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Walrus WAL is a blockchain project created for a very simple but powerful reason. People deserve control over their data their money and their digital life. In today’s internet world most information is stored on centralized servers owned by large companies. Users trust these companies with personal files private documents and sensitive data but often without real ownership or privacy. Walrus was designed to offer a different path where users stay in control from the beginning to the end.

Walrus is a decentralized protocol that combines decentralized finance private blockchain interactions and decentralized data storage into one system. It is built on the Sui blockchain which is known for its speed scalability and modern design. Because of this foundation Walrus can support many users at the same time while keeping transactions fast and costs low. This makes the protocol suitable for individuals developers and enterprises who want reliable performance without complexity.

Privacy is one of the strongest pillars of Walrus. Many blockchains make all transactions public which can expose user behavior and sensitive information. Walrus supports private interactions so users can move assets use applications and store data without feeling watched. This privacy focused design makes Walrus attractive for real world use where confidentiality is important.

Another major strength of Walrus is its decentralized storage system. Instead of storing files on one server Walrus breaks data into smaller pieces and distributes them across a decentralized network. This process uses advanced methods that keep data safe even if some network nodes fail or go offline. Files remain accessible and secure without depending on a single company or location.

Walrus is also built to handle large files through blob storage. This makes it useful for videos images application data backups and enterprise level files. Traditional blockchains are not designed for this kind of storage but Walrus fills that gap. It offers a cost efficient censorship resistant alternative to traditional cloud services while giving users full ownership of their data.

The WAL token is the core utility of the Walrus ecosystem. It is used to pay for storage services network operations and protocol usage. Users can also stake WAL tokens to support network security and earn rewards. Staking encourages long term participation and helps keep the system stable and secure.

Governance is an important part of Walrus. WAL token holders can vote on protocol upgrades rule changes and future development decisions. This creates a community driven ecosystem where users have a real voice. The project grows with its community instead of being controlled by a single authority.

Walrus is also designed for developers who want to build decentralized applications that respect user privacy. By combining fast performance private transactions and decentralized storage developers can create new types of applications that were not possible before. These include private finance platforms secure data sharing tools Web3 services and enterprise solutions.

For everyday users Walrus offers something simple but powerful. It offers peace of mind. Businesses can store sensitive documents safely. Developers can host applications without relying on big cloud providers. Individuals can store personal files knowing they truly own them. There is no central company that can block access change rules or control data.

Walrus WAL is not built on hype or empty promises. It focuses on real problems and real solutions. It brings together privacy decentralization and usability in a way that feels natural and human. It represents a future where blockchain works quietly in the background while users enjoy freedom security and control.

In the growing world of Web3 Walrus stands as a reminder that technology should serve people not the other way around. It is a project built for trust ownership and long term value. Walrus WAL is not just a token. It is a step toward a more fair private and user owned internet.
@Walrus 🦭/acc $WAL #walrus

Dusk Network was founded in 2018 with one clear mission to build a blockchain that real financial systems can actually trust. At a time when most blockchains were focused on speculation hype and open public data the Dusk team chose a harder but more meaningful path. They decided to design a Layer 1 blockchain made for regulated finance privacy and long term use.

From the very beginning Dusk was not built for noise. It was built for purpose. The creators understood that banks institutions and financial markets cannot operate on systems where everything is exposed to the public. At the same time they also knew that finance cannot work without rules audits and accountability. Dusk was created to balance these needs in a natural and realistic way.

Dusk Network is a Layer 1 blockchain which means it runs on its own independent network. It does not rely on another blockchain to exist or function. This allowed the team to design every part of the system from scratch with privacy security and compliance at its core. This foundation is what makes Dusk different from many other projects in the blockchain space.

The main focus of Dusk is regulated financial infrastructure. This includes compliant decentralized finance tokenized real world assets secure payment systems and institutional grade applications. Dusk is designed for environments where money is serious data is sensitive and trust is critical.

Privacy is one of the strongest pillars of Dusk Network. On most public blockchains every transaction every balance and every interaction is visible to anyone. This is not acceptable for real finance. Dusk uses advanced cryptography to keep sensitive information private. User identities balances and transaction details are protected from public view.

At the same time Dusk does not hide everything. The system can still prove that transactions are valid rules are followed and laws are respected. Regulators and auditors can verify activity without exposing private information. This creates a system where privacy and trust exist together instead of fighting each other.

Compliance is not an afterthought on Dusk. It is built directly into the design of the network. Financial regulations such as identity verification access control and reporting requirements can be enforced on chain. This makes Dusk suitable for markets that must follow strict legal frameworks especially in regulated regions.

Instead of forcing institutions to adapt to blockchain Dusk adapts blockchain to institutions. This is one of the reasons why the project is seen as realistic and mature rather than experimental.

Dusk Network uses a modular architecture. This means the blockchain is built in layers and each layer has a clear role. One layer focuses on consensus security and settlement. Another layer supports smart contracts and application logic. Another layer handles privacy features and confidential computation.

This structure makes the network flexible and future ready. It allows upgrades improvements and scaling without breaking the entire system. For long term financial infrastructure this kind of design is extremely important.

Smart contracts on Dusk are designed for responsibility. Developers can build applications that are private compliant and secure. These applications can include trading platforms lending systems asset issuance tools and other financial products. Unlike many blockchains these smart contracts are built with real users real money and real rules in mind.

One of the most important use cases of Dusk Network is tokenization of real world assets. Tokenization means representing assets such as shares bonds or funds as digital tokens on the blockchain. Dusk allows this while respecting ownership rights privacy and regulatory requirements.

This creates a strong bridge between traditional finance and blockchain technology. Institutions can benefit from faster settlement automation and transparency without giving up control or breaking the law.

Dusk Network is built for institutions developers and users who care about trust stability and long term value. It is not designed for quick hype or viral trends. It is designed for a future where blockchain becomes a real part of global finance.

The vision of Dusk goes beyond today. The goal is to become a foundational layer for regulated financial markets on blockchain. A place where finance can operate securely privately and efficiently in a digital world.

In the end Dusk Network is about trust. Trust in privacy. Trust in rules. Trust in technology. It is a blockchain that does not shout but quietly builds something strong reliable and lasting.
@Dusk $DUSK #Dusk

Walrus is a decentralized storage and data availability protocol built on the high‑performance Sui blockchain. It was created to solve one of the biggest challenges in blockchain and the broader digital world — how to store large amounts of data in a way that is secure, affordable, censorship‑resistant, and fully under the control of users and developers instead of relying on centralized companies. Unlike traditional cloud storage solutions that rely on one company and centralized servers, Walrus spreads data across a global network of independent storage nodes, making data more resilient and genuinely decentralized. �
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At the heart of Walrus is its ability to turn data storage into a programmable and integrated blockchain primitive, meaning that data is not just stored — it can be actively used within smart contracts, dApps, and dynamic applications. This transformative shift enables developers to build applications that interact directly with stored data in ways that were not possible with older storage protocols. �
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The project was originally developed by the team at Mysten Labs — the core developers behind the Sui blockchain — and is now guided by the Walrus Foundation. The protocol officially launched its Mainnet on March 27, 2025, marking a major milestone toward decentralized and programmable storage. �
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One of the biggest emotional draws of Walrus stems from the fact that it gives people a way to own and control their digital data in an age where centralized platforms frequently lose trust due to outages, data leaks, or policy changes. With Walrus, data ownership is returned to the individual, and developers can build without worrying about a single point of failure or censorship. �
CoinMarketCap
At its core, Walrus uses an advanced form of erasure coding called RedStuff to break large files (referred to as “blobs”) into small coded fragments that are spread across many nodes in the network. This means even if many nodes fail or go offline, the original file can still be reconstructed quickly and reliably. Because of this smart coding method, Walrus achieves high data resilience while keeping the replication factor low, making it far more cost‑effective than older decentralized storage solutions that simply replicate entire copies multiple times. �
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Instead of storing full data on the blockchain (which would be extremely expensive), Walrus stores essential metadata and proofs of availability on Sui’s blockchain, while the bulk of the data lives on distributed storage nodes. This allows the network to verify that a file is truly stored without having to store the full file on chain itself, keeping transaction costs and blockchain resource use lean. �
Walrus Docs
The WAL token is the central currency of the Walrus network. It has multiple critical functions: it is used to pay for data storage services, to stake and secure the network, and to participate in governance decisions that shape how Walrus evolves in the future. The total supply of WAL is capped at 5 billion tokens, and a significant portion of this supply has been allocated to community incentives and ecosystem growth, ensuring broad participation and long‑term sustainability. �
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Users pay in WAL tokens when they publish or extend stored files. These payments are typically made upfront for a fixed duration of storage and are gradually distributed to node operators and stakers over time. The token also supports a delegated proof‑of‑stake (DPoS) consensus mechanism, where WAL holders can delegate tokens to trusted nodes to help secure the network and earn rewards in return. Governance decisions — such as storage pricing, penalty mechanisms, or other protocol parameters — are voted on by WAL stakers, giving the community a voice in the project’s future. �
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What makes Walrus emotionally compelling is how it addresses real concerns people have about data ownership, privacy, and access. In a digital world where centralized storage can lead to censorship, loss of data, or unpredictable costs, Walrus provides a vision of true user empowerment — a world where you not only store your data but also control it. In this ecosystem, developers can build apps knowing that their data layer is decentralized, resilient, and programmable, allowing for richer functionality that was previously impossible on older storage protocols. �
CoinMarketCap
The Walrus ecosystem also supports flexible developer access through command‑line tools (CLI), SDKs in various languages, and Web2‑compatible HTTP APIs, which means traditional applications and modern Web3 applications can both benefit from the protocol’s storage infrastructure. This seamless integration allows developers to build without major friction, lowering the barrier to entry for innovative use cases across industries such as gaming, NFTs, AI, and decentralized web hosting. �
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Walrus’s cost advantage over other decentralized storage solutions is substantial; by using RedStuff and keeping replication factors between four and five times the size of the original data, the protocol dramatically lowers storage costs compared with older systems that require many full copies of the data. Some analyses estimate that the cost differences can be an order of magnitude lower than traditional decentralized storage while still maintaining strong availability and fault tolerance. �
PANews Lab
Beyond cost, Walrus’s ability to make storage programmable — meaning that data can be dynamically controlled through smart contracts — opens up worlds of possibilities. For example, applications can automatically delete a file when a game session ends, rotate backups on a schedule, or make data available only under certain conditions. This turns storage from a static service into an active component of application logic. �
Superex
The project has drawn significant backing from major investors, raising $140 million in funding before its mainnet launch, with participation from firms such as Standard Crypto, a16z crypto, Electric Capital, and Franklin Templeton Digital Assets. This level of institutional support signals strong confidence in Walrus’s long‑term vision and technical foundation. �
CoinDesk
In practice, Walrus is already being used in various ways across the Sui ecosystem and beyond. Developers are leveraging it for decentralized application storage, media distribution, enterprise backups, and even hosting decentralized web experiences that combine frontend user interfaces with backend logic — all without relying on centralized servers. �
Superex
From a user perspective, participating in the Walrus ecosystem can bring both utility and potential economic rewards. By staking WAL tokens or providing storage services, individuals and organizations can earn rewards while contributing to network security and data availability. Community activities and participation in network governance further deepen involvement and investment in the ecosystem’s success. �
Superex
Through its innovative approach to decentralized storage, integration with the Sui blockchain, programmable storage capabilities, and community‑centered tokenomics, Walrus is positioning itself not just as a storage protocol but as a foundational layer for the future of a decentralized internet where data is treated as a valuable, secure, and user‑controlled asset. �
CoinMarketCap
@Walrus 🦭/acc $WAL #walrus

Walrus is a decentralized storage and data availability protocol built on top of the Sui blockchain that aims to transform how large files and unstructured data are stored, verified, and managed in the Web3 era. It is designed to solve one of the biggest challenges in blockchain technology—handling huge amounts of data like videos, images, AI datasets, decentralized app content, and archives in a way that is secure, affordable, scalable, and truly decentralized. Unlike centralized cloud services that control user data, Walrus distributes data across a network of independent storage nodes, offering a trustless alternative where users retain ownership and control over their data. �
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At its core, Walrus uses innovative coding techniques and blockchain coordination to split large files into small encoded fragments known as slivers using a special algorithm called Red Stuff. These slivers are spread across multiple storage nodes so that if some become unavailable, the original data can still be reconstructed from the remaining pieces. This design achieves high availability, fault tolerance, and fast data retrieval, while keeping storage costs significantly lower than alternatives that rely on full replication. �
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Walrus focuses on storing blobs, which are large binary objects like images, videos, and datasets. Instead of writing all the data directly on the blockchain—an expensive and slow process—Walrus stores only the metadata and proofs of storage on Sui. This way, smart contracts can reference and verify data without bloating the blockchain, making storage programmable and efficient. �
Binance Academy
The WAL token is the native cryptocurrency of Walrus and serves as the economic foundation of the network. WAL has a fixed total supply of 5 billion tokens, with a portion already circulating and the rest allocated for ecosystem development, community incentives, and long-term growth. Holders of WAL use it to pay for data storage, stake for network security and rewards, and participate in governance decisions that shape the future of the protocol. �
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Storing data on Walrus requires users to prepay in WAL tokens, which are then distributed over time to storage node operators based on performance and uptime. Node operators and delegators (people who stake or delegate their WAL to nodes) earn rewards for contributing storage capacity and maintaining reliability. WAL holders can also vote on protocol parameters, such as pricing models, penalty mechanisms for poorly performing nodes, and future upgrades, giving the community a say in the network’s evolution. �
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Walrus operates in epochs, which are discrete time periods during which storage nodes are organized, reconfigured, and evaluated based on performance. At the end of each epoch, rewards are distributed, and governance decisions can be applied. This structure helps ensure that data remains available and secure over time while supporting ongoing improvements and adjustments to protocol parameters. �
Blockberry API
The protocol’s integration with Sui makes it uniquely suited for programmable storage that interacts directly with smart contracts. Developers can use command-line tools, SDKs, and HTTP APIs to build decentralized applications that leverage Walrus for data storage and retrieval. Walrus also supports hybrid use cases where traditional content delivery networks (CDNs) work alongside decentralized storage to optimize performance without sacrificing decentralization. �
BSC News
Walrus is built to support a wide range of real-world use cases. It enables hosting of decentralized websites, where HTML, CSS, media files, and script resources live across the decentralized storage layer, resisting censorship and central failures. It also serves as a storage layer for NFT media, AI datasets and model files, blockchain history and state snapshots, and data availability layers for Layer 2 networks requiring verifiable off-chain data. These applications benefit from Walrus’s ability to make data both programmable and easily accessible while providing cryptographic proofs of availability. �
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Before the mainnet launch, Walrus raised significant funding—reportedly around $140 million in a private token sale led by major investors including Standard Crypto, a16z crypto, Electric Capital, Franklin Templeton Digital Assets, and RW3 Ventures. This financial support not only fueled development but also signaled strong confidence in the project’s vision and potential impact. The mainnet went live on March 27, 2025, marking a major milestone in making decentralized storage fully operational for public use. �
CoinDesk
Walrus’s token distribution includes meaningful allocations for community incentives, with a portion reserved for airdrops and ecosystem growth to reward early users and contributors. A community-first allocation approach encourages engagement and long-term participation in the network, helping bootstrap a vibrant and diverse ecosystem of developers, stakers, and users. �
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One noteworthy aspect of Walrus is its emphasis on cost efficiency. By using sophisticated coding and storage strategies that require fewer total copies of data compared to older decentralized storage solutions (for example, Filecoin and Arweave use much higher replication overhead), Walrus can keep storage expenses significantly more affordable. Some estimates suggest the system could reduce costs up to 80% compared to traditional alternatives in certain cases, making it attractive for large datasets and dynamic applications. �
CryptoGuide
Security and decentralization are core pillars of Walrus. The protocol incorporates mechanisms that allow storage nodes to prove they are holding data they are supposed to store, using random availability checks and attestations that incentivize honest behavior. Advanced encryption and decentralized control ensure that even while storing sensitive or valuable data, user privacy and control are preserved without introducing centralized points of failure. �
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Walrus’s close relationship with the Sui blockchain also has broader economic implications. As users store data on Walrus, underlying Sui tokens may be consumed for on-chain actions, which in turn could create a deflationary effect on Sui and increase its utility in the ecosystem—further aligning the success of decentralized storage with the health of the Sui network. �
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Since its mainnet launch, Walrus has seen growing adoption with projects experimenting and building on its storage capabilities. Early activity on testnets and public deployments shows that developers are already exploring ways to integrate decentralized storage into a wide range of Web3 applications with Walrus as the backend infrastructure. �
PANews Lab
In summary, Walrus (WAL) is not just a storage protocol—it is a foundational piece of infrastructure for the decentralized web, offering a scalable, programmable, and cost-effective solution for storing large amounts of data. It brings together advanced encoding techniques, blockchain coordination, community governance, and real-world utility in a unified system that empowers developers, creators, and everyday users to take control of their digital content in a decentralized future. �
@Walrus 🦭/acc $WAL #walrus

Dusk Network was founded in 2018 with a clear and practical idea. Blockchain technology was growing fast but it was not built for real finance. Banks institutions and serious businesses could not use most blockchains because everything was public and most systems ignored regulations. Dusk was created to solve this exact problem by building a Layer 1 blockchain that respects privacy follows rules and still delivers the benefits of decentralization.
From the beginning Dusk focused on regulated financial infrastructure. This means it was designed for environments where laws matter audits matter and trust matters. Instead of trying to replace the financial system overnight Dusk works to improve it by making it faster safer and more efficient.
One of the most important parts of Dusk Network is privacy. In real financial life privacy is not optional. Companies cannot expose transactions to the public. Investors cannot reveal strategies. Users cannot risk leaking personal data. Dusk uses advanced cryptographic methods that allow transactions to be validated without revealing sensitive details. This allows financial activity to stay confidential while still being correct and secure.
What makes Dusk special is that privacy does not block accountability. When required information can be shared with authorized parties such as regulators or auditors. This balance between privacy and transparency is built into the system by design and not added later as an extra feature.
Dusk was also built to work with regulations instead of avoiding them. Many blockchain projects try to escape rules but this limits real adoption. Dusk supports compliance requirements such as identity verification reporting and data protection. This makes it suitable for institutional use and long term growth.
The technology behind Dusk is modular. This means the blockchain is made of separate parts that each handle a specific role. One part focuses on security and settlement. Another part supports smart contracts. Another part handles privacy features. This structure makes the network flexible scalable and easier to upgrade over time.
Dusk supports smart contracts but with an important difference. On most blockchains smart contracts are fully public. On Dusk they can be private. This allows businesses to automate agreements and financial logic without exposing internal data. This is essential for professional finance and enterprise applications.
The network uses an efficient Proof of Stake based consensus system. This allows transactions to finalize quickly and keeps energy usage low. Fast settlement is critical in finance where delays can increase risk and cost. Dusk was built with this reality in mind.
One of the main use cases of Dusk Network is real world asset tokenization. Assets such as shares bonds funds and other financial products can be represented on the blockchain in a compliant way. Ownership rules can be enforced automatically and settlement can happen instantly. This reduces paperwork lowers cost and removes friction from traditional processes.
Dusk also supports privacy focused digital identity solutions. Users can prove who they are without revealing more information than necessary. This protects personal data while still meeting legal requirements. In a world where data breaches are common this approach is extremely valuable.
The DUSK token powers the entire network. It is used to pay transaction fees secure the network through staking reward validators and support governance. The token has a real role and real utility within the ecosystem.
Dusk Network is built for institutions developers and users who care about trust privacy and long term value. It is not designed for hype or quick speculation. It is designed for real financial systems that need reliability and compliance.
What makes Dusk feel realistic is its focus. It does not try to be everything. It focuses on doing one thing well bringing real finance onto blockchain without breaking privacy or rules.
As the financial world becomes more digital and more regulated the need for blockchains like Dusk will continue to grow. Dusk Network represents a calm thoughtful and responsible approach to the future of finance where technology serves trust instead of replacing it.
@Dusk $DUSK #dusk

Vanar est une blockchain de couche 1 conçue pour avoir du sens pour les vraies personnes et la vraie vie. Ce n'est pas juste un autre projet crypto. Elle est construite de sorte que les joueurs, créateurs, marques, entreprises et utilisateurs quotidiens puissent réellement l'utiliser, en profiter et en tirer des bénéfices. L'équipe de Vanar a une profonde expérience dans le domaine du jeu, du divertissement et des solutions de marque. Ils savent ce qui fonctionne pour les vrais utilisateurs et ce qui ne fonctionne pas. Leur mission est claire : amener les trois milliards de personnes suivantes dans le Web3, le nouvel internet où les gens possèdent réellement leurs données, objets numériques et expériences.

Plasma est une blockchain de couche 1 créée avec une vision très claire et ciblée. Elle existe pour améliorer le fonctionnement des stablecoins pour de vraies personnes, de vraies entreprises et de vraies économies. Alors que de nombreuses blockchains essaient de tout supporter à la fois, Plasma choisit un chemin différent. Elle est spécifiquement construite pour le règlement des stablecoins, les paiements et les mouvements financiers à grande échelle.

Les stablecoins comme l'USDT sont déjà utilisés par des millions de personnes à travers le monde. Ils sont utilisés pour envoyer de l'argent à la famille, payer des freelances, diriger des entreprises en ligne et protéger des économies dans des pays où la banque traditionnelle est lente ou peu fiable. Même avec cette adoption massive, la plupart des blockchains n'ont jamais été conçues uniquement pour les stablecoins. Les frais peuvent être élevés, les transactions peuvent sembler lentes, et les utilisateurs sont souvent contraints de traiter avec des systèmes de gaz complexes.