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Das Design von Walrus’s Red Stuff macht dezentralen Speicher zuverlässig für die langfristige Nutzung und ermöglicht Selbstheilung. In realen Netzwerken fallen Knoten oft aus, werden ersetzt oder verlieren Daten. In traditionellen Kodierungssystemen führt dieser Wandel dazu, dass große Mengen von Daten erneut übertragen werden müssen, was die Wiederherstellung langsam und teuer macht. Red Stuff löst dies, indem sichergestellt wird, dass die Wiederherstellungskosten nur proportional zu den tatsächlich verlorenen Daten sind, nicht zu den Daten des gesamten Systems.
In diesem Design speichert Walrus Daten mit 2D-Kodierung, was bedeutet, dass die Daten über sowohl Zeilen als auch Spalten kodiert werden. Jeder Knoten erhält zwei Stücke: ein primäres und ein sekundäres. Der Vorteil dieses Ansatzes ist, dass, wenn ein Knoten seine Daten verliert, das System sie mit kleinen Stücken von anderen Knoten wiederherstellen kann, ohne den gesamten Blob herunterzuladen. Dies hält die Netzwerkbelastung gering und macht die Wiederherstellung schnell.

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

Plasma Chain has a very strong future as it brings high performance, scalability, and low transaction fees to blockchain technology. However, it also involves certain technology-related risks that developers and users must understand.

One of the most important risks is smart contract vulnerabilities. If contracts are not properly tested and audited, bugs, logic errors, or security flaws can lead to fund losses, system failures, or exploits. This is why secure coding practices and regular audits are essential.

Another risk is related to network upgrades and protocol changes. As the chain evolves, backward compatibility issues, temporary downtime, or unexpected behavior may occur, which can affect user experience and application performance.

Infrastructure reliability is also a major concern. Node downtime, validator failures, or data availability issues can cause transaction delays, network congestion, and service disruptions, especially in high-traffic environments.

In addition, cybersecurity threats such as phishing attacks, malware, and private key compromise pose serious risks. If users do not secure their accounts and keys properly, their data and funds can be at risk.

Plasma Chain reduces these risks through modular architecture, continuous testing, strong cryptography, and community-driven governance. Both users and developers must follow best security practices to keep the ecosystem stable, secure, and sustainable in the long term.
#Plasma $XPL @Plasma

Blockchain and DeFi are rapidly evolving in their world, but traditional networks are still facing challenges like slow transactions and high fees. This is why the introduction of Plasma and XPL has become so crucial. Plasma is an advanced Layer-2 solution that makes blockchain faster, more scalable, and more secure, ensuring a smooth and efficient experience for both developers and users.

XPL is the native token of the Plasma network, powering transactions and playing an integral role in the ecosystem’s growth. Whether you are making daily transactions or developing decentralized applications, Plasma’s architecture provides low-cost and high-speed solutions at every step. Plasma’s scalable design reduces network congestion and is ready for mass adoption. Its eco-friendly and efficient protocol not only saves energy but also makes blockchain adoption easier worldwide.

Join the Plasma community today and take your crypto journey to the next professional level. For fast, secure, and reliable transactions, use Plasma and XPL and become part of the decentralized future.
#Plasma $XPL @Plasma

Das Walross-Protokoll ist eine fortschrittliche Lösung zur Sicherung dezentraler Daten, die die Speicherung effizient und erschwinglich macht, selbst wenn einige Knoten unehrlich sind oder das Netzwerk langsam ist. Traditionelle Systeme wie Filecoin und Arweave verwenden vollständige Replikation, bei der die gesamten Daten an jeden Knoten gesendet werden. Dies erhöht die Speicherkosten und belastet das Netzwerk stark.

Walross löst dieses Problem durch intelligente Kodierung. Daten werden in kleinere Stücke unterteilt und über verschiedene Knoten verteilt, und selbst einige Stücke sind ausreichend, um die vollständigen Daten wiederherzustellen. Dieser Ansatz reduziert die Speicherkosten und macht das System skalierbarer, ohne auf vollständige Replikation angewiesen zu sein.

Der grundlegende Zweck eines vollständigen Datenspeicherprotokolls besteht darin, einem Writer zu ermöglichen, Daten in einem Netzwerk von Speicherknoten zu speichern, und Lesern zu erlauben, diese Daten zuverlässig zu lesen, selbst wenn das Netzwerk langsam ist, einige Knoten ausfallen oder einige Knoten auf byzantinische (bösartige) Weise agieren. Das System arbeitet mit (n = 3f + 1) Knoten, wobei bis zu (f) Knoten bösartig sein können, dennoch wird die Verfügbarkeit und Konsistenz aufrechterhalten. Wenn der Writer ehrlich ist, speichert jeder ehrliche Speicherknoten ein Fragment (einen Teil) der Daten. Diese Fragmente sind so entworfen, dass die Wiederherstellung der gesamten Daten durch Kombinieren einer begrenzten Anzahl von Teilen möglich ist, wodurch eine vollständige Replikation nicht erforderlich ist und die Speicherkosten reduziert werden. Das Protokoll stellt sicher, dass zwei ehrliche Leser, die auf dieselben Daten zugreifen, immer dasselbe Ergebnis erhalten – entweder lesen beide erfolgreich die Daten oder beide scheitern. Sobald die Daten erfolgreich gespeichert wurden, kann jeder ehrliche Leser sie lesen. Das ACDS-Modell wird innerhalb des Walrus-Protokolls unter Verwendung von epochenbasierten, dynamischen Speicherkomitees angepasst, bei denen die Knoten rotieren, wodurch das System sicherer, skalierbarer und besser für reale dezentrale Umgebungen geeignet wird.

ACDS im Walrus-Protokoll stellt sicher, dass der zentrale Speicher auch in asynchronen Netzwerken und bei Vorhandensein von byzantinischen (bösartigen oder fehlerhaften) Knoten sicher und zuverlässig bleibt. In Walrus wird die Daten in mehrere Teile mithilfe von Fehlerkorrekturcodierung aufgeteilt, wobei jeder ehrliche Speicherknoten nur seinen zugewiesenen Fragment speichert, anstatt eine vollständige Kopie der Daten zu halten.

Dieser Entwurf reduziert die Speicherkosten erheblich, ohne zu garantieren, dass die Daten wiederherstellbar bleiben. ACDS bietet eine starke Konsistenzgarantie: Zwei ehrliche Leser erhalten niemals unterschiedliche Ergebnisse – entweder erhalten beide die gesamten Daten erfolgreich, oder beide scheitern daran. Wenn der Schreiber ehrlich ist und die Daten erfolgreich geschrieben wurden, kann jeder ehrliche Leser die Daten später lesen.

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

Auf einer Blockchain wird Daten auf vielen Computern kopiert. Die gleichen Daten werden von jedem Validator gespeichert. Dies hält das System sicher. Wenn jedoch viel Daten vorhanden sind, wird das System jedoch langsam und kostspielig. Manchmal benötigt man nur, um Daten zu teilen, ohne darauf Berechnungen durchzuführen. In solchen Fällen ist es nicht notwendig, die vollständigen Daten überall zu replizieren. Deshalb wird eine spezielle Art von Speicherung verwendet, die dezentrale Speicherung genannt wird.

In diesem System werden Daten nur auf bestimmten Knoten gespeichert, bleiben aber weiterhin sicher, verfügbar und schwer zu verändern oder zu löschen. Für NFTs werden hier die eigentlichen Daten – wie die Originalfotos oder Videos – gespeichert. Andernfalls existiert lediglich die Metadaten auf der Blockchain, und die ursprünglichen Dateien könnten gelöscht werden. Für KI ist es ebenfalls wichtig, die ursprünglichen Daten zu erhalten, damit sie als echt und unverändert überprüfbar sind.

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.