making the world and the chain work together.
DUSK is the key, to this. It is making the one hundred trillion dollar unlock possible. This is a lot of money. DUSK is bringing the world on chain. This is what DUSK is doing.
In the world of cryptocurrency things are always changing fast. It is easy to get sidetracked by the funny coin or the new cartoon picture that people are paying a lot of money for. However while everyone is talking about that part of the market something bigger and more important is happening in the background, with cryptocurrency. The cryptocurrency market is where this is all taking place.
This is a change that is not about creating new kinds of digital money but, about making the money we already use better. We are talking about the money system we have now. The money system we have now is what we want to improve. This can unlock a huge one hundred trillion dollar opportunity. The one hundred trillion dollar opportunity is related to the money system we have now.
This is the story of Real-World Assets and why a specialized project called Dusk Network might be the key that unlocks the door in finance. Dusk Network or $DUSK for short is really interesting because it deals with Real-World Assets. The thing about Real-World Assets is that they are a deal. Dusk Network or $DUSK is trying to do something, with Real-World Assets.
The Sleeping Giants of Finance
To really get what is going on with this opportunity we need to look at things that are not related to crypto. Let us think about the value of things that exist in the real world. The total value of things, in the world is really important. We have to consider the value of things that're not crypto.
We are talking about real estate this includes every skyscraper in Manhattan and every apartment in Tokyo. The entire stock market is also part of this I mean companies like Apple, Google and Tesla. Then there are government bonds, precious metals like gold and even things like art. Global real estate and the stock market including companies, like Apple and Tesla are all connected in this conversation.
So when you think about it people who know a lot about money say that the value of the money is than $100 trillion. The financial experts are talking about a big number the value of the money is, over $100 trillion.
A lot of value is stuck now. It is stuck in systems that are really slow. When you want to buy a house it takes a time to do all the paperwork and you have to deal with a lot of middlemen. If you want to buy or sell stocks you can only do it when the stock market is open which is usually on weekdays. It is like money only works when people are, at the office. Selling a painting is also very hard because you need to find someone who is very rich and wants to buy it.
The crypto market is really exciting. It is only worth about 2 to 3 trillion dollars. This is an amount of money when you compare the crypto market to the traditional finance system. The traditional finance system is huge. The crypto market is just a tiny part of it. The crypto market is like a drop of water, in a big ocean and the ocean is the traditional finance system.

The "Tokenization" Dream
What if we could take all those things that're worth money, like houses and cars and put them on the blockchain? This is something people call tokenization. Tokenization is the idea behind the RWA movement. The RWA movement is, about tokenization.
Imagine you have a big apartment building that is worth 50 million dollars. Now imagine that of selling the whole building to one rich person you break it down into 50 million tiny parts called digital tokens. Each of these tokens is worth one dollar. This means that anyone who has a smartphone can buy one of these tokens and own a part of the apartment building. The apartment building is still worth 50 million dollars. Now the ownership of the apartment building is split into 50 million digital tokens and anyone can own one or more of these digital tokens.
When you bring these assets on-chain cool things start to happen with these assets on-chain. These assets, on-chain can do a lot of things.
You can do trading all the time every day of the year. There is no need to wait for the New York Stock Exchange to open. You can start trading away because trading runs 24 hours a day 7 days a week and 365 days a year.Instant Settlement: When you sell something, like a stock or a bond you get your money away you do not have to wait for three days to get the money from the sale of the asset.Global Access: A person who lives in a village in India can now invest in a bond from the German government just as easily as they can buy Bitcoin. This means that people over the world including those in rural India have the same ability to invest in a German government bond as they do in Bitcoin. The Global Access, to these investments is really making it simple for everyone to do what they want with their money like investing in a government bond or buying Bitcoin.
That sounds perfect.. If Ethereum and Solana are really that great why has Wall Street not already moved everything to Ethereum or Solana?
The "Glass House" Problem and the Privacy Paradox
This is the point where things get real. That is why standard blockchains have a hard time working with big finance. Big finance is a problem, for blockchains.
Traditional finance needs two things that do not really go together: privacy for the people who use it and compliance with the rules. Traditional finance requires privacy and compliance at the time, which can be a bit confusing because traditional finance needs to keep traditional finance information private and also follow the rules, for traditional finance.
Big banks and institutions cannot use a public blockchain for their sensitive trades. This is because if a major hedge fund wants to make a move like a billion dollar move, in the bond market the big banks and institutions cannot let everyone know about it before it happens. The major hedge fund and the big banks and institutions would lose their advantage over people if they did that. The big banks and institutions need to keep their trades secret so they can stay ahead of people.
So people who do this have to follow some strict rules. These rules are called Know Your Customer and Anti-Money Laundering. They cannot just trade with anyone they need to know who they are trading with. They cannot use wallets to trade anonymously. Know Your Customer and Anti-Money Laundering rules are, in place to stop things from happening.
People want the blockchain to work fast but at the same time they want their information to be as secure as it is in a bank vault. They need the benefits of blockchain speed. They also need the privacy that a bank vault gives them. The blockchain speed is important. The privacy of a bank vault is also very important, to them.
Imagine a house made of glass. It is filled with money and people who work in business. You can see everything that is happening inside the house from outside. This picture shows what it is like when we use blockchains for finance. The public blockchains are, like the glass house. Everyone can see what is going on with the money.

Enter $DUSK : The Bridge to the Real World
This is the part where the Dusk Network, which is also known as $DUSK comes into the picture. The Dusk Network or $DUSK is really important here.
Many blockchains are trying to do a lot of things like gaming and making pictures. They also have things, like meme coins. Dusk is different. Dusk was made for one thing: Regulated Finance.
Dusk has spent years working on a kind of technology that uses something called Zero-Knowledge Proofs. So what are Zero-Knowledge Proofs? Well they are like a way of knowing something.
They let Dusk show that something is true, without showing the details. This is pretty useful.
Think of it like a handshake that only certain people know. Dusk uses Zero-Knowledge Proofs to do this.
So on Dusk you can show that you are older than 18 and allowed to buy a stock. You do not have to tell the internet network when you were born or what your name is. This is possible, on Dusk.
This is really going to change things for institutions. Dusk provides the infrastructure where:
Transactions are fast and final.The rules that the government says we have to follow are put right into the computer code so we can make sure we are doing things the way we are supposed to which's what we mean by compliance, with the regulatory rules.The thing is, people, on the outside do not get to know the details of the trade.
Dusk is not trying to replace the financial system. It is making connections to link the huge amount of money one hundred trillion dollars to the new digital world. This is a way to bring big institutions into the digital system but only when they are ready. Dusk is doing this in a way that works for these institutions on their terms.
The RWA narrative is not something that will be soon. It is the way things are going to be. Everything that's worth something will become part of the digital economy. The RWA narrative is really about this change. Projects like Dusk are important because they think privacy and compliance are crucial. So projects like Dusk will be the foundation for when a lot of money moves into the economy. The RWA narrative and projects like Dusk will play a role, in this.

@Dusk #dusk

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

The blockchain industry has been in a spot, for a really long time. It is like two people are playing a game of tug-of-war with a rope but nobody is winning because the rope is not moving. The blockchain industry is still stuck.
On one side people who really want everything to be open and honest are saying we need to be completely transparent. On the side there are people who think we should be able to keep everything secret.. Right in the middle of all this are the big financial institutions, like banks and hedge funds and companies. They are really confused and frustrated because they want to be a part of the way of doing finance but they do not know which side to choose the transparency side or the anonymity side the side of the people who want everything to be open or the side of the people who want to keep everything secret the transparency people or the anonymity people, the banks and hedge funds and companies are stuck in the middle.
The problem we have here is called the "Transparency vs. Compliance" paradox. This Transparency vs. Compliance paradox is a big issue that stops trillions of dollars of real things like money and property from being on the blockchain. Transparency, vs. Compliance is the thing that is holding us back.
Far people, in the industry have said you can have one thing or another thing but you cannot have both things. Dusk is doing something now. They are giving us a choice, which is called Compliant Privacy. This means Dusk is giving us an option. Dusk is changing the way people think about this. Dusk is introducing Compliant Privacy as a way to do things.
Let us take a look at why this paradox exists and how Dusks architecture is finally solving the paradox. The paradox is a problem and Dusks architecture is trying to fix it. Dusks architecture is really good, at solving the paradox.
The Problem with "Glass Houses" (Public Blockchains)
Imagine you have a business. It is in a building that is completely made of glass. So everyone can see what you are doing. They can see every time you make a deal every time you pay someone who works for you every time you make a decision with another company and every time you make a list of your clients. All of these things are visible to people who are just walking down the street. Your business is, like a fish bowl. Everyone can see what is going on with your business.
This is basically how blockchains like Ethereum or Bitcoin work nowadays. People like them because they do not require trust. You do not have to trust a bank because you can check everything on the ledger by yourself. The thing that makes blockchains, like Ethereum or Bitcoin special is that they are trustless so you can use Ethereum or Bitcoin without having to trust someone else.

This openness is really great for stopping cheating in protocols but it is a big problem for regular businesses. A big hedge fund like a hedge fund cannot tell the whole world what it is going to trade before it actually does the trade because other people will find out and do the same trade first. A company like a corporation cannot put the money it pays its employees on a chain where everyone can see how money their coworkers make because that is private information, about the corporation and its employees. The corporation and its employees would not like that all because the payroll of the corporation is something that should be kept secret.
Institutions need to have privacy so they can function properly and compete with others. They cannot be like a house made of glass where everyone can see what is going on inside. Institutions, like these need to keep some things private. They will not be able to compete. Institutions require privacy to work.
The Problem with "Dark Rooms" (Privacy Coins)
If glass houses do not work, what about the opposite of glass houses? What about anonymity tools like Monero or Zcash? These Monero and Zcash protocols are, like a room that's pitch black. Money goes into the room something happens inside the room. Then the money comes out of the room somewhere else. Nobody knows who sent the money, who received the money or how much money was actually moved from one place to another using these Monero and Zcash tools.
For the crypto-anarchist, this is paradise. But for a regulated financial institution, this is radioactive.
Banks have to follow a lot of rules. They need to know who their customers are and make sure these customers are not doing anything like money laundering or helping terrorists get money. This is called knowing your customer and anti money laundering. If a bank does not know where the money of their customers came from they will be in trouble. They might even have to pay a lot of money or close down. Banks cannot just do what they want without telling anyone they have to be open, about everything. They cannot use ways to do things like a dark room where nobody can see what is going on with the money of their customers the banks need to be transparent.
The Dusk Solution: The "Smart Mirror"
This gets us to the problem. Institutions need to keep things like in a dark room so they can protect their business. But at the time institutions need to be open and transparent like, in a glass house so they can show regulators that they are doing the right thing. Institutions need the privacy of the room and the accountability of the glass house.
For a time people, in the industry would just say "you have to pick one thing" when it came to making a decision. The industry always said that you could not do two things at the time you had to choose the industry.
Dusk did not want to accept that choice. The people who made Dusk built it from the beginning to fix this problem that was not moving forward. Dusk introduces something called Compliant Privacy. This is a part of what Dusk is, about. Dusk and its team really believe in this idea of Compliant Privacy.
Imagine Dusk as a kind of mirror. This mirror does not show much to people outside. It keeps the people inside safe and private.. When someone important like a regulator or auditor comes to the mirror it starts to show them what they need to see. The mirror only shows the information that these people need to make sure everything is okay. Dusk is, like a mirror that can change what it shows depending on who's looking at it.

How Does the Magic Work?
Dusk does something that seems hard to do. It uses good secret codes, which are called Zero-Knowledge Proofs or ZKPs, for short to make this happen. Dusk and these Zero-Knowledge Proofs work together to get the job done.
To explain Zero Knowledge Proofs simply: Imagine you are at a bar and the bouncer asks for your identification. In the world you hand over your drivers license. The bouncer now knows your age. Also Zero Knowledge Proofs are about keeping some things private so in this case the bouncer also knows your home address, your full name and your exact date of birth. This is much information, about you that the bouncer gets when you show your drivers license for Zero Knowledge Proofs.
A Zero Knowledge ID is really cool. It would let the bouncer scan a card and a green light would flash saying Over 21. This means the bouncer knows you are allowed to be but they do not know anything else about you. They do not know your name or anything just that you are Over 21, with a Zero Knowledge ID.
Dusk uses this idea for money transactions. Dusk does this with the money that people send and receive. The idea that Dusk applies is, for transactions.
On the Dusk network an institution can do a trade. The Dusk network uses something called Zero Knowledge Proofs or ZKPs, for short to show the ledger that the Dusk network is telling the truth. The Dusk network does this to prove things to the ledger in a mathematical way.
The institution actually has the money that it needs. The institution has all the funds that are required.The transaction is valid.The institution has completed all the identity and money laundering checks on its own.
This is really important because it shows everything without telling people how much money was moved or who was involved. It keeps all of that information so the public does not know the details, about the money or the people involved in the money movement.
The Bridge to the Future
Dusk is not another thing that helps keep peoples information private. It is a system that big organizations can use to show they are doing things correctly without giving away secret information. Dusk is made to help these organizations follow the rules and still keep things private.
By solving this paradox, Dusk is laying the foundation for the next massive wave of blockchain adoption. It opens the door for real world assets like stocks, bonds, real estate, and corporate debt to finally move onchain in a way that satisfies both the boardroom and the regulatory bodies. It proves that in the future of finance, privacy and rules don't have to be enemies.
@Dusk #dusk $DUSK

In⁠ the crypto world, we have a favo‍rite slogan:⁠ "Don't trust, ve‍rify." It soun​ds grea⁠t on a bumper sticker.‌ B⁠ut in pra​ctice,⁠ it creates a massive headache.
‌To ve‍rify everyth​in‍g on a‍ public​ blockchain like Ethereum or Solana, yo‌u cu‌rrently have to show ev‌erythi‍ng.
Thi‍nk abou‍t it‌ lik‌e this‌: Imagine if, every⁠ time you bought a coffee,⁠ t‍he barist‍a a‌nd ever​yon⁠e stand‌in‌g in li‌ne behind you cou‍ld s‍ee your entir‍e bank balance‍, your sa⁠lary, and exa​ctly how m⁠uch you spent⁠ on re​nt last month. That is the r⁠eality o‍f public bl‍ockcha‌ins t‍oday. They a​re "glass h​ouses." They are secure, s‍ure, bu‌t they have⁠ zero curtains.
For big businesses or privacy conscious indiv‌idu‍als⁠, this is a d‍ealbrea​ker.⁠ You can't‌ put medica‌l records or corpo‍rate payroll on a pu‍blic ledger. It’s just too risky.
Thi⁠s is where t⁠he Walrus P‍rotocol is s​tepping in to chan⁠ge the game. Most people thi‌nk of​ W‍alrus a⁠s just⁠ a‌ place to store heavy files (like images‌ or videos‌)⁠, but it’‍s quietl​y be​coming the "Confide⁠ntiality Layer"​ that‌ solve‌s th​is transp‍arency pa​r‌adox.

The S‍e‍cret Sauce:​ Zero-Knowl​edge Proofs (ZK⁠Ps)
W‌a​lr⁠u‍s solves the problem b⁠y co‍mbining decentraliz‍ed storage with a pi⁠ec⁠e of cryptographic magi⁠c called‌ Zero-Kn‌o‌wl‍edge Pr⁠oofs (ZKPs).
If yo‍u a‍r‌en't a math wiz, ZK​Ps can be c⁠onfusing‌. So⁠, let’s use a⁠ s⁠imple analogy: The​ Bartender and the ID.
In the real world, t⁠o prove​ you are ov‍er 21, you hand the ba​rtender you⁠r dri⁠ver's license. The pr‌oblem is, you are also revealing your e‌xact bi‌r‌th date, your home addr​ess, and you⁠r full name. The bartend‍er learns too much‍.​
A "Z‍e⁠ro-‌Knowledg​e" version would⁠ be a magic machine where yo⁠u sl⁠ide your ID in⁠, and a green light simply fla‍shes "⁠YES​.‍" The bar​tend‍er kn‌ow‌s you are 21 (verified)‍, but⁠ learns nothing else about you (priv​acy).
How Walrus Ac⁠ts as the "Black Box"
Walrus⁠ applies this "magic m​ac⁠hine" con⁠cept to your data⁠. H⁠ere‍ is how the ne‌w workflow lo‍oks:
The Locker: Instead of put‍ting your sensitive data (like a contract or‌ employee list) directly‌ on the pub‍lic bloc‌kchai​n, you encrypt i​t and lo‌ck it i⁠nside⁠ W​a‌lr‌us. It sit‍s there, chopped up into unrea‌dabl‍e pieces ("blobs"), safe from prying eyes.The Proof: You use a‍ ZKP‍ tool to gen‌erate a mathem‌atical receip‍t. Thi‌s receip‌t proves that the data inside W‌alrus is valid.The Transacti⁠on: You submit only the receipt to the publi​c blockchain.
The network verifies the receipt. The transaction goes throu‍gh. B‍ut your secrets remain‌ locked in the Walrus vault.

Why This Is the Fu⁠ture
Th‌is capab⁠ility turns​ Wa‍lrus from a simple har⁠d d​rive into a privacy engi‍ne.
​Imagine a⁠ w‍orld⁠ where you can⁠ pr‌ove you have enough money for a loan without showing the bank‍ your other⁠ assets‌. Or a hospita‍l that can share patient da⁠ta for A​I resea​rch to cure dis‌eases, wh​i⁠le gua‌r‍an‌t⁠ee⁠ing that n⁠o hu⁠man ever sees the patients' nam⁠es.
By actin⁠g as‍ the‍ secu​re, off-chain layer for all t‌his sensitive in⁠f​ormatio‌n, Walrus is finally giving‍ Web3 the curt​ains it needs. It allows us to keep t​he b‌enef‌i​t‍s of a de‌ce​ntralized network (no middlemen) wi‌thout sacrifi⁠ci‍ng our f​un‌damental right to privacy.

@Walrus 🦭/acc #walrus $WAL

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