TechnicalTrader

W 2013 roku mężczyzna o imieniu Davinci Jeremie, który był YouTuberem i wczesnym użytkownikiem Bitcoina, powiedział ludziom, aby zainwestowali tylko 1 USD w Bitcoin. W tamtym czasie jeden Bitcoin kosztował około 116 USD. Powiedział, że to małe ryzyko, ponieważ nawet jeśli Bitcoin stanie się bezwartościowy, stracą tylko 1 USD. Ale jeśli wartość Bitcoina wzrośnie, może przynieść wielkie nagrody. Niestety, niewiele osób go wtedy słuchało.
Dziś cena Bitcoina znacznie wzrosła, osiągając ponad 95 000 USD w swoim najwyższym punkcie. Ludzie, którzy posłuchali rady Jeremiego i kupili Bitcoina, są teraz bardzo bogaci. Dzięki tej wczesnej inwestycji Jeremie teraz żyje luksusowym życiem z jachtami, prywatnymi samolotami i luksusowymi samochodami. Jego historia pokazuje, jak małe inwestycje w nowe rzeczy mogą prowadzić do dużych zysków.

I want to take a moment to talk to you about how we actually keep a system like Walrus running smoothly. When we deal with decentralized storage, we aren't relying on one single boss to make all the decisions. Instead, we use something called token governance. This is how you and the rest of the community use the WAL token to set the rules and make sure everyone is doing their part to keep our data safe.
How We Use Our Voice in the Walrus System
When I think about governance, I see it as a way for us to vote on the "settings" of the network. We use our WAL tokens to decide things like how high the penalties should be if a node stops working correctly. It is a very fair way to handle a big project because the people who have the most at stake are the ones who get to vote on how to protect the system.
If we see that some nodes are being lazy or underperforming, we can collectively vote to increase the financial consequences. This ensures that the people running the infrastructure are always motivated to give us their best performance. Since these nodes often have to cover the costs when others fail, it makes sense that they should be the ones to decide what those penalties look like.
Making Big Changes to the Protocol
You might be wondering if a simple vote can change the entire way Walrus works overnight. The answer is actually no. We separate the day-to-day settings from the deep technical rules of the protocol. If we want to change the actual core code of how Walrus functions, we need a very high level of agreement among the storage nodes.
I believe this is a great safety feature because it prevents any sudden or risky changes. Usually, a big change only happens after we have a long, open debate about the security and the business side of things. It is very similar to how other major networks handle improvements, ensuring that our storage stays stable and reliable for the long haul.
The Steps We Take to Pass a Proposal
Let us look at how a proposal actually moves through the Walrus network. There is a very specific rhythm to it that happens in cycles called epochs. Any node, no matter how small, can speak up and suggest a change to the costs or penalties for the next cycle. This is the part where we get to be creative and suggest better ways to run the network.
Once a proposal is out there, we all get to look at it and cast our votes. Your voting power is tied to your total stake, which includes any tokens that others have delegated to you. It is a very transparent process where every vote is counted right up until a specific cutoff point.
How a Decision Becomes a Law
For any new idea to actually become a rule in the Walrus system, it has to earn more than 50% of the votes. We also have to make sure that enough people showed up to vote in the first place, which we call a quorum. If no one can agree on a new plan, or if not enough people vote, we just keep things exactly as they are.
I really like this approach because it prevents a small group from forcing a change that the rest of us don't want. It also means that the "status quo" is protected unless there is a clear and popular reason to change it. This gives us a sense of stability while still allowing the network to grow and adapt when it needs to.
Setting the Right Price for Data Recovery
One of the most important things we vote on is the cost of recovering shards. If a piece of data goes missing, another node has to step in and help fix it. We have to decide what it costs for a node to send that data and what it costs for a node to receive it. We set these rules to make sure the work is balanced fairly across the network.
We always try to make sure that the node sending the data has a bit more responsibility than the one receiving it. This keeps the pressure on the right people to maintain a healthy flow of information. By tuning these numbers through our votes, we make sure that the Walrus network doesn't get bogged down by high costs or slow recovery times.
What Happens When Nodes Fail Their Tests
We also use governance to decide what happens when a node fails a "data challenge." Think of these as little tests where the system asks a node to prove it is still holding your files. If a node fails a lot of these tests, we hit them with a penalty based on how many shards they were supposed to be watching.
I think this is one of the best parts of the Walrus system because it keeps everyone honest. By voting on these penalties, we ensure that it is always cheaper and easier for a node to just do its job correctly. It protects your data by making sure that being a "bad actor" is just too expensive to be worth it.
Making Sure We Can Always Read Our Data
Now, storing data is one thing, but we also want to be able to read it whenever we want. In Walrus, we encourage nodes to give us fast and free access to our files. However, we have to be careful because if every node thinks someone else will handle the request, no one might actually send us the data we need.
To prevent this, we look at different ways to make sure nodes are happy to serve us. Whether it is through special service deals or reputation systems, we want to make sure that being a helpful node is rewarded. This keeps the network fast and prevents it from becoming a place where data is saved but never seen again.
Using Bounties to Get Results
If a normal request for data doesn't work, we have a backup plan called on-chain bounties. This is where you can put up a small reward for anyone who can bring you the data you are looking for. It turns the search for your data into a bit of a competition where the first helpful node to respond gets the prize.
This is a very powerful tool because it uses smart contracts to make sure the transaction is fair. You don't have to trust the node, and they don't have to trust you; the code handles the payment once the data is delivered. It adds a whole new layer of reliability to the Walrus system, making sure you are never left hanging.
How Light Nodes Join the Mission
Finally, I want to mention how "light nodes" help us out. These are smaller participants who don't have to store everything but can help verify that data is still available. They act like a second layer of security for the Walrus network. By having many people running these light nodes, we make the system much harder to break.
These light nodes can even earn rewards by helping out when a bounty is posted. It is a great way for more people in our community to get involved and earn a little something without needing a massive server. It makes the Walrus network a truly team effort where everyone plays a part in keeping our digital history safe.
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@WalrusProtocol

Have you ever wondered what happens to your photos or files when you upload them to a "decentralized" network? It sounds a bit like magic, right? Well, today I want to walk you through a system called Walrus. It uses a clever method called Red Stuff to make sure that once you save something, it stays saved. We are going to look at how this works in plain English, moving away from the heavy math and looking at the actual human side of data storage.
When we use Walrus, we are essentially trusting a group of different computers to hold onto our digital lives. To make this work, the system has to be incredibly strict about how it handles information. We don't want to just hope our files are there; we want to know they are there. That is where these "proofs" come in, acting as a digital guarantee for you and me.
Making Sure the Write Happens Right
When I send a file to the Walrus network, the first thing that needs to happen is what experts call Write Completeness. In simple terms, this just means that if I am being honest and following the rules, the network finishes the job. It doesn't just put my file in one spot; it breaks it into pieces and spreads them out.
You can think of it like taking a photograph, cutting it into a puzzle, and giving the pieces to different friends. Walrus ensures that enough friends have enough pieces so that even if a few people lose theirs, we can still see the whole picture. This part of the Red Stuff system is what gives us peace of mind the moment we hit that upload button.
Why We All See the Same Thing
One of the biggest fears in a shared network is that I might see one version of a file while you see another. Walrus prevents this through something called Read Consistency. We want to make sure that the network doesn't get confused or try to trick us by showing different data to different people.
The math behind Walrus acts like a referee. If I try to download a file and it works, the system makes sure it will work for you too. If the file is broken or someone tried to change it, the system is designed to catch that mistake. We are never left guessing if the data we are looking at is the "real" version or some fake copy.
The Promise of Getting Your Files Back
Validity is a big word, but in the world of Walrus, it’s a simple promise. It means that if I store a file correctly, the network is obligated to give it back to me exactly as it was. We aren't just sending data into a black hole; we are putting it into a living system that constantly checks itself.
Because Walrus uses these special "slivers" or pieces of data, it can pull from many different sources to rebuild your file. Even if some of the storage nodes are being slow or having a bad day, the overall network is strong enough to find the pieces and deliver them to you. It is all about making sure the system remains useful for us as users.
How Walrus Stops the Cheaters
Now, what happens if a storage provider gets lazy? Maybe they think they can delete your data to save space on their own hard drive. Walrus has a way to stop this called Secure Challenges. It is basically a pop quiz for the computers storing your files.
The system will randomly ask a node to prove it still has a specific piece of your data. If they deleted it, they can't just guess the answer. They would have to try and find the pieces from other nodes, but the system makes that too hard and too slow for them to cheat. This keeps everyone on their best behavior and ensures our data is actually being stored.
Why the WAL Token Matters to Us
You might hear a lot about tokens and wonder why they are necessary. In Walrus, the WAL token is the tool that keeps the whole community honest. People who run the storage nodes have to put up their own money as a deposit. This is their "stake" in the game.
If they do a good job and keep our files safe, they get rewarded. If they try to mess with the system, they lose their money. I think this is a great way to handle things because it aligns everyone’s interests. We want our data kept safe, and the nodes want to keep their rewards. It’s a win-win for the whole community.
A Fair Way to Pay for Storage
Finally, let’s talk about the cost. We all want cheap storage, but we also want it to be high quality. Walrus allows the people running the nodes to set prices in a way that is competitive. Since it is decentralized, no single company can just decide to double the price overnight.
Everything is managed through the blockchain, which acts like a public ledger that we can all see. This transparency is key. It means we can trust the prices we are paying and know that the system is designed to be sustainable for a long time. It’s a modern way to think about how we value our digital information.
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$WAL #Walrus @WalrusProtocol

Czy kiedyś zastanawiałeś się, co dzieje się z Twoimi plikami po ich przesłaniu do sieci rozproszonej? To trochę jak wysyłanie paczki przez wiele różnych kurierów naraz. Chcesz mieć całkowitą pewność, że nie tracą Twoich paczek ani nie kłamią, że je dostali. W sieci Walrus używamy tzw. wyzwania przechowywania, aby utrzymać wszystkich w ryzach. To nasz sposób na zapewnienie, że osoby, którym płacimy za przechowywanie Twoich danych, naprawdę wykonują swoją pracę i nie udają się przydatnych, podczas gdy wcale nic nie robią.

Czy kiedykolwiek zastanawiałeś się, gdzie dokładnie znajduje się Twoje życie cyfrowe? Niezależnie od tego, czy są to ulubione zdjęcia czy ważne dokumenty służbowe, zwykle uznajemy, że "chmura" chroni je przed zagubieniem. Ale większość chmur to po prostu ogromne magazyny należące do jednej firmy. Dzisiaj chcę porozmawiać z Tobą o innej metodzie działania, zwanym Walrus. Jest to rozproszona sieć przechowywania danych, co oznacza, że zamiast ufać jednej dużej firmie, ufamy szerokiej społeczności komputerów działających razem. Przejdźmy przez to, jak Walrus zapewnia bezpieczeństwo Twoich danych, nawet jeśli część tych komputerów zniknie.

Jestem tak szczęśliwa, że jesteś tutaj, by porozmawiać o tym, jak możemy wreszcie przejąć kontrolę nad naszymi cyfrowymi życiem. Czy kiedykolwiek czułaś się trochę zaniepokojona, gdzie dokładnie trafiają Twoje zdjęcia i dokumenty, gdy przesyłasz je do chmury? Większość z nas po prostu naciska przycisk i liczy na najlepsze, ale sieć Walrus zmienia ten cały doświadczenie dla nas. Chciałabym przeprowadzić Cię przez to, jak to działa, bo to naprawdę rewolucja w sposobie, w jaki jesteśmy połączeni i bezpieczni w internecie.
Walrus to nie jest tylko kolejna firma przechowująca dane należąca do ogromnej korporacji. Zamiast tego to społeczność komputerów działających razem, by przechowywać Twoje informacje. Myślę o tym jak o sieci bezpieczeństwa rozciągniętej na całym świecie. Ponieważ nie znajduje się tylko w jednym miejscu, nikt nie może jej wyłączyć ani stracić Twoich plików. Budujemy sposób przechowywania danych, który jest szybszy i bezpieczniejszy niż wszystko, co wcześniej używaliśmy.

Chciałbym powitać Cię w bardzo interesującym temacie, który zmienia sposób myślenia o internetach. Czy kiedykolwiek zastanawiałeś się, gdzie dokładnie trafiają Twoje zdjęcia cyfrowe i pliki, gdy zapisujesz je online? Zazwyczaj znajdują się na komputerze należącym do ogromnej firmy, ale dziś chcę porozmawiać z Tobą o Walrusie. To nowy sposób przechowywania danych, który nie opiera się na jednym dużym „kierowniku”.
Walrus to system przechowywania rozproszonego. Wyobraź sobie ogromny cyfrowy magazyn zarządzany przez społeczność, a nie jedną korporację. Wykorzystuje łańcuch bloków do organizowania wszystkiego i grupę niezależnych węzłów przechowywania do przechowywania rzeczywistych plików. To bardzo sprytna konfiguracja zapewniająca bezpieczeństwo Twoich danych i ich własność.