SherDilCrypto

@Walrus 🦭/acc | #walrus | $WAL
As Web3 matures, the limitations of existing blockchain infrastructure are becoming clearer. Blockchains are highly effective at reaching consensus, executing smart contracts, and settling transactions, but they were never designed to handle large-scale data storage. Modern decentralized applications depend on far more than transaction records. They rely on media files, application state, datasets, logs, AI inputs, and user-generated content. Walrus was created to address this fundamental gap by providing a decentralized, scalable, and privacy-aware data storage and availability layer tailored for Web3.
Walrus is designed to work alongside blockchains, not replace them. In this architecture, blockchains focus on trust, security, and execution, while Walrus handles data. This separation is essential for building systems that can scale without reverting to centralized cloud providers, which introduce censorship risks, control, and single points of failure. Walrus allows Web3 applications to remain decentralized from execution to data.

At its core, Walrus is built on the principle of data sovereignty. In traditional systems, data is stored on centralized infrastructure controlled by corporations. Access policies can change, content can be removed, and platforms can disappear. Even many decentralized applications still rely on centralized storage behind the scenes. Walrus replaces this fragile model with protocol-enforced guarantees, where data is controlled by users and protected by cryptography rather than institutional trust.
Walrus is built on the Sui, using Sui as the execution and settlement layer while managing data off-chain. Sui anchors references, ownership proofs, and integrity checks on-chain, while Walrus stores the actual data in a decentralized network. This modular design allows both layers to scale independently, creating a system that is efficient, flexible, and future-proof.

A defining technical feature of Walrus is its blob-based storage model combined with erasure coding. Large files are split into fragments, encoded with redundancy, and distributed across many storage nodes. Even if some nodes become unavailable, the original data can still be reconstructed. Compared to simple replication, erasure coding significantly reduces storage overhead while maintaining strong durability and availability guarantees.
Privacy is a foundational element of Walrus, not an optional feature. Data can be encrypted before it is uploaded, ensuring that storage providers cannot read, inspect, or censor the content they host. Access is managed entirely through cryptographic keys, allowing users and applications to decide who can view or use their data. This makes Walrus suitable for sensitive use cases such as enterprise records, private application state, personal files, and confidential datasets.

Because data is encrypted, fragmented, and distributed across independent participants, Walrus is naturally censorship-resistant. No single entity has the power to block, remove, or alter content. This preserves data sovereignty and aligns Walrus with the core Web3 values of permissionless access, resilience, and user control.
The WAL token underpins the Walrus ecosystem and serves a functional role. Storage providers earn WAL for reliably storing and serving data, creating direct incentives for uptime and performance. Providers may also be required to stake WAL as collateral, introducing accountability and discouraging malicious behavior or prolonged downtime. This economic model aligns individual incentives with the long-term health of the network.

Governance in Walrus is decentralized and community-driven. WAL holders can participate in decisions related to protocol upgrades, incentive structures, economic parameters, and long-term development priorities. This ensures that Walrus evolves transparently and in alignment with its users rather than centralized operators.
From a developer perspective, Walrus solves a persistent architectural challenge. Many decentralized applications rely on centralized storage for images, videos, datasets, and logs, weakening decentralization at a critical layer. Walrus allows developers to store large assets off-chain while maintaining cryptographic guarantees of integrity and availability. Smart contracts can reference Walrus data using hashes or object identifiers, avoiding expensive on-chain storage while preserving trust.
Walrus is particularly well suited for data-intensive applications. NFT platforms can store high-resolution media and metadata without centralized servers. Games can distribute assets, maps, and updates in a decentralized way. AI-driven applications can securely store datasets and model inputs. Decentralized social platforms can host user content without surrendering control to traditional cloud providers.
Cost efficiency is another key advantage of the Walrus design. Centralized cloud storage operates with high margins and long-term vendor lock-in. Walrus introduces a decentralized storage marketplace where providers compete, and pricing is shaped by supply and demand. Erasure coding further reduces redundancy costs, making large-scale storage economically viable over time.
Walrus also plays an important role in data availability, which is increasingly critical for modular blockchains, rollups, and off-chain computation systems. By ensuring that application data remains accessible and verifiable, Walrus supports architectures where execution, settlement, and data are handled by specialized layers working together.
From an enterprise and

institutional perspective, Walrus offers a credible alternative to centralized storage. Its encryption-first design, transparent incentive model, and protocol-enforced guarantees provide a foundation for systems that require privacy, auditability, and long-term reliability. Trust is enforced by code and economics rather than contracts or corporate promises.
As Web3 continues to mature, data can no longer be treated as an afterthought. It is core infrastructure. Walrus represents a shift toward treating data with the same rigor as execution and consensus. By combining scalable storage, privacy by design, decentralized incentives, and deep integration with the Sui blockchain, Walrus is laying the groundwork for a truly decentralized, resilient, and user-owned internet.

مصدر المقال: Four Pillars، ترجمة: 金色财经xiaozou

قال مؤسس مختبرات Mysten المشارك كوسطاس كريبتوس مؤخرًا: "Walrus هو أكثر الأقراص اللامركزية حداثة".

Walrus هو بروتوكول تخزين لامركزي في نظام Sui البيئي. في هذه المقالة، سنستكشف الفروق بين هذا البروتوكول وغيره من بروتوكولات التخزين الحالية.

نقاط رئيسية في هذه المقالة:

نجحت مختبرات Mysten في إطلاق شبكة Sui وبروتوكول DeepBook في السوق، وهم الآن يستعدون لمشروع جديد - بروتوكول Walrus.

على الرغم من وجود العديد من البروتوكولات في سوق التخزين اللامركزي، لا يزال Walrus يحظى باهتمام كبير، ويرجع ذلك أساسًا إلى نقطتين: 1) تكلفة كفاءته وأمانه تفوق بكثير الحلول التخزينية الحالية؛ 2) من خلال شبكة Sui، يمكن جعل البيانات المخزنة قابلة للبرمجة.

أعلنت Phantom Wallet، المحفظة الرائدة للعملات المشفرة متعددة السلاسل غير الحاضنة، أنها ستضيف Sui إلى سلاسل الكتل التي تدعمها. ستنضم Sui إلى Solana وBitcoin وEthereum من بين سلاسل الكتل الوحيدة من الطبقة 1 المضمنة في المحفظة.

مع سبعة ملايين مستخدم نشط شهريًا، تفتخر Phantom بأكبر قاعدة مستخدمي على السلسلة بين جميع المحافظ. مع أكثر من 560 مليون معاملة إجمالية على السلسلة حتى الآن هذا العام، وميزات رئيسية مثل التخزين، ومبادلات الرموز داخل التطبيق، وتخزين NFT، ودعم سلاسل متعددة، وتكامل محفظة الأجهزة Ledger، تمثل Phantom إنجازًا مهمًا لـ Sui.

خطة توزيع إطلاق رمز NS القادمة هي عنصر أساسي في رحلة لامركزية SuiNS. يتطلب التوزيع العادل الشفافية لضمان مشاركة المجتمع وثقته.

توزيع واستخدام رمز NS يضع حوكمة المنصة في أيدي الأشخاص الذين سيستخدمونه. عند الإطلاق، ستحافظ مؤسسة SuiNS على غالبية الرموز بطريقة تدعم حوكمة المجتمع. تذهب توزيعات الرموز الأخرى مباشرة إلى المجتمع، مكافأة المساهمين الأوائل وكإطلاق جوي.