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Wiele inwestorów nadal trzyma "dinozaurów" takich jak Filecoin (FIL) lub Arweave (AR) w swoich portfelach. Ale technologia rozwija się szybko. Podczas gdy stare protokoły próbują się aktualizować, @Walrus 🦭/acc Protocol ( $WAL ) całkowicie zmienia paradigma przechowywania danych.
Dziś przeprowadzamy szczery porównanie, by zobaczyć, kto wygra "Wojnę o Przechowywanie" w 2026 roku.
1. Filecoin (

): Problem przechowywania "chłodnego" ❄️
Filecoin to pionier. Ale jego architektura została stworzona wiele lat temu.
Wady: Jest idealny do archiwizacji (przechowuj i zapomnij), ale strasznie słaby przy szybkim pobieraniu. Spróbuj załadować wideo z Filecoin — jest powolne i skomplikowane.

🗳️ 1. Więcej niż tylko token do głosowania
Jak dokładnie token generuje wartość dla swoich posiadaczy, a także dlaczego analitycy nazywają go „przepływem ekonomicznym" ekosystemu Sui?

💰 W poprzednich recenzjach omawialiśmy technologię stojącą za #walrus . Ale dziś nadszedł czas, by porozmawiać o pieniądzach. 🤑

Wiele projektów kryptowalutowych ma tokeny, które są przydatne tylko do głosowania. WAL jest inny. Jest tokenem użyteczności, bez którego sieć fizycznie nie może działać.
Aby zapisać dowolny plik na sieci (obraz NFT, strona internetowa, dane gry), użytkownik musi kupić WAL i zapłacić za przestrzeń magazynowania tym tokenem.
network (an NFT image, a website, game data), the user is required to buy WAL and pay for the storage space with it.

network (an NFT image, a website, game data), the user is required to buy WAL and pay for the storage space with it.

While the market chases short-term trends, "smart money" is looking for the infrastructure that the next generation of the Internet will be built on. Today, we are breaking down @Walrus 🦭/acc Protocol (WAL) — a project from Mysten Labs that solves the biggest problem in Web3: cheap and reliable data storage.
Why is this important right now, and how is it connected to the success of Sui? Let’s dive in. 👇

🤫 1. The Problem Everyone Ignores
Blockchains (L1) are designed for financial transactions, not for storing files.
Storing 1 GB of data on Ethereum costs millions of dollars.Storing on Solana is cheaper, but still expensive for large volumes (videos, games).The Result: Most NFTs and dApps actually store your data on centralized servers (Google Cloud, AWS). This isn't real Web3.

🛠️ 2. The Tech Magic of Walrus: Erasure Coding
#walrus doesn't just copy files (like old cloud services do). It uses advanced mathematics called Erasure Coding.
Imagine you broke a vase into 10 pieces and sent them to friends.
In a normal system, to glue the vase back together, you need all 10 pieces.In Walrus, thanks to mathematical algorithms, you only need to retrieve any 3-4 pieces to completely restore the object!
✅ What does this mean? Incredible network resilience. Even if half the nodes go offline, the data remains intact. It is cheaper, faster, and safer.

💧 3. The Mysten Labs Factor & Sui Ecosystem
Walrus is being developed by the Mysten Labs team — the same geniuses who created the Sui Network. This means:
Native Integration: Walrus works perfectly with the Move language and the Sui blockchain.Trust: This is not a fly-by-night startup, but a product from industry leaders.Composability: Developers on Sui can connect Walrus to their applications in a single click.

4. 🤖The Main Growth Driver: Artificial Intelligence (AI)
Here is where the real "gem" is hidden. AI agents and models require gigantic amounts of data for training and storing history.
Blockchains are too small for this. The Cloud is too centralized (censorship risk).
Walrus is becoming the ideal "brain" for decentralized AI. If the AI x Crypto narrative continues to grow, WAL will be at the forefront.

💎 5. Tokenomics and Utility of $WAL
The WAL token is not just for speculation. It performs two critical functions:
Proof-of-Stake: Securing the network.Storage Payment: Users pay in WAL for space to store their data.
The more dApps (games, social networks, video hosting) are built on Walrus, the higher the demand for the token to pay for space. This creates an organic deficit.


🎯 Conclusion
Walrus Protocol is not just "another coin." It is the foundation for DePIN (Decentralized Physical Infrastructure Networks). If you believe in the future of Sui and the need for a decentralized internet, WAL deserves a spot on your watchlist.
We are standing on the threshold of an era where data belongs to users, not corporations. Walrus provides the tools for this.

#sui #DePIN #Web3 #AI

Gdy patrzymy na $DUSK dzisiaj, widzimy lidera w dziedzinie #RWA (aktywów rzeczywistych) i technologii ZK. Ale niewielu pamięta, gdzie wszystko się zaczęło w 2018 roku i kluczowego wyboru, który uratował projekt przed zapomnieniem, gdy inne "monety prywatności" zniknęły z giełd.
Dziś opowiemy historię rozwoju Fundacji Dusk.
📅 2018: Początek idei w Amsterdamie

Gdy świat kryptowalut szalony był z powodu ICO i "zabójców Ethereum", fundatorzy Dusk — Emanuele Francioni i Fulvio Venturelli — dostrzegli inne problemy.

We are used to judging crypto by green candles. But the real "alpha" hides in the code. @Dusk Network is not just another blockchain. The developers employed several unconventional engineering tricks to bypass limitations that have held back Ethereum and Monero for years.
Let's look under the hood and analyze the "magic" that makes this project unique for the RWA sector.

Trick #1: Zero-Copy Architecture
The Standard Problem:
Imagine you are a librarian. When someone asks for a book, instead of simply handing it over, you go to a xerox machine, copy 500 pages, and hand over the copy. Then you burn it. This is how most Virtual Machines (EVM) work—they constantly copy data in memory to process a transaction. It’s slow and expensive.
The Dusk Hack (Piecrust VM):
They utilized the Zero-Copy principle. A smart contract in Dusk reads data directly from where it resides in memory without creating duplicates.
The Effect: This allows processing "heavy" ZK-transactions (which usually take minutes) in milliseconds. This is the "hidden engine" that will allow banks to execute thousands of operations per second.

Trick #2: Blind Bid
The Standard Problem:
In PoS networks (like Ethereum), everyone knows who the validators are. This makes them targets for DDoS attacks or collusion. If you know "Bob" is creating the next block, you can try to bribe Bob or crash his server.
The #dusk Hack:
Dusk uses the Blind Bid mechanism.
To participate in consensus, you "stake" your coins, but this bid is fully encrypted.
No one knows who is participating in the lottery for the right to create a block.The winner is revealed only at the moment the block is created.The Effect: A hacker cannot attack the validator because, until the very last second, they don't know who to attack. This makes the network incredibly resilient even with fewer nodes.

Trick #3: Phoenix — Transactions Rising from Ashes
The Standard Problem:
Private coins often suffer from "blockchain bloat." Storing the history of all anonymous outputs (UTXO) becomes increasingly difficult, causing wallets to lag over time.
The Dusk Hack:
The Phoenix transaction model.
This is a unique hybrid model that allows spending encrypted notes (money) while automatically pruning old data that is no longer needed for verification.
The Effect: The blockchain remains "lightweight," and client wallets run fast even on mobile phones. This solves the privacy scaling issue that projects like Monero struggle with.

Conclusion: Why is this a "Smart Money Play"?
Most investors buy the narrative ("it's #RWA ," "it's ZK"). But big players buy the technological advantage.
Dusk Network implemented Piecrust VM and Phoenix not because it's trendy, but because it is the only way to make real assets (stocks, bonds) work on blockchain efficiently.
While the market sleeps, Dusk's technology is ready for loads that would crash most competitors.

⚠️ Disclaimer: This content is for educational purposes only and does not constitute financial advice. Each trader makes decisions independently, considering their own risk.

$DUSK #blockchain #RWA #BinanceSquare

🧠 Świat kryptowalut stoi na progu masowej adopcji RWA (aktywów rzeczywistych). Jednak istnieje jedno ogromne przeszkoda, o której niewielu mówi otwarcie: prywatność wobec regulacji.
Banki i fundusze inwestycyjne nie będą używać łańcucha bloków, jeśli ich konkurencja może zobaczyć każdy szczegół ich transakcji. Jednocześnie nie mogą używać całkowicie anonimowych monet z powodu rygorystycznych wymogów prawnych.
Dzisiaj zagłębiamy się w projekt Dusk Network — projekt, który rozwiązuje ten dylemat — i dokładnie badamy, jak ich technologia równoważy złożoność z szybkością.