walrusfinance

@Walrus 🦭/acc

Network and adversarial assumptions. Walrus runs in epochs, each with a static set of storage nodes. Walrus is a delegated Proof-of-Stake protocol. In the duration of an epoch stakeholders delegate stake to candidate storage nodes. At the end of the epoch n = 3f + 1 storage shards are assigned proportionally to storage nodes. The set of storage nodes that holds at least one shard is considered the storage committee of the epoch.
We consider an asynchronous network of storage nodes where a malicious adversary can control up to f storage shards, i.e., control any subset of storage nodes such that at most f shards are corrupted. For simplicity in the rest of the paper we assume each shard generates a separate storage node identity such that there are n storage nodes and at most f storage nodes are corrupted.
The corrupted nodes can deviate arbitrarily from the protocol. The remaining nodes are honest and strictly adhere to the protocol. If a node controlled by the adversary at epoch e is not a part of the storage node set at epoch e + 1 then the adversary can adapt and compromise a different node at epoch e + 1 after the epoch change has completed.
We assume every pair of honest nodes have access to a reliable and authenticated channel. The net- work is asynchronous, so the adversary can arbitrarily delay or reorder messages between honest nodes, but must eventually deliver every message unless the epoch ends first. If the epoch ends then the messages can be dropped.
Although we provide an analysis on incentives, we do not consider rational nodes with utility func- tions. This is left for future work.
Erasure codes. As part of Walrus, we propose Asynchronous Complete Data Storage (ACDS) that uses a linear erasure coding scheme. While not necessary for the core parts of the protocol, we also assume that the encoding scheme is systematic for some of our optimizations, meaning that the source symbols of the encoding scheme also appear as part of its output symbols.
Let Encode(B, t, n) be the encoding algorithm. Its output is n symbols such that any t can be used
to reconstruct B with overwhelming probability. This happens by first splitting B into s ≤ t symbols
of size O(|B|) which are called source symbols. These are then expanded by generating n − s repair s
symbols for a total of n output symbols. On the decoding side, anyone can call Decode(T, t, n) where T is a set of at least s correctly encoded symbols, and it returns the blob B. This decoding is probabilistic but as the size of T increases the probability of successfully decoding the blob quickly approaches one. We assume that the difference between the threshold t to decode with overwhelming probability and the number of source symbols s is a small constant, which holds for practical erasure coding schemes (such as RaptorQ which we use in our implementation). For simplicity, we therefore often assume that s = t, unless the distinction is relevant.
This is generally safe to assume, since the first t symbols can be easily computed based on the first s symbols and we can just consider these t symbols to be the source symbols, i.e., the only effect of this assumption is a tiny increase in symbol size.
Blockchain substrate. Walrus uses an external blockchain as a black box for all control operations that happen on Walrus. A blockchain protocol can be abstracted as a computational black box that accepts a concurrent set of transactions, each with an input message Tx(M) and outputs a total order of updates to be applied on the state Res(seq, U ). We assume that the blockchain does not deviate from this abstract and does not censor Tx(M) indefinitely. Any high-performance modern SMR protocol satisfies these requirements, in our implementation we use Sui and have implemented critical Walrus coordination protocols in the Move smart contract language

#walrus #WalrusFinance #WAL #Binance #writetoearn

$WAL

📌 Протокол Walrus (WAL) — це децентралізована система зберігання даних на блокчейні Sui, що пропонує масштабоване, дешеве та програмоване зберігання великих об’єктів даних.
🏗️ Основні події розвитку
💰 Walrus залучив $140 млн у приватному раунді
Команда проєкту, підтримана Mysten Labs (розробники Sui), залучила $140 млн для запуску мережі та розвитку протоколу.
🚀 Запуск Mainnet та TGE (Token Generation Event)
Mainnet Walrus стартував в березні 2025 року, що дозволило випустити $WAL токен і розпочати торгівлю в рамках Sui екосистеми.  🏦 Інституційні продукти📘 Grayscale запускає Walrus Trust
Інвестиційний менеджер Grayscale випустив Walrus Trust — продукт для акредитованих інвесторів з прямим доступом до $WAL і DEEP токенів Sui-екосистеми, що підвищило інституційну увагу до проєкту.
📈 WAL тепер торгується на Binance Alpha і Spot
Токен WAL офіційно зареєстрований для торгівлі на Binance (Alpha та Spot), що розширює ліквідність та доступність для трейдерів.#WalrusProtocol #walrus #WalrusFinance $WAL

WAL is the payment token for storage on the Walrus protocol, with the payment mechanism designed to keep storage costs stable in fiat terms and protect against long-term fluctuations in the WAL token price. When users pay for storage, they pay to have data stored for a fixed amount of time and the WAL paid upfront is distributed across time to storage nodes and stakers as compensation for their services. This mechanism ensures both that the Walrus protocol is financially sustainable and that users can expect their data to be held safely and securely.
The WAL token distribution includes a 10% allocation for subsidies, intended to support the protocol’s adoption in its early phases. In particular, these subsidies will allow users to access storage at a lower rate than the current market price of storage, while also ensuring that storage nodes have viable business models. #WalrusProtocol #walrus #wal #WalrusFinance

The success of Web3 depends heavily on invisible infrastructure that users rarely talk about but always rely on. One of the most important pieces of this infrastructure is decentralized data availability, and @walrusprotocol is working to strengthen this foundation. Walrus Protocol is designed to ensure that data remains accessible, verifiable, and decentralized, even as blockchain networks scale and attract millions of users.
As decentralized applications become more complex, they generate larger amounts of data. Without proper solutions, developers are forced to rely on centralized storage, which weakens the core values of Web3. Walrus Protocol addresses this issue by providing a decentralized approach to storing and distributing data, helping applications remain censorship resistant and secure.
The long term relevance of $WAL is tied to the increasing demand for dependable Web3 infrastructure. As more projects move beyond experimentation and into real adoption, protocols that solve data availability challenges become essential rather than optional. Walrus positions itself as a supporting layer that empowers builders across multiple sectors, including gaming, AI-driven platforms, and decentralized social networks.
In an ecosystem where sustainability and real world use cases matter more than short term trends, Walrus Protocol represents a practical and forward looking solution. Its role in strengthening Web3 infrastructure could make it a key player as the decentralized internet continues to evolve.
#walrus #WALRUSPREDICTION #WalrusFinance
$WAL

Walrus Coin – Introduction, Vision & Use Case
Walrus Coin is an emerging cryptocurrency designed to bring innovation to the digital finance ecosystem. Unlike traditional coins, Walrus Coin focuses on both decentralization and community engagement, aiming to provide users with faster transactions, lower fees, and improved transparency. The coin was developed with a vision to integrate blockchain technology into everyday digital interactions, from e-commerce to peer-to-peer payments.
The core idea behind Walrus Coin is to create a reliable, secure, and user-friendly platform that empowers individuals and businesses alike. Its ecosystem supports smart contracts, staking, and decentralized applications, which makes it suitable for both casual users and professional investors. Moreover, the project emphasizes sustainability and efficiency, using energy-optimized consensus mechanisms that reduce environmental impact.
Walrus Coin’s use cases are expanding rapidly. It serves as a medium of exchange, a store of value, and a tool for financial inclusion in regions where traditional banking is limited. Community-driven governance allows holders to vote on major updates and policy changes, ensuring that the project evolves in alignment with user needs. Overall, Walrus Coin represents a promising step toward the future of decentralized finance, combining technological innovation with a strong community ethos.
#WalrusProtocol #WalrusCoin #WalrusFinance #WALRUSPREDICTION #Walrus_Expoler $WAL

ويب3 ليس مجرد رسومات أسعار أو هوس قصير الأجل، بل هو بنية تحتية يمكنها التوسع لمستقبل المستقبل. وهذا بالضبط المكان الذي تتخذ فيه @walrusprotocol خطوات جادة. يُعزز بروتوكول Walrus توفر البيانات اللامركزية للتطبيقات البلوكشينية من الجيل التالي، ويحل أحد أكبر المشكلات الخفية في العملات الرقمية: أين وكم تُخزن البيانات على السلسلة.
من DeFi إلى NFTs والألعاب الكاملة على السلسلة، كل تطبيق متطور يحتاج إلى بيانات سريعة وآمنة ومقاومة للرقابة. يقدم Walrus هذا من خلال إزالة العقد المركزية وتعويضها بشبكة لامركزية وقليلة الثقة مصممة للأداء. هذا ليس نظرية، بل هي بنية ويب3 حقيقية تُبنى الآن.

In crypto, attention usually goes to flashy narratives — new chains, fast transactions, and price predictions. But beneath all of that, there’s a quieter layer that determines whether any of it actually works: data storage. That’s where @Walrus 🦭/acc is positioning itself.
Walrus isn’t trying to be exciting. It’s trying to be reliable. And in Web3, reliability is underrated until it’s missing. As decentralized applications scale, the need for secure, efficient, and verifiable data storage becomes unavoidable. Without it, even the most innovative apps struggle to function.
What makes $WAL interesting is the long-term perspective. Infrastructure projects rarely move first, but when demand arrives, they become essential. Builders don’t chase hype — they chase tools that work. If Walrus continues improving its foundation, adoption can grow organically.
We’ve seen this pattern before: projects ignored early become critical later. Watching #Walrus now feels less like speculation and more like understanding where the ecosystem is quietly heading.
Curious what others think — is decentralized storage the missing piece most people are overlooking?

@Walrus 🦭/acc #Walrus $WAL #WalrusProtocol #WalrusFinance #Walrus_Expoler

تُصبح البنية التحتية اللامركزية الآن العمود الفقري لـ Web3، ومشاريع مثل Walrus تُثبت أن تخزين البيانات لم يعد يُشكل عائقًا أمام الابتكار. من خلال التركيز على تخزين الكتل اللامركزية، يمكّن Walrus المطورين من تخزين واسترجاع كميات كبيرة من البيانات بكفاءة دون إثقال طبقات التنفيذ. هذه خطوة كبيرة للأمام بالنسبة للتطبيقات التي تعتمد على بيانات غنية، بما في ذلك الألعاب على السلسلة، وNFTs، ونماذج الذكاء الاصطناعي، والبروتوكولات المتقدمة في DeFi.
أحد أبرز جوانب Walrus هو بناؤها المعماري، الذي يُعطي الأولوية للتوسع والتحسين التكلفي مع الحفاظ على اللامركزية. بدلًا من إجبار السلاسل الكتلية على التعامل مباشرة مع كميات ضخمة من البيانات، يُقدّم Walrus طبقة تخزين ذكية تعمل جنبًا إلى جنب مع النظم الحديثة. يُحسّن هذا التصميم الأداء ويفتح فرصًا جديدة للمطورين الذين واجهوا قيودًا تقنية سابقًا.