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Walrus is a decentralized storage and data availability protocol built on the Sui blockchain, designed to change the way large files like videos, images, and datasets are stored and accessed in Web3. Instead of relying on centralized cloud services, Walrus splits files into many smaller pieces using advanced erasure coding and distributes them across a global network of independent storage nodes. This approach helps keep storage costs significantly lower while still ensuring data remains accessible even if many nodes go offline, making it much more robust than traditional replication models.
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The key innovation behind Walrus lies in a custom encoding method that reduces storage cost to around five times the original file size, a fraction of what older decentralized systems typically need. These encoded fragments, sometimes called “slivers,” are stored across nodes so that even if a large portion goes missing, the original data can still be reconstructed. Metadata and proofs of data availability are tracked on Sui through smart contracts, allowing developers to build programmable storage and verify data integrity directly on-chain.
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At the center of the ecosystem is the WAL token, the native cryptocurrency that powers payments, incentives, and governance. Users pay WAL to store and retrieve data, and node operators earn WAL rewards for providing storage and responding to read requests. WAL holders can also stake their tokens in a delegated proof-of-stake (DPoS) mechanism, supporting network security and earning additional rewards while participating in decisions about pricing models, storage economics, and future upgrades. A significant portion of the WAL supply is allocated to the community, including airdrops, incentives, and developer support, ensuring a wide distribution that fuels long-term growth.
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Walrus’s mainnet launch in March 2025 marked a major milestone for the project, backed by strong funding from major investors such as a16z Crypto and Electric Capital, totaling around $140 million. This financial support reflects confidence in Walrus’s potential to reshape decentralized storage infrastructure and make storage more scalable and efficient for a range of applications. These include not only decentralized apps (dApps) and NFT media hosting but also enterprise backup solutions and AI dataset storage.
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The integration with Sui gives Walrus additional advantages, such as fast parallel processing and smart contract composability, which help developers build powerful storage-driven applications. Storage is represented as tokenized assets on Sui, and because all data and storage proofs exist as on-chain objects, applications can manage data lifetimes, extensions, and availability directly within code. This programmability opens the door to decentralized marketplaces for storage and even hosting entire decentralized websites.
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Overall, Walrus is positioning itself as a next generation decentralized storage layer that is cost-effective, resilient, and highly programmable. Its innovative use of erasure coding, strong tokenomics, and deep integration with the Sui ecosystem could make it a foundational element of the decentralized internet one that enables more secure, censorship-resistant, and efficient storage for users and developers alike@Walrus 🦭/acc #walrus $WAL #Walrus

@Dusk began with a purpose many blockchains only talk about: to bring real world, regulated finance onto a public ledger without forcing institutions to expose the private details they must protect. Launched as a Layer-1 project in 2018, Dusk set out to be the privacy-first infrastructure for financial institutions, aiming to let banks, asset managers and issuers tokenize securities and other regulated assets while keeping the necessary confidentiality intact.
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What makes Dusk feel like a practical bridge between classic finance and crypto is its focus on both privacy and compliance. Instead of making privacy an afterthought, the protocol embeds confidential smart contract primitives and zero-knowledge constructs at the platform level, so balances, transfer amounts and sensitive fields can remain hidden from public view while still verifiable for audit or regulatory checks when required. This is not merely marketing language but a design choice: Dusk explicitly combines ZK proof systems with on-chain tooling so that privacy and regulatory observability can coexist.
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Under the hood, Dusk’s modular architecture is built to meet institutional expectations. The stack separates concerns consensus, execution, and privacy components so different modules can evolve or be upgraded without disrupting the overall platform. That modular approach makes it easier to plug in compliance features, integrate with off-chain identity or custody systems, or tailor the platform to the legal regimes of different markets. It is this architecture that lets developers use familiar EVM-compatible tools while also accessing native privacy and compliance primitives.
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Security and privacy are delivered through concrete cryptography and a custom consensus design. Dusk leverages zero knowledge proofs integrating modern implementations like PLONK-style proofs to validate transactions without revealing secret values, and uses a consensus approach intended to preserve finality and liveness while fitting the needs of regulated markets. These technical choices are made with the specific aim of enabling confidential smart contracts for digital securities, structured products and other regulated instruments that would be difficult to issue on fully public, naked blockchains.
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The practical outcomes Dusk seeks are easy to imagine: tokenization of equities, bonds, funds and real estate with native privacy for participants; automated compliance that reduces manual reconciliation and legal overhead; and secondary markets that can settle directly on-chain while preserving the confidentiality institutions demand. To realize this, Dusk has pursued partnerships and pilots that connect its blockchain to regulated exchanges and payment rails, showing a roadmap from proofs-of-concept toward regulated issuance and trading. That combination of technology and real-world integration is what positions Dusk as a candidate platform for bringing institutional assets onto blockchains without sacrificing legal or operational requirements.
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For those who watch the space closely, Dusk stands out because it treats privacy as a first-class feature for regulated finance rather than a privacy coin afterthought. The project’s emphasis on confidential smart contracts, modular upgrades, and cryptographic transparency-without-exposure gives it a clear role in the emerging real-world-asset layer of crypto infrastructure. As markets and regulators continue to define how tokenized assets should behave, platforms that balance auditability, privacy, and compliance will likely be the ones institutions feel comfortable using. Dusk’s design choices are meant to meet exactly that need
@Dusk #dusk $DUSK #Wduk