FB Crypto Trader

Blockchain a DeFi se rychle vyvíjejí ve svém světě, ale tradiční sítě stále čelí výzvám, jako jsou pomalé transakce a vysoké poplatky. To je důvod, proč se zavedení Plasma a XPL stalo tak zásadním. Plasma je pokročilé řešení Layer-2, které zrychluje blockchain, činí ho škálovatelnějším a bezpečnějším, čímž zajišťuje plynulý a efektivní zážitek pro vývojáře i uživatele.

XPL je nativní token sítě Plasma, který pohání transakce a hraje nedílnou roli v růstu ekosystému. Ať už provádíte každodenní transakce nebo vyvíjíte decentralizované aplikace, architektura Plasma poskytuje nákladově efektivní a vysokorychlostní řešení v každém kroku. Škálovatelný design Plasma snižuje přetížení sítě a je připraven pro hromadné přijetí. Jeho ekologicky šetrný a efektivní protokol nejen šetří energii, ale také usnadňuje přijetí blockchainu po celém světě.

Walrus is a decentralized and secure storage system that uses blockchain as a control plane. The blockchain handles governance and metadata, while a separate committee of storage nodes is responsible for storing and retrieving the actual data, known as blobs.

Walrus uses the Red Stuff encoding and decoding algorithm for security and reliability. It also uses Merkle trees to verify data integrity. The Sui blockchain is used for governance and coordination, but Walrus can be adapted to work with any blockchain that meets the basic requirements.

Walrus operates in epochs, during which users can write and read data. Its design supports the dynamic availability of storage nodes, meaning the system continues to function even if nodes change or become temporarily unavailable. In the future, Walrus will go beyond the honest-malicious model and provide storage challenges to make data even more secure and trustworthy.
#walrus $WAL @WalrusProtocol

Walrus’s Red Stuff design makes decentralized storage reliable for long-term use and enables self-healing. In real-world networks, nodes often fail, get replaced, or lose data. In traditional encoding systems, this churn causes large amounts of data to be transferred again, making recovery slow and expensive. Red Stuff solves this by ensuring that recovery cost is only proportional to the data actually lost, not the entire system’s data.
In this design, Walrus stores data using 2D encoding, meaning the data is encoded across both rows and columns. Each node receives two slivers: one primary and one secondary. The benefit of this approach is that if a node loses its data, the system can recover it using small pieces from other nodes, without downloading the entire blob. This keeps network load low and makes recovery fast.
Red Stuff also optimizes metadata handling. Instead of every node storing full metadata, it is encoded and distributed, which greatly reduces storage overhead. The read and write protocols are designed so that data is safely stored, easily verified, and reliably recovered—even in asynchronous networks or when some nodes are malicious. This makes Walrus a strong, scalable, and cost-efficient decentralized storage solution for AI, NFTs, datasets, and Web3 applications.
#walrus $WAL @WalrusProtocol

Walrus protocol is an advanced solution for securing decentralized data, making storage efficient and affordable, even when some nodes are dishonest or the network is slow. Traditional systems like Filecoin and Arweave use full replication, where the entire data is sent to every node. This increases storage costs and puts heavy load on the network.

Walrus solves this problem through smart encoding. Data is divided into smaller pieces and distributed across different nodes, and even a few pieces are enough to recover the full data. This approach reduces storage costs and makes the system more scalable without relying on full replication.

In strawman designs, either full replication is used or recovery remains expensive even after encoding. Walrus goes beyond these models by optimizing both data dispersal and recovery. As a result, storage becomes cheaper, access becomes faster, and the system becomes more reliable—especially for AI, NFTs, and Web3 applications.
#walrus $WAL @WalrusProtocol

Základním účelem kompletního protokolu pro ukládání dat je umožnit autorovi uložit data na síti úložných uzlů a umožnit čtenářům spolehlivě číst tato data, i když je síť pomalá, některé uzly selžou, nebo některé uzly jednají byzantským (zlovolným) způsobem. Systém funguje s (n = 3f + 1) uzly, kde až (f) uzlů může být zlovolných, přesto zůstává dostupnost a konzistence zachována. Pokud je autor čestný, každý čestný úložný uzel ukládá fragment (část) dat. Tyto fragmenty jsou navrženy tak, aby kombinací omezeného počtu částí bylo možné obnovit plná data, takže plná replikace není nutná a náklady na ukládání jsou sníženy. Protokol zajišťuje, že pokud dva čestní čtenáři přistupují ke stejným datům, vždy dostanou stejný výsledek — buď oba úspěšně přečtou data, nebo oba selžou. Jakmile jsou data úspěšně uložena, může je přečíst každý čestný čtenář. Tento model ACDS je přizpůsoben v rámci protokolu Walrus pomocí epochálně založených, dynamických úložných výborů, kde uzly rotují, což činí systém bezpečnějším, škálovatelnějším a vhodným pro reálné decentralizované prostředí.

ACDS in the Walrus protocol ensures that core storage remains safe and reliable even in asynchronous networks and in the presence of Byzantine (malicious or faulty) nodes. In Walrus, data is divided into multiple parts using erasure coding, where each honest storage node stores only its assigned fragment instead of keeping a full copy of the data.

This design significantly reduces storage costs while still guaranteeing that the data remains recoverable. ACDS provides a strong consistency guarantee: two honest readers will never receive different results—either both successfully retrieve the complete data, or both fail to do so. If the writer is honest and the data is successfully written, then any honest reader can later read that data.

Walrus uses ACDS together with epoch-based committees, where storage nodes rotate over time. This rotation improves scalability and strengthens security across the network. Overall, this approach makes Walrus a practical, low-cost, and Byzantine-resilient decentralized storage solution.
#walrus $WAL @WalrusProtocol

Walrus addresses the problems of existing decentralized storage approaches in a new and practical way. Traditional fully replicated systems such as Filecoin and Arweave require storing a large number of data copies to achieve high reliability. This leads to significant storage overhead and also introduces the risk of Sybil attacks, where malicious actors use fake nodes to compromise the system. Walrus differs from this approach because it does not rely on blind replication; instead, it distributes and verifies data in a smarter and more efficient manner.
On the other hand, systems based on Reed-Solomon encoding reduce replication costs, but their biggest challenge is the recovery process. When a storage node goes offline, a new node must collect slivers from the entire network to recover the data. This results in heavy data transfer and reduces overall network efficiency. Due to this limitation, such systems require a low-churn environment, which prevents them from being truly permissionless. Walrus offers a better balance by optimizing both storage efficiency and node replacement without placing a heavy load on the network.
Another strong aspect of Walrus is its ability to realistically handle continuous challenge-based incentive models. Existing decentralized storage systems often assume a fully synchronous network, which is not realistic in real-world conditions. Walrus is designed with this reality in mind, ensuring that adversaries cannot exploit timing advantages and that storage nodes are genuinely required to retain the data. This means the system goes beyond a simple honest-versus-malicious model and also accounts for real economic behavior.
Overall, Walrus is designed with a clear understanding of the weaknesses present in both major categories of decentralized storage systems. It not only controls storage overhead but also provides scalable solutions to real-world challenges such as node churn, recovery costs, and incentive security. For these reasons, Walrus has the potential to become a strong and sustainable storage foundation for Web3, AI datasets, NFTs, and future decentralized applications.
#walrus $WAL @WalrusProtocol

The Web3 ecosystem is expanding rapidly, and with it comes the need for secure, private, and efficient ways to manage digital assets. walrusprotocol is at the forefront, offering a decentralized platform that puts data ownership back into the hands of users. Unlike traditional cloud services that centralize your data and expose it to breaches, Walrus distributes information across multiple nodes, making it censorship-resistant and fully secure. $WAL allows developers to create applications that handle NFTs, gaming assets, AI datasets, and sensitive information with confidence, knowing that privacy and control are never compromised. Users can safely store and manage their data, retain full ownership, and ensure that their digital identity is protected. Walrus combines scalability, low-cost storage, and privacy-focused technology, enabling a future where Web3 applications are secure, reliable, and user-first. Embrace the revolution of decentralized privacy and experience true digital sovereignty with #walrus $WAL
@WalrusProtocol

The Web3 ecosystem is evolving fast, and secure, decentralized storage is more important than ever. walrusprotocol is leading the way by providing a robust, censorship-resistant, and low-cost solution for storing data. Unlike traditional cloud systems where a single server holds your data, Walrus distributes it across multiple nodes, keeping it private, safe, and under your control. Whether it's NFTs, gaming assets, apps, or sensitive datasets, $WAL ensures your data is scalable and secure. Developers can build innovative storage-based applications while users retain full ownership of their information. Join the revolution and experience the future of decentralized storage today! #walrus

On a blockchain, data is copied across many computers. The same data is stored with each validator. This keeps the system secure. However, when there is a lot of data, the system becomes slow and costly. Sometimes people just need to share data without performing any computations on it. In such cases, it is not necessary to replicate the full data everywhere. That’s why a special type of storage is used called decentralized storage.

In this system, data is only stored on certain nodes, but it still remains safe, available, and difficult to modify or delete. For NFTs, the actual data—like the original photos or videos—is stored here. Otherwise, only the metadata exists on the blockchain, and the original files could be deleted. For AI, it’s also important to preserve the original data so that it can be verified as authentic and unchanged.

Web3 apps, social platforms, and rollups all require decentralized storage to safely keep their data. Nowadays, decentralized storage is often used together with encryption. This makes data secure, private, and fully under the user’s control. Users do not need to rely on a single company. Simply put, decentralized storage is a new system for keeping data safe, and it is very important for the future of Web3.

Dusk_foundation is bringing a unique direction to the blockchain industry, where privacy, compliance, and real-world adoption are combined together. In traditional blockchains, there are usually two extremes — either there is complete transparency where user data can be exposed, or there is privacy but regulatory compliance becomes difficult. Dusk Network bridges this gap. The #Dusk ecosystem uses zero-knowledge technology, which keeps transactions and identity information confidential while still allowing institutions to operate legally.

$DUSK is not just a token; it is the utility engine of the entire network. It is used for transaction fees, staking, governance, and network security. Tokenizing real-world assets, security tokens, and on-chain financial instruments is the core vision of Dusk, enabling the future of capital markets to shift onto blockchain. For developers, Dusk is also a powerful platform where privacy-preserving smart contracts can be built without compromising user data.

If you are interested in Web3, RWA tokenization, or the future of compliant DeFi, then exploring Dusk Network is a must. Participate in discussions, share content, and climb the leaderboard through the Dusk campaign. This is not just a chance to earn rewards, but also an opportunity to grow with a project that stands close to real-world adoption.
#Dusk $DUSK @Dusk_Foundation

I’m excited to share why the #Dusk ecosystem is such an important development in blockchain technology and financial infrastructure. The Dusk Network is a Layer-1 privacy-enabled blockchain specifically designed to bridge the gap between decentralized finance and regulated financial markets. With its unique architecture leveraging zero-knowledge proofs and a hybrid consensus model, Dusk allows for confidential transactions, programmable smart contracts, and tokenization of real-world assets like securities and intellectual property—all while remaining compliant with regulatory standards.

What truly stands out is how $DUSK serves as the backbone of this ecosystem. Beyond being the native gas token for transactions and smart contract deployment, it incentivizes network participation and staking, helping secure the network and empower builders to innovate within a confidential and compliant environment.

Currently, you can also participate in the Dusk x Binance CreatorPad campaign, complete tasks, earn points, and compete for a share of the 3,059,210 $DUSK prize pool—a fantastic opportunity to both learn and engage with this groundbreaking project.