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@Dusk is a Layer-1 blockchain created to solve one of the biggest problems in crypto: how to combine privacy with real-world regulation. Founded in 2018, the project focuses on regulated finance, tokenized real-world assets, and institutional use cases. Unlike many blockchains that prioritize speed or speculation, Dusk is designed from the ground up for banks, exchanges, enterprises, and financial institutions that must follow strict laws such as MiFID II, MiCA, GDPR, and the EU DLT Pilot Regime.

At its core, Dusk provides a financial infrastructure where transactions can stay private while still being auditable by regulators when required. This balance is achieved through zero-knowledge cryptography. With this approach, sensitive data like balances and transaction details remain confidential, but compliance checks and audits can still be performed without exposing everything publicly. This makes Dusk especially attractive for institutions that want to move assets on-chain without risking data leaks or regulatory violations.

Technically, Dusk uses a modular architecture. Its base layer, DuskDS, handles settlement, consensus, and data availability. On top of this sits DuskEVM, which allows developers to deploy familiar Ethereum-compatible smart contracts. For privacy-focused logic, Dusk uses Rusk, a confidential smart contract framework built specifically for zero-knowledge execution. Identity and compliance are handled through Citadel, which provides self-sovereign identity and privacy-preserving KYC and AML checks. Together, these components create a full-stack blockchain designed for compliant financial workflows.

The network reached a major milestone with the launch of its mainnet in early 2025. Since then, activity across the ecosystem has increased, with more developers deploying smart contracts and more institutional interest coming in. A key addition was the launch of a two-way bridge that connects Dusk with Ethereum-compatible chains. This allows assets to move between ecosystems while maintaining privacy through zero-knowledge proofs, opening the door for broader liquidity and interoperability.

Dusk’s roadmap after mainnet focuses heavily on real-world adoption. Products like Hyperstaking introduce programmable and privacy-enabled staking models. Zedger allows institutions to issue and manage compliant digital assets, while Lightspeed aims to provide scalable EVM-compatible performance. Dusk Pay and stablecoin rails enable MiCA-compliant payments, making on-chain euros and other regulated currencies practical for everyday financial operations.

Institutional integration is a major theme of the ecosystem. Partnerships with regulated entities such as NPEX, a Dutch exchange, and Chainlink for oracle and interoperability standards, help bridge traditional finance and blockchain. Through these collaborations, assets like regulated securities and euro-denominated stablecoins can be issued, traded, and settled on-chain in a legally compliant way. The launch of the EURQ digital euro stablecoin is a clear example of how Dusk supports real financial products, not just experimental tokens.

The DUSK token plays a central role in the network. It is used for staking, securing the network, paying transaction fees, and participating in governance and protocol-level operations. For institutions and developers, the token enables access to the network’s privacy and compliance features, while for users it supports secure transactions and participation in the ecosystem.

Overall, Dusk brings real value by making blockchain usable for regulated finance. Users gain privacy without sacrificing trust, developers can build compliant financial applications, and enterprises can tokenize, trade, and settle assets on-chain with confidence. By focusing on regulation, privacy, and institutional needs, Dusk positions itself as a bridge between traditional finance and the future of decentralized infrastructure.

#dusk @Dusk $DUSK

@Walrus 🦭/acc is a decentralized storage and data availability protocol designed to solve one of the most important problems in Web3: how to store large amounts of data securely, efficiently, and without relying on centralized providers. Built primarily on the Sui blockchain, Walrus focuses on storing large files such as videos, images, datasets, website assets, and AI-related data. These large files, called “blobs,” are handled in a way that keeps costs low while maintaining strong resilience against failures.

At its core, Walrus replaces the idea of fully copying data across many nodes with a smarter approach. Instead of storing complete replicas everywhere, Walrus uses advanced erasure coding technology known as RedStuff. Data is split into many fragments and distributed across a wide network of storage nodes. Even if a large portion of these nodes goes offline, the original file can still be reconstructed from the remaining fragments. This design dramatically reduces storage overhead while increasing reliability, making Walrus suitable for real-world, large-scale data needs.

The Sui blockchain plays a key coordination role in the system. It manages payments, storage ownership, metadata, and verification. Each stored blob is represented as an object on Sui, which means storage becomes programmable. Developers can interact with stored data using smart contracts, enabling new use cases such as on-chain verification, automated access control, and composable applications that treat storage as a native building block rather than an external service.

Walrus is built for a wide range of use cases. It can support decentralized applications that need persistent storage, Web3 websites and content delivery, NFT media hosting, AI training datasets, and even decentralized AI model storage. Because the data is publicly accessible by default, Walrus also enables transparency and auditability, although users are expected to encrypt sensitive data before uploading.

The WAL token powers the entire ecosystem. It is used to pay for storage, stake and delegate to storage node operators, participate in governance, and reward those who contribute resources to the network. With a maximum supply of five billion tokens, WAL functions as an infrastructure token rather than a speculative centerpiece. Its value is tied to network usage, storage demand, and long-term ecosystem growth.

Since launching its mainnet, Walrus has attracted strong attention from developers and investors. Backed by major funding and supported by growing tooling such as SDKs, APIs, and command-line tools, the project is positioning itself as a core data layer for Web3 and AI-focused applications. For users, Walrus offers reliable and cost-efficient storage. For developers, it provides programmable, blockchain-native data access. For enterprises, it introduces a decentralized alternative to traditional cloud storage with transparency and resilience built in.

Walrus is not about hype. It is about infrastructure that quietly works in the background, ensuring data remains available even when systems fail. In a world moving toward decentralized applications, AI-driven services, and on-chain coordination, Walrus aims to be the dependable storage foundation that makes all of it possible.

#walrus @Walrus 🦭/acc $WAL