#walrus $WAL Quick Summary Walrus compatibility includes: 🔹 Native Sui support — core platform for metadata, transactions, and programmability. � 🔹 Developer tools — SDKs, CLI, HTTP APIs make it usable across environments. � 🔹 Web-friendly — integrates with CDNs and decentralized web hosting. � 🔹 Blockchain-agnostic storage use — other chains & apps can use Walrus off-chain data. � @Walrus 🦭/acc
#walrus $WAL 6. Ecosystem Integrations (Growing Use Cases) Projects already building on or with Walrus include: Humanity Protocol — decentralized identity storing millions of credentials on Walrus. � walrus.xyz Swarm Network + Rollup.News — uses Walrus to store verifiable AI data. � walrus.xyz This shows Walrus compatibility extends to identity systems, AI layers, and off-chain data markets — not just simple media storage. � walrus.xyz +1 @Walrus 🦭/acc
#walrus $WAL This doesn’t make Walrus a full cross-chain protocol, but its stored outputs aren’t limited to Sui apps only. � Superex 🛠️ 5. Compatible With Content Delivery & Web Tools Walrus doesn’t try to replace CDNs — it works with them: ✔ Can serve content through caching/CDN layers ✔ Supports decentralized web hosting (Walrus Sites) ✔ Works with standard HTTP browsers/tools @Walrus 🦭/acc
#walrus $WAL Chain-Agnostic Storage Usage Although built on Sui, Walrus’s storage layer itself is chain-agnostic: Apps from other blockchains (Ethereum, Solana, Cosmos, etc.) can use Walrus for decentralized data storage via SDKs/APIs. � Superex Developers can store NFT assets, game files, or AI models and then reference them on other chains using appropriate bridge logic or metadata pointers. @Walrus 🦭/acc
#walrus $WAL Web2-style APIs / HTTP Walrus supports traditional HTTP access — meaning legacy apps or web apps can retrieve data like normal web resources. � docs.wal.app This flexibility makes Walrus compatible with modern web stacks, mobile SDKs (e.g., Flutter), and decentralized apps. � Reddit @Walrus 🦭/acc
Developer & Integration Compatibility Walrus exposes multiple ways for apps to integrate: ✔ Sui smart contracts Developers can use Move contracts to reference blob objects, verify storage, extend lifetime, etc. � docs.wal.app ✔ SDKs & CLI Software development kits and command-line tools let programs upload, retrieve, and manage blobs. � docs.wal.app ✔ Web2-style APIs / HTTP Walrus supports traditional HTTP access — meaning legacy apps or web apps can retrieve data like normal web resources. � @Walrus 🦭/acc #walrus $WAL
Netzwerkumgebungen Walrus läuft auf mehreren Sui-verknüpften Netzwerken: ● Mainnet — Produktions-Speicher mit echtem WAL und SUI-Einsatz ● Testnet — Sandbox mit Test-SUI/WAL-Token für die Entwicklung ● Localnet — vollständig lokaler Sui + Walrus-Instanz für Tests auf demselben Rechner � docs.wal.app 📌 Sie benötigen eine Sui-Wallet/Konto, um mit Walrus-Transaktionen zu interagieren. � docs.wal.app @Walrus 🦭/acc #walrus $WAL
Here’s a clear explanation of Walrus Protocol’s compatibility — how and where it works, and what it can integrate with: 🔗 1. Native Compatibility with Sui Blockchain Walrus is built on top of the Sui network — it uses Sui for: Tracking blob metadata (each stored file becomes a Sui object) Ownership management Payments (gas & WAL token) Smart contract logic (Move) So every Walrus operation fundamentally depends on Sui’s blockchain infrastructure. � docs.wal.app 👉 In short: Sui is the control plane, while Walrus provides the storage/data plane. � @Walrus 🦭/acc #walrus $WAL
#dusk $DUSK Compliance-First Design Tools for ZK KYC/AML and regulated asset issuance help align Dusk with evolving European finance laws such as MiCA, GDPR, DORA, and MiFID II — attractive to banks and institutions seeking on-chain privacy and legal certainty. � Dusk Network @Dusk
#dusk $DUSK Institutional & Regulated Finance Adoption Dusk is carving out a niche between traditional finance (TradFi) and DeFi: 📈 Partnerships & Tokenized Assets Partnerships with regulated exchanges such as NPEX aim to tokenize real financial products like securities, bringing them on-chain with legal compliance. � Dusk Network @Dusk
#dusk $DUSK Rusk/DuskVM: A future privacy-focused execution environment This modular design promotes scalability, sustainability, and rapid developer onboarding with Ethereum-compatible tooling. � Reddit 🏦 3. Institutional & Regulated Finance Adoption Dusk is carving out a niche between traditional finance (TradFi) and DeFi: 📈 Partnerships & Tokenized Assets Partnerships with regulated exchanges such as NPEX aim to tokenize real financial products like securities, bringing them on-chain with legal compliance. � @Dusk
#dusk $DUSK Bottom line: The roadmap aims to transform Dusk into a regulated infrastructure for real-world finance, not just a general-purpose blockchain. � Dusk Network 🧠 2. Modular Architecture & Interoperability Dusk is moving toward a modular stack that separates consensus, execution, and privacy layers: DuskDS: Consensus and settlement DuskEVM: EVM execution layer (bringing familiar Solidity tooling and interoperability) @Dusk
Phase 2–4: Adoption & Scaling Integrating custodian banks and regulated partners for asset tokenization. � Dusk Network Tokenizing traditional financial assets (e.g., assets under management on exchanges like NPEX). � Dusk Network Building trust-minimized clearance & settlement systems for tokenized instruments. � Dusk Network Launching on-chain ETFs and full digital issuance/settlement infrastructure. � Dusk Network Bottom line: The roadmap aims to transform Dusk into a regulated infrastructure for real-world finance, not just a general-purpose blockchain. � @Dusk #dusk $DUSK
Zedger Beta: A privacy-preserving compliant asset tokenization protocol, allowing institutions to issue and manage digital assets securely on-chain. � Dusk Network Lightspeed (L2): A Layer-2 EVM-compatible network for fast, interoperable DeFi and smart contracts while settling on Dusk. � Dusk Network Dusk Pay: A MiCA-compliant payments network designed for stablecoins and regulated electronic money transfers. � Dusk Network Phase 2–4: Adoption & Scaling Integrating custodian banks and regulated partners for asset tokenization. � Dusk Network Tokenizing traditional financial assets (e.g., assets under management on exchanges like NPEX). @Dusk #dusk $DUSK
Here’s a forward-looking overview of Dusk Network’s future — where the project is headed technically, economically, and in terms of real-world adoption 👇 🚀 1. Executing the Post-Mainnet Roadmap (2025+) With Mainnet live, Dusk has outlined a multi-phase roadmap focused on real-world financial use cases: Phase 1 (2025): Foundational Launch Hyperstaking: Programmable staking smart contracts with privacy features, enabling custom stake logic, liquid staking, affiliate rewards, and more. � @Dusk #dusk $DUSK
Bitcoin, while dominant, doesn’t natively support decentralized storage; developers use separate layers or solutions for that. Some projects bridge Bitcoin into other ecosystems (e.g., wrapped BTC, sidechains, or interoperability layers), but Walrus itself doesn’t integrate with Bitcoin directly. 📌 In Simple Terms ✔️ Walrus and Bitcoin are both crypto assets, but they serve very different purposes. 🔹 BTC is a digital money / store of value. � 🔹 WAL is a utility token tied to decentralized storage on Sui. � ✔️ You can compare their prices and trade WAL for BTC on exchanges, but there’s no deeper protocol connection. � @Walrus 🦭/acc #walrus $WAL
📌 In Simple Terms ✔️ Walrus and Bitcoin are both crypto assets, but they serve very different purposes. 🔹 BTC is a digital money / store of value. � 🔹 WAL is a utility token tied to decentralized storage on Sui. � ✔️ You can compare their prices and trade WAL for BTC on exchanges, but there’s no deeper protocol connection. � ✔️ BTC price movements often influence WAL price sentiment because Bitcoin drives broad crypto market trends. Wikipedia Binance Academy CoinGecko If you want, I can explain how WAL’s price has moved relative to Bitcoin historically or how wrapped Bitcoin (WBTC) works for cross-chain use cases. @Walrus 🦭/acc #walrus $WAL
#dusk $DUSK Advanced Erasure Coding (“Red Stuff”) Instead of storing full copies of files, Walrus uses an efficient erasure coding algorithm that splits data into smaller pieces that can be reconstructed from a subset of fragments. This reduces overall storage cost and redundancy while maintaining resilience. � Walrus Docs +1 🔹 3. Deep Integration With Sui Blockchain Walrus uses Sui for coordination, payments, and metadata. Every stored item and storage space can be represented as objects on Sui, making them smart-contract accessible. This allows developers to build programmable storage logic — for example, setting custom renewal rules, deletions, or conditional access — directly from on-chain code. � Walrus Docs +1 @Walrus 🦭/acc
#dusk $DUSK 🔹 4. Incentives & Token Economics The native WAL token powers the network: Users pay WAL to store data. Node operators stake WAL and earn rewards for reliably storing and serving blobs. WAL holders can delegate stake and participate in governance. � Walrus Docs 🔹 5. Cost-Effective & Scalable Because of its coding and distribution model, Walrus keeps storage costs much lower than full-replication systems. Estimates suggest it can be significantly cheaper than older decentralized storage solutions like Arweave and Filecoin, especially for large datasets. �@Dusk
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