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Dusk est une blockchain de couche un, créée en 2018 avec un objectif très précis. Elle a été conçue pour soutenir une infrastructure financière réglementée et axée sur la confidentialité. Contrairement à la plupart des blockchains qui visent des systèmes ouverts et entièrement transparents, Dusk a été conçu pour des situations où la confidentialité n'est pas une option mais une exigence légale, logique commerciale et structure du marché. Son objectif principal est de permettre le transfert d'actifs financiers réels et d'activités financières réglementées sur la chaîne sans violer les règles légales ou les règles de confidentialité.

Dusk est public et sans autorisation, mais conçu pour soutenir les institutions, les entités réglementées et les cas d'utilisation financiers sérieux. Cette combinaison est rare dans l'espace blockchain et définit l'identité du réseau.

Dusk Network started in 2018 with a very clear idea. The team did not want to build another blockchain just for crypto traders. They wanted to build a blockchain that real financial institutions could actually use.

Most blockchains are fully open. Anyone can see transactions, balances, and activity. This sounds good in theory, but in real finance it creates serious problems. Banks, companies, and funds cannot expose sensitive data to the public.

Dusk was created to fix this gap.

It focuses on privacy, regulation, and real financial use cases. The goal is simple. Bring traditional finance onto blockchain in a way that is legal, private, and practical.

WHAT IS DUSK NETWORK

Dusk Network is a Layer 1 blockchain. This means it is its own independent blockchain and does not rely on another network to function.

It is public and permissionless. Anyone can join the network, run a node, or build applications. At the same time, it supports private transactions and confidential smart contracts.

Dusk is mainly built for regulated finance. This includes things like digital securities, compliant DeFi, and tokenized real world assets. These are areas where privacy and legal clarity are not optional.

In simple words, Dusk is a blockchain made for serious financial systems, not just experiments.

WHY DUSK NETWORK IS IMPORTANT

PRIVACY IS A BASIC NEED IN FINANCE

In real finance, privacy is not about hiding wrongdoing. It is about protecting users, businesses, and strategies.

Companies do not want competitors to see their transactions. Funds do not want their positions exposed. Banks cannot show customer data publicly.

Most blockchains fail here because everything is visible.

Dusk allows transactions to stay private while still being valid and secure. This makes blockchain usable for real businesses.

REGULATION CANNOT BE IGNORED

Many crypto projects try to avoid regulation. This limits their growth.

Dusk takes a different path. It accepts that regulation exists and builds around it.

The network is designed to work with financial rules, especially in Europe. This includes data protection laws and securities regulations.

Because of this approach, Dusk can support real financial products instead of only experimental ones.

REAL WORLD ASSETS ARE A HUGE OPPORTUNITY

Real world assets include stocks, bonds, real estate, and funds. These markets are massive compared to crypto.

Tokenizing these assets can make them easier to trade, cheaper to manage, and more accessible.

But this only works if privacy and compliance are built in.

Dusk provides the tools to issue, manage, and trade these assets on chain in a legal way.

HOW DUSK NETWORK WORKS

Dusk uses advanced technology, but the idea behind it is easy to understand.

CONSENSUS AND NETWORK SECURITY

Dusk uses a special consensus model called Segregated Byzantine Agreement.

Validators stake DUSK tokens to participate. They verify transactions and secure the network.

This system is efficient and does not waste energy like traditional mining. It is also designed to work well with private transactions.

The result is a secure network that can reach agreement without exposing sensitive data.

PRIVACY THROUGH CRYPTOGRAPHY

Dusk uses zero knowledge proofs. This technology allows the network to confirm that a transaction is correct without revealing the details.

This means amounts, identities, and contract data can stay private.

At the same time, the system allows controlled access when audits or legal checks are required.

This balance is one of Dusk’s strongest features.

CONFIDENTIAL SMART CONTRACTS

Smart contracts on most blockchains are fully public. This is not suitable for finance.

Dusk supports confidential smart contracts. These contracts can run complex financial logic without revealing private information.

This makes it possible to build regulated financial applications directly on chain.

TOKENOMICS AND THE DUSK TOKEN

The native token of the network is called DUSK.

It plays a central role in how the network operates.

WHAT DUSK IS USED FOR

DUSK is used for staking. Validators must lock tokens to secure the network.

It is also used to pay transaction fees and reward validators.

Without the DUSK token, the network cannot function properly.

SUPPLY AND ECONOMIC DESIGN

The token economy is designed to support long term stability.

Rewards encourage validators to act honestly. Inflation is controlled to avoid harming long term holders.

The goal is sustainability rather than short term hype.

THE DUSK ECOSYSTEM

Dusk is building more than just a blockchain. It is building financial infrastructure.

TOKENIZED SECURITIES

Dusk supports special token standards designed for regulated assets.

These standards make it possible to issue digital shares, bonds, and funds on chain while following legal rules.

Ownership can remain private, and transfers can be restricted when required by law

IDENTITY AND COMPLIANCE TOOLS

The network supports privacy friendly identity systems.

Users can prove they meet requirements like KYC without revealing unnecessary personal information.

This is essential for regulated DeFi and institutional adoption.

PARTNERSHIPS AND REAL USAGE

Dusk works with regulated entities and licensed platforms.

These partnerships help bring real assets and institutions onto the network instead of only test projects.

This practical focus separates Dusk from many purely theoretical blockchains.

ROADMAP AND FUTURE DIRECTION

Dusk is growing step by step.

SHORT TERM GOALS

The focus is on improving performance, developer tools, and network stability.

More applications are expected to launch as the infrastructure matures.

MEDIUM TERM PLANS

Dusk aims to support regulated trading platforms and payment systems.

This includes tools for businesses and institutions, not just individuals.

LONG TERM VISION

The long term goal is to become a core layer for digital finance.

A place where real world assets, regulated DeFi, and private transactions coexist on chain.

CHALLENGES DUSK MUST FACE

Dusk is solving hard problems, and that comes with challenges.

REGULATORY COMPLEXITY

Financial laws are different in every country. Staying compliant everywhere is slow and difficult.

SLOW INSTITUTIONAL ADOPTION

Large institutions move carefully. Adoption will take time.

TECHNICAL DIFFICULTY

Privacy technology is complex. It requires careful design and auditing.

COMPETITION

Other blockchains also talk about finance and privacy. Few are built specifically for regulated markets.

FINAL THOUGHTS

Dusk Network is not a hype driven project.

It is focused on building something that can last.

By combining privacy, regulation, and blockchain technology, it targets a real problem in modern finance.

If blockchain is going to be used by banks, companies, and governments, networks like Dusk will be necessary.

Dusk is not trying to be everything.

It is trying to be the right blockchain for regulated and private finance.

@Dusk $DUSK #Dusk

Le réseau Dusk est une blockchain de couche 1 lancée en 2018 avec une idée très claire à l'esprit. Elle a été conçue pour la finance, et non pour les expérimentations ou la hype. L'objectif était simple mais difficile : créer une blockchain respectant la confidentialité, conformément aux réglementations, tout en tirant parti des avantages de la décentralisation. La plupart des blockchains se concentrent sur la transparence, mais la finance ne fonctionne pas ainsi dans le monde réel. Dusk a été conçu pour combler cette lacune.

Dans la finance traditionnelle, la confidentialité est une exigence fondamentale. Les banques, les institutions et les entreprises ne peuvent pas exposer les données des utilisateurs, les soldes ou l'historique des transactions à tout le monde. Les blockchains publiques rendent généralement tout visible, ce qui pose des problèmes pour une utilisation réglementée. Dusk adopte une approche différente. Il permet aux transactions et aux contrats intelligents de rester privés tout en restant vérifiables et auditables lorsqu'il le faut.

Walrus Protocol is a decentralized storage
network built to solve a growing problem in Web3. Blockchains are powerful for payments and smart contracts, but they are not designed to store large amounts of data. Modern applications create videos, images, AI datasets, game files, and other heavy data. Most of this data is still stored on centralized cloud services. Walrus was created to offer a better and more open alternative.

The main idea behind Walrus is simple. Instead of storing data on one server, it spreads data across many independent storage providers. This reduces the risk of data loss, censorship, and downtime. Even if some providers go offline, the data can still be recovered. This makes the network more reliable for long term use.

Walrus matters because many decentralized applications are not fully decentralized in practice. Their logic may be on chain, but their data often depends on centralized services. This creates a weak point. If a cloud provider fails or restricts access, the application can break. Walrus helps remove this risk by giving developers a storage layer that matches the decentralized nature of Web3.

The protocol is built on the Sui blockchain. Sui is used to manage coordination tasks such as storage commitments, verification, and payments. The actual data is not stored on the blockchain. It lives on the Walrus network. This separation allows the system to scale without slowing down blockchain performance.

When data is uploaded to Walrus, it is split into many small pieces. These pieces are distributed across different storage providers using advanced encoding methods. This allows the original file to be reconstructed even if some pieces are missing. The network regularly checks that providers are still storing the data they promised to store. This reduces the need for trust and increases confidence in the system.

The $WAL token is central to how Walrus works. Users pay for storage using $WAL . Storage providers earn $WAL for keeping data available and serving it when needed. Providers are required to lock up tokens as a guarantee of good behavior. If they fail to meet their responsibilities, they can lose part of their stake. This creates a strong incentive to act honestly.

$WAL is also used for governance. Token holders can participate in decisions about upgrades and changes to the protocol. A large part of the token supply is dedicated to ecosystem growth, developer incentives, and long term sustainability. This shows a focus on real usage instead of short term attention.

The Walrus ecosystem is growing across different use cases. AI developers need access to large and reliable datasets. NFT platforms need storage that will remain available for years. Games and media platforms need fast access to large files without relying on centralized servers. Walrus aims to serve as shared infrastructure for all of these needs.

The roadmap of Walrus focuses on steady progress. Key goals include improving developer tools, strengthening security, expanding the storage provider network, and supporting real applications. The project appears focused on building useful infrastructure rather than chasing hype.

There are still challenges. Decentralized storage is a competitive area, and many developers are comfortable with traditional cloud services. Walrus must continue proving that it can offer strong reliability, fair pricing, and ease of use. Managing token incentives as the network grows will also require careful balance.

Overall, @walrusprotocol is building practical infrastructure for the future of Web3. By focusing on large scale data, verifiable storage, and clear economic incentives through $WAL , Walrus is positioning itself as a long term solution. If adoption continues and execution remains strong, it could become an important foundation for decentralized applications and data driven systems.

@Walrus 🦭/acc $WAL #Walrus

Le protocole Walrus est un réseau de stockage décentralisé conçu pour résoudre l'un des plus grands problèmes du blockchain actuel : les données. À mesure que les applications Web3 grandissent, elles génèrent de grandes quantités d'informations telles que des vidéos, des images, des jeux de données d'IA, des ressources de jeux et des fichiers d'applications. La plupart des blockchains ne peuvent pas stocker ce type de données de manière efficace, si bien que les développeurs dépendent généralement de services cloud centralisés. Walrus a été créé pour réduire cette dépendance et offrir aux développeurs une alternative plus fiable et ouverte.

Au niveau fondamental, Walrus permet de stocker de grands fichiers de données sur de nombreux nœuds indépendants au lieu d'un seul serveur central. Cela signifie qu'aucune entreprise unique ne contrôle les données. Si certains nœuds tombent en panne, les données peuvent tout de même être récupérées. Ce design rend le système plus résilient et mieux adapté à une utilisation à long terme.

Walrus Protocol is a decentralized storage network built for modern blockchain and data heavy applications. As Web3, gaming, NFTs, and AI continue to grow, the amount of data these systems produce is increasing very fast. Most blockchains cannot store large files directly, and most applications still depend on centralized cloud services. Walrus was created to solve this problem in a practical and scalable way.

At its core, Walrus focuses on storing large data objects such as videos, datasets, application data, and media files. Instead of keeping data on a single server, Walrus distributes it across many independent nodes. This makes the system more resilient and harder to censor. Even if some nodes go offline, the data can still be recovered.

Why this matters becomes clear when we look at how Web3 applications work today. Smart contracts are good at handling logic and value, but they are not designed to store large amounts of data. Developers are often forced to rely on centralized providers like cloud storage, which brings risks such as outages, pricing changes, and loss of control. Walrus offers an alternative that keeps data decentralized while remaining usable for real applications.

Walrus is built on the Sui blockchain, which is known for high performance and low fees. Sui does not store the actual data. Instead, it coordinates the system by tracking storage commitments, payments, and proofs. The data itself lives on the Walrus network. This separation allows Walrus to scale without overloading the blockchain.

The way Walrus works is simple in concept. Large files are split into many smaller pieces. These pieces are stored across different nodes using a method called erasure coding. This means the original file can be reconstructed even if some pieces are missing. The network regularly checks that nodes are actually storing the data they promised to store. This removes the need to blindly trust storage providers.

The $WAL token is what powers the entire system. Users pay for storage using $WAL . Storage providers earn $WAL for keeping data available and serving it when needed. Node operators must also stake $WAL , which creates a financial incentive to act honestly. If a node fails to meet its obligations, it can lose part of its stake. This design helps maintain reliability without relying on central control.

$WAL also plays a role in governance. Token holders can take part in decisions about how the protocol evolves. A significant part of the token supply is reserved for ecosystem growth, developer incentives, and long term sustainability. This shows that the project is focused on building usage rather than short term attention.

The Walrus ecosystem is slowly expanding into different areas. AI developers need reliable access to large datasets. NFT platforms need storage that will not disappear over time. Games and media platforms need fast and stable access to content. Walrus aims to act as shared infrastructure that all these applications can rely on.

The roadmap of Walrus focuses more on building and adoption than marketing. Improving developer tools, making onboarding easier, and growing the storage provider network appear to be key priorities. This approach may seem slow, but it fits the nature of infrastructure projects, which need stability more than hype.

There are also real challenges ahead. Decentralized storage is a competitive space, and many developers are still comfortable with centralized cloud services. Walrus must prove that it can match or exceed traditional solutions in reliability, cost, and ease of use. Token economics also need to be managed carefully to avoid unnecessary pressure on the system.

Another challenge is awareness. Many users do not think about storage until something breaks. Walrus needs real applications using the network to clearly show why decentralized storage matters.

In the end, @walrusprotocol is not trying to be flashy. It is trying to solve a real problem that Web3 keeps running into. By focusing on large scale data, verifiable storage, and economic incentives through $WAL , Walrus is positioning itself as long term infrastructure rather than a short lived trend. If execution stays strong and adoption continues, Walrus could become a key building block for decentralized applications in the years ahead.

@Walrus 🦭/acc $WAL #Walrus

Walrus est une solution de stockage décentralisé pour la plateforme blockchain Sui. L'objectif de cette solution est le stockage sécurisé et décentralisé de grandes quantités d'informations telles que des fichiers vidéo, des images, des jeux de données pour l'IA, des fichiers d'applications et des NFT. Au lieu de compter sur une seule entreprise ou serveur pour cette tâche, Walrus stocke les informations sur de nombreux nœuds distincts.
C'est une offre importante car la majeure partie des données aujourd'hui est hébergée par des entreprises de cloud centralisées. Ces systèmes sont connus pour planter, devenir coûteux ou même bloquer l'accès aux données. Walrus assure aux utilisateurs une meilleure propriété des données, une résistance accrue à la censure ainsi que des avantages à long terme économiquement avantageux, tous essentiels dans les applications Web3, l'IA et d'autres médias numériques liés à l'IA.

Dusk est important car les systèmes de finance traditionnels ne peuvent pas exister sur des blockchains publiques. Les banques, les émetteurs d'actifs et le gouvernement ne peuvent pas compromettre des données sensibles. Cela s'ajoute au fait que les systèmes de finance traditionnels doivent respecter la loi. Dusk rend cela possible, car les données ne peuvent pas être vues, mais l'historique des transactions peut être vérifié si nécessaire.

Le jeton DUSK est utilisé pour le staking, le paiement des frais et la sécurisation du réseau. Les validateurs gagnent des récompenses pour soutenir la blockchain.

La technologie utilisée par le réseau est les preuves à connaissances nulles. Cela permet de vérifier la validité des transactions sans avoir à révéler d'informations personnelles. Sa modularité permet au réseau d'être mis à jour et de créer des contrats intelligents privés, pouvant inclure des termes juridiques. Dusk s'adapte également à la compatibilité EVM pour faciliter le développement.

Walrus: This decentralized storage protocol has been developed on theSui blockchain. Its objective is quite simple. This helps individuals and applications to store their massive amount of data in a safe, private, and decentralized manner. Walrus distributes the data not only across one company server or server but on multiple different servers.

This is important because the data that is currently prevalent is hosted on cloud services that centralize data. This data could be costly to host and maintain, and it could also be shut down and censored. Walrus presents an alternative where users own data and where data is protected from failure and control.

Walrus achieves its functionality through file partitioning into many pieces through erasure coding. These pieces are stored as blobs in the network. This means that even if some nodes are down, the data can still be recovered. The Sui blockchain manages storage, availability, and payments.

A WAL token fuels this system. This WAL token is used as storage fees, staking, governance votes, as well as storage provider rewards.

The ecosystem is being developed around Web3 applications, AI data, and decentralized applications. The key challenges in the future would be adoption, competition, and scalability.

@Walrus 🦭/acc $WAL #Walrus

Walrus is an decentralized cloud storage protocol that uses the Sui Blockchain. This protocol assists individuals and applications to store large files, for example, videos, pictures, and datasets in an organized or distributed fashion in the cloud. Walrus unlike regular cloud storage uses multiple separate nodes to store the files.

Currently, the data available online is hosted centrally through cloud services. This kind of system could censor messages, delete data, and increase costs. Walrus is significant because it provides users with more control and fewer points of failure. It facilitates privacy, ownership, and long-term access.

Walrus achieves this by breaking down files into smaller fragments using the concept of erasure coding. These fragments are then distributed across the network. Even if some nodes become offline, it remains possible to reconstruct an original file. Sui blockchain technology ensures this remains a cost-effective process.

The WAL token fuels this system. The users of this system pay WAL for storage. The node operators earn WAL in return for storage provided by them. WAL tokens can be staked by their owners so that they can vote on upgrades.

Ecological systems: ecosystem that facilitates dApps, NFTs, AI data, storage. Plans: scaling, privacy, growth.
@Walrus 🦭/acc $WAL #Walrus