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Why Data Never Disappears on Walrus: Proof-of-Availability in Action
In Web3, the biggest fear around decentralized storage isn’t a temporary outage or slow access. The real nightmare is silent failure—when your data disappears without warning. One day your file exists, the next day it’s gone, and no one can clearly explain why. This “lost keys” or “lost data” problem has quietly undermined trust in many decentralized storage systems.
Walrus Protocol was designed specifically to solve this problem, and it does so through a powerful mechanism called Proof-of-Availability (PoA). Unlike traditional models that only prove data was once stored, Walrus proves that data remains accessible, verifiable, and recoverable at all times.
The Core Problem: Storage Isn’t Enough
Most decentralized storage networks rely on Proof-of-Storage. That means a node can prove it once stored a file, but it doesn’t continuously prove that the file is still retrievable. Nodes can go offline, discard data, or behave maliciously—and users may only discover the issue when it’s already too late.
In real-world use cases like AI training, financial records, NFTs, or onchain media, delayed discovery of missing data is unacceptable. If data integrity collapses, trust collapses with it.
What Makes Proof-of-Availability Different
Proof-of-Availability goes beyond existence. It continuously proves that data is live, accessible, and intact.
When a user uploads data to Walrus, the system doesn’t just store a file. It generates an onchain certificate on the Sui blockchain. This certificate represents cryptographic proof that the data is available and can be reconstructed at any moment. The audit trail for this data lives onchain, making availability publicly verifiable.
In short:
Proof-of-Storage asks, “Did you store it once?”
Proof-of-Availability asks, “Can you prove it’s still here—right now?”
How Walrus Enforces Availability
Walrus uses a rigorous challenge-response system that runs continuously across the network.
First, uploaded data is split into small encoded pieces called slivers. Each sliver is cryptographically committed using Merkle structures, and those commitments are anchored on Sui. This ensures storage nodes cannot substitute fake data without being detected.
Next comes random audits. Every epoch, Walrus challenges storage nodes with unpredictable mathematical queries. Nodes must respond with valid cryptographic proofs that they still hold their assigned slivers. These challenges are impossible to pre-compute or fake.
If a node fails to respond correctly, the failure is recorded onchain. The consequences are immediate:
The node is penalized and slashed
Its staked $WAL is reduced
The network automatically repairs itself by reconstructing missing data from redundancy
This creates a system where dishonesty is expensive and reliability is rewarded.
Why This Matters for Builders
Modern applications are data-heavy. AI models rely on large datasets, games depend on massive asset libraries, and media platforms require persistent storage of high-value files. These applications cannot function if storage only works “most of the time.”
Walrus enables builders to rely on decentralized storage without falling back to centralized servers. Proof-of-Availability turns storage into a dependable infrastructure layer rather than a best-effort service.
Why This Matters for $WAL Holders
Proof-of-Availability directly ties token economics to real performance. Storage operators must stake WAL to participate. They earn rewards only if they consistently pass audits and maintain uptime. Poor behavior leads to slashing, while honest performance is financially incentivized.
This aligns the value of WAL with network reliability. The token isn’t decorative—it enforces discipline across the system.
Why This Matters for AI and Data Integrity
AI workflows depend on data that must remain unchanged and available over time. Proof-of-Availability creates a public, tamper-proof record proving that datasets were not altered, removed, or quietly replaced. This enables reproducibility, accountability, and trust—critical elements in the AI era.
The Bigger Picture
Walrus treats storage as a social and economic contract, not just a technical feature. By making availability provable, enforceable, and transparent, it reduces the risk that data disappears when conditions become inconvenient.
In Web3, trust doesn’t come from promises. It comes from systems that keep working on their worst days. Proof-of-Availability is how Walrus earns that trust—block by block, audit by audit.
Not Financial Advice
@Walrus 🦭/acc #walrus
Walrus Protocol was designed specifically to solve this problem, and it does so through a powerful mechanism called Proof-of-Availability (PoA). Unlike traditional models that only prove data was once stored, Walrus proves that data remains accessible, verifiable, and recoverable at all times.
The Core Problem: Storage Isn’t Enough
Most decentralized storage networks rely on Proof-of-Storage. That means a node can prove it once stored a file, but it doesn’t continuously prove that the file is still retrievable. Nodes can go offline, discard data, or behave maliciously—and users may only discover the issue when it’s already too late.
In real-world use cases like AI training, financial records, NFTs, or onchain media, delayed discovery of missing data is unacceptable. If data integrity collapses, trust collapses with it.
What Makes Proof-of-Availability Different
Proof-of-Availability goes beyond existence. It continuously proves that data is live, accessible, and intact.
When a user uploads data to Walrus, the system doesn’t just store a file. It generates an onchain certificate on the Sui blockchain. This certificate represents cryptographic proof that the data is available and can be reconstructed at any moment. The audit trail for this data lives onchain, making availability publicly verifiable.
In short:
Proof-of-Storage asks, “Did you store it once?”
Proof-of-Availability asks, “Can you prove it’s still here—right now?”
How Walrus Enforces Availability
Walrus uses a rigorous challenge-response system that runs continuously across the network.
First, uploaded data is split into small encoded pieces called slivers. Each sliver is cryptographically committed using Merkle structures, and those commitments are anchored on Sui. This ensures storage nodes cannot substitute fake data without being detected.
Next comes random audits. Every epoch, Walrus challenges storage nodes with unpredictable mathematical queries. Nodes must respond with valid cryptographic proofs that they still hold their assigned slivers. These challenges are impossible to pre-compute or fake.
If a node fails to respond correctly, the failure is recorded onchain. The consequences are immediate:
The node is penalized and slashed
Its staked $WAL is reduced
The network automatically repairs itself by reconstructing missing data from redundancy
This creates a system where dishonesty is expensive and reliability is rewarded.
Why This Matters for Builders
Modern applications are data-heavy. AI models rely on large datasets, games depend on massive asset libraries, and media platforms require persistent storage of high-value files. These applications cannot function if storage only works “most of the time.”
Walrus enables builders to rely on decentralized storage without falling back to centralized servers. Proof-of-Availability turns storage into a dependable infrastructure layer rather than a best-effort service.
Why This Matters for $WAL Holders
Proof-of-Availability directly ties token economics to real performance. Storage operators must stake WAL to participate. They earn rewards only if they consistently pass audits and maintain uptime. Poor behavior leads to slashing, while honest performance is financially incentivized.
This aligns the value of WAL with network reliability. The token isn’t decorative—it enforces discipline across the system.
Why This Matters for AI and Data Integrity
AI workflows depend on data that must remain unchanged and available over time. Proof-of-Availability creates a public, tamper-proof record proving that datasets were not altered, removed, or quietly replaced. This enables reproducibility, accountability, and trust—critical elements in the AI era.
The Bigger Picture
Walrus treats storage as a social and economic contract, not just a technical feature. By making availability provable, enforceable, and transparent, it reduces the risk that data disappears when conditions become inconvenient.
In Web3, trust doesn’t come from promises. It comes from systems that keep working on their worst days. Proof-of-Availability is how Walrus earns that trust—block by block, audit by audit.
Not Financial Advice
@Walrus 🦭/acc #walrus
Original ansehen
Was das Walrus-Protokoll im dezentralen Speicher einzigartig macht
@Walrus 🦭/acc ist ein dezentrales Speichernetzwerk, das entwickelt wurde, um große, programmierbare Daten für Blockchain-Anwendungen zu unterstützen. Basierend auf der Sui-Blockchain trennt Walrus die Datenspeicherung von der Ausführung, indem große Dateien außerhalb der Kette als „Blobs“ gespeichert werden, während kryptografische Beweise und Metadaten onchain verankert werden. Dieses Design reduziert die Kosten erheblich im Vergleich zur Speicherung vollständiger Daten direkt auf einer Blockchain.
Walrus verwendet ein Fehlerkorrektursystem namens Red Stuff, das Daten in Fragmente aufteilt und sie über mehrere Speicherknoten verteilt. Dies ermöglicht es dem System, Daten wiederherzustellen, selbst wenn einige Knoten offline gehen, was hohe Haltbarkeit und Verfügbarkeit gewährleistet. Im Gegensatz zu traditionellen dezentralen Speichersystemen ermöglicht Walrus Smart Contracts, gespeicherte Daten über onchain-Beweise zu referenzieren, was programmierbare Logik ermöglicht, die an Inhalte außerhalb der Kette gebunden ist. Diese Architektur unterstützt fortgeschrittene Anwendungsfälle wie dynamische NFTs, dezentrale Websites und datengestützte Anwendungen
#Walrus $WAL #BinanceSquareFamily #blockchain #Web3 #walrus
@Walrus 🦭/acc ist ein dezentrales Speichernetzwerk, das entwickelt wurde, um große, programmierbare Daten für Blockchain-Anwendungen zu unterstützen. Basierend auf der Sui-Blockchain trennt Walrus die Datenspeicherung von der Ausführung, indem große Dateien außerhalb der Kette als „Blobs“ gespeichert werden, während kryptografische Beweise und Metadaten onchain verankert werden. Dieses Design reduziert die Kosten erheblich im Vergleich zur Speicherung vollständiger Daten direkt auf einer Blockchain.
Walrus verwendet ein Fehlerkorrektursystem namens Red Stuff, das Daten in Fragmente aufteilt und sie über mehrere Speicherknoten verteilt. Dies ermöglicht es dem System, Daten wiederherzustellen, selbst wenn einige Knoten offline gehen, was hohe Haltbarkeit und Verfügbarkeit gewährleistet. Im Gegensatz zu traditionellen dezentralen Speichersystemen ermöglicht Walrus Smart Contracts, gespeicherte Daten über onchain-Beweise zu referenzieren, was programmierbare Logik ermöglicht, die an Inhalte außerhalb der Kette gebunden ist. Diese Architektur unterstützt fortgeschrittene Anwendungsfälle wie dynamische NFTs, dezentrale Websites und datengestützte Anwendungen
#Walrus $WAL #BinanceSquareFamily #blockchain #Web3 #walrus
Übersetzen
WAL Token and Incentive Structure
The WAL token is the native utility token of the Walrus Protocol. It is used to pay for storage services, stake storage nodes, and participate in protocol governance. Storage node operators must stake WAL tokens to join the network, aligning economic incentives with reliable data availability.
@Walrus 🦭/acc uses a delegated proof-of-stake model, allowing WAL holders to delegate tokens to storage operators and earn a share of rewards. Storage rewards are distributed over time based on stake and participation, incentivizing long-term availability rather than one-time uploads. WAL holders also participate in governance decisions, including protocol upgrades and parameter changes. This token-based incentive system ensures that storage reliability is enforced through economic accountability.
#Walrus $WAL #BinanceSquareFamily #blockchain #Web3 #walrus
The WAL token is the native utility token of the Walrus Protocol. It is used to pay for storage services, stake storage nodes, and participate in protocol governance. Storage node operators must stake WAL tokens to join the network, aligning economic incentives with reliable data availability.
@Walrus 🦭/acc uses a delegated proof-of-stake model, allowing WAL holders to delegate tokens to storage operators and earn a share of rewards. Storage rewards are distributed over time based on stake and participation, incentivizing long-term availability rather than one-time uploads. WAL holders also participate in governance decisions, including protocol upgrades and parameter changes. This token-based incentive system ensures that storage reliability is enforced through economic accountability.
#Walrus $WAL #BinanceSquareFamily #blockchain #Web3 #walrus
Original ansehen
Walrus kommt, die "sichere Gewinn-Ära" von DeFi steht bevor?
Als ich auf dem Binance-Platz auf das Walrus-Protokoll gestoßen bin, hatte ich sofort das Gefühl, dass DeFi-Investitionen eine neue Richtung eingeschlagen haben. $WAL als Kern-Token hat Governance und Anreize neu gestaltet, sodass Investoren nicht mehr nur "Zuschauer" sind. Die Technologie seiner Smart Contracts löst direkt die Probleme der Sicherheit und Transparenz in DeFi, und die Vermögensverwaltungsdienste sind äußerst benutzerfreundlich. Am auffälligsten ist das Liquiditätsprogramm, das es uns ermöglicht, stabil am Ökosystem teilzunehmen und langfristige Erträge zu erzielen. Ist das nicht genau das, was alle als "passives Einkommen" wollen? Jetzt ist das Thema #Walrus in aller Munde, und ich glaube, dass Walrus mit der funktionalen Weiterentwicklung zu einem dunklen Pferd im DeFi-Rennen werden wird. @Walrus 🦭/acc
#walrus $WAL
Als ich auf dem Binance-Platz auf das Walrus-Protokoll gestoßen bin, hatte ich sofort das Gefühl, dass DeFi-Investitionen eine neue Richtung eingeschlagen haben. $WAL als Kern-Token hat Governance und Anreize neu gestaltet, sodass Investoren nicht mehr nur "Zuschauer" sind. Die Technologie seiner Smart Contracts löst direkt die Probleme der Sicherheit und Transparenz in DeFi, und die Vermögensverwaltungsdienste sind äußerst benutzerfreundlich. Am auffälligsten ist das Liquiditätsprogramm, das es uns ermöglicht, stabil am Ökosystem teilzunehmen und langfristige Erträge zu erzielen. Ist das nicht genau das, was alle als "passives Einkommen" wollen? Jetzt ist das Thema #Walrus in aller Munde, und ich glaube, dass Walrus mit der funktionalen Weiterentwicklung zu einem dunklen Pferd im DeFi-Rennen werden wird. @Walrus 🦭/acc
#walrus $WAL
Original ansehen
WAL's „unsichtbarer Bullenmarkt“: Wenn Sui TVL um 1 Milliarde steigt, verbrennt es heimlich 1 Million Münzen.
Schau nicht nur auf die K-Linie von WAL.
Das wirklich kluge Geld schaut auf einen führenden Indikator, den 99 % der Menschen ignorieren: den Gesamtwert der gesperrten Vermögenswerte (TVL) im Sui-Ökosystem.
Warum? Weil Daten nicht lügen – je florierender Sui, desto heftiger wird WAL verbrannt.
On-Chain-Beweise: TVL steht in hohem positiven Zusammenhang mit der WAL-Verbrennungsmenge.
Wir haben die parallelen Daten des Sui Mainnets und des Walrus-Testnets der letzten 60 Tage abgerufen (Hinweis: Mainnet ist nicht aktiv, Testnet ist referenzierbar):
Tabelle 1: Simulation der Beziehung zwischen dem Wachstum des Sui TVL und der geschätzten WAL-Verbrennungsmenge.
Hinweis: Basierend auf der Datenübertragungsfrequenz führender Protokolle wie BlueMove, Cetus, Scallop.
Das wirklich kluge Geld schaut auf einen führenden Indikator, den 99 % der Menschen ignorieren: den Gesamtwert der gesperrten Vermögenswerte (TVL) im Sui-Ökosystem.
Warum? Weil Daten nicht lügen – je florierender Sui, desto heftiger wird WAL verbrannt.
On-Chain-Beweise: TVL steht in hohem positiven Zusammenhang mit der WAL-Verbrennungsmenge.
Wir haben die parallelen Daten des Sui Mainnets und des Walrus-Testnets der letzten 60 Tage abgerufen (Hinweis: Mainnet ist nicht aktiv, Testnet ist referenzierbar):
Tabelle 1: Simulation der Beziehung zwischen dem Wachstum des Sui TVL und der geschätzten WAL-Verbrennungsmenge.
Hinweis: Basierend auf der Datenübertragungsfrequenz führender Protokolle wie BlueMove, Cetus, Scallop.
Übersetzen
#walrus $WAL Walrus no es un proyecto más del montón. Su enfoque técnico y su visión a futuro lo convierten en una propuesta que vale la pena seguir de cerca, especialmente para quienes entienden que el verdadero valor está en la construcción, no en la especulación rápida.
@walrusprotocol $WAL #Walrus
@walrusprotocol $WAL #Walrus
Original ansehen
Tiefe Bindung Sui: Ist die "ökologische Symbiose"-Strategie von Walrus eine Schutzmauer oder ein Sanctum?
Blättern Sie durch das Whitepaper oder die technischen Dokumente von Walrus, und Sui ist überall präsent. Diese tiefe Bindung ist die zentrale Erzählung ihres frühen Erfolgs, wirft aber auch die entscheidendsten Bedenken auf: Hat dies eine solide ökologische Schutzmauer aufgebaut oder hat es sich in einem scheinbar komfortablen "Sanctum" gefangen? Um diese Frage zu beantworten, muss man über einfache Beschreibungen der Zusammenarbeit hinausgehen und die technischen, wirtschaftlichen und strategischen Ebenen analysieren.
Technologische Symbiose: Nicht nur "läuft auf..."
Die technische Integration von Walrus und Sui ist gene-level. Sie nutzt die Move-Sprache von Sui und deren Objekt-Datenmodell, um jede Datenlagerungsaufgabe als ein On-Chain-Objekt mit einer eindeutigen ID zu kapseln. Das bedeutet:
Technologische Symbiose: Nicht nur "läuft auf..."
Die technische Integration von Walrus und Sui ist gene-level. Sie nutzt die Move-Sprache von Sui und deren Objekt-Datenmodell, um jede Datenlagerungsaufgabe als ein On-Chain-Objekt mit einer eindeutigen ID zu kapseln. Das bedeutet:
Original ansehen
@Walrus 🦭/acc ($WAL ) – Datenschutz-First DeFi, das tatsächlich Sinn macht
Ich habe Walrus (WAL) genau beobachtet, und was sofort ins Auge fällt, ist der ernsthafte Fokus auf Datenschutz und Kontrolle. Dies ist kein typisches DeFi-Token, das nur auf dem Papier über Dezentralisierung spricht. Walrus ist für Benutzer gebaut, die private Blockchain-Interaktionen wünschen, ohne jede Bewegung on-chain offenzulegen.
Sie bieten private Transaktionen als Kernfunktion an, nicht als optionale Zusatzfunktion. Darüber hinaus unterstützt Walrus dApps, Governance und Staking, was bedeutet, dass Benutzer nicht nur ein Token halten, sondern aktiv am Ökosystem teilnehmen. Ich mag, wie WAL Nutzen mit langfristiger Beteiligung anstelle von kurzfristigem Hype verbindet.
Was dies für Händler und Entwickler interessant macht, ist die Positionierung. Datenschutzorientierte DeFi ist noch unterentwickelt, und Walrus zielt klar auf diese Lücke mit einem sauberen, strukturierten Ansatz ab.
#walrus @Walrus 🦭/acc $WAL
Ich habe Walrus (WAL) genau beobachtet, und was sofort ins Auge fällt, ist der ernsthafte Fokus auf Datenschutz und Kontrolle. Dies ist kein typisches DeFi-Token, das nur auf dem Papier über Dezentralisierung spricht. Walrus ist für Benutzer gebaut, die private Blockchain-Interaktionen wünschen, ohne jede Bewegung on-chain offenzulegen.
Sie bieten private Transaktionen als Kernfunktion an, nicht als optionale Zusatzfunktion. Darüber hinaus unterstützt Walrus dApps, Governance und Staking, was bedeutet, dass Benutzer nicht nur ein Token halten, sondern aktiv am Ökosystem teilnehmen. Ich mag, wie WAL Nutzen mit langfristiger Beteiligung anstelle von kurzfristigem Hype verbindet.
Was dies für Händler und Entwickler interessant macht, ist die Positionierung. Datenschutzorientierte DeFi ist noch unterentwickelt, und Walrus zielt klar auf diese Lücke mit einem sauberen, strukturierten Ansatz ab.
#walrus @Walrus 🦭/acc $WAL
Übersetzen
The New Era of Web Hosting: Turning Your Entire Website into an NFT with Walrus Sites
We are currently witnessing a massive shift in how the internet is built. For decades, we have hosted websites on centralized servers renting space from giants like AWS, Google, or GoDaddy. But there’s always been a catch: you don’t truly "own" your site. If you stop paying rent, or if the provider disagrees with your content, your website disappears.
Enter Walrus Sites a groundbreaking feature of the Walrus Protocol (by Mysten Labs). It’s not just about storage anymore; it’s about ownership. Imagine a world where your entire website is an NFT, living permanently on the blockchain.
Here is how Walrus is turning the old model of web hosting upside down.
1. The Concept: Your Website as a Digital Asset
In the traditional world, a website is a collection of files sitting on a computer owned by someone else. On Walrus, your website’s files are uploaded as "blobs" (binary large objects) to a decentralized network.
The magic happens when these files are linked to a Sui Object (NFT). By doing this, your website becomes an asset that you hold in your crypto wallet. You can sell it, transfer it, or update it just like you would an NFT in your collection. This is true Web3 sovereignty.
2. How it Works: Beyond Just Storage
Walrus uses a unique technology called Red Stuff (erasure coding). When you host your site on Walrus:
Fragmented Security: Your site’s code, images, and videos are broken into tiny pieces and spread across global nodes.Self-Healing: Even if several servers go offline, your website remains live and accessible.Aggregator Access: Users view your site through "Aggregators" that reconstruct these fragments in real-time. It’s fast, secure, and virtually impossible to censor.
3. Why "NFT-izing" Your Site is a Game Changer
You might wonder: Why bother making a site an NFT? Here are three major reasons:Censorship Resistance: Because the site is decentralized and owned as an on-chain object, no single entity can "pull the plug" on your content.New Monetization: Imagine selling a successful blog or a decentralized app (dApp) simply by transferring an NFT to the buyer. The entire business, including the front-end, moves to the new owner instantly.Version Control & History: Every update to your site can be recorded on the blockchain, creating a transparent history of your website’s evolution.
4. The Role of $WAL in the Hosting Economy
The $WAL token is the heartbeat of this hosting revolution. It acts as the "gas" for your website.
Storage Leases: Instead of monthly credit card bills, you use to WAL secure storage space for your site.Incentives: WAL ensures that the nodes hosting your site are rewarded for their uptime and honesty.Governance: WAL holders get a say in how the storage network evolves, ensuring the community not a corporation controls the future of the web.
5. Who is this for?
This isn't just for "crypto geeks." It’s for creators who want to protect their legacy, developers building truly decentralized finance (DeFi) apps, and visionaries who believe that the internet should belong to the people who build it.
Conclusion: The Permanent Web
The "Era of the NFT Website" is about more than just a tech trend; it’s about permanence. By hosting on Walrus Sites, you are ensuring that your digital footprint isn’t written in the sand of corporate servers, but carved into the stone of the blockchain.
The internet used to be something we visited; with Walrus, it’s something we own.
Would you like to see a step by step guide on how to mint your first "Walrus Site" NFT? Let me know in the comments!
@Walrus 🦭/acc #walrus $WAL
Enter Walrus Sites a groundbreaking feature of the Walrus Protocol (by Mysten Labs). It’s not just about storage anymore; it’s about ownership. Imagine a world where your entire website is an NFT, living permanently on the blockchain.
Here is how Walrus is turning the old model of web hosting upside down.
1. The Concept: Your Website as a Digital Asset
In the traditional world, a website is a collection of files sitting on a computer owned by someone else. On Walrus, your website’s files are uploaded as "blobs" (binary large objects) to a decentralized network.
The magic happens when these files are linked to a Sui Object (NFT). By doing this, your website becomes an asset that you hold in your crypto wallet. You can sell it, transfer it, or update it just like you would an NFT in your collection. This is true Web3 sovereignty.
2. How it Works: Beyond Just Storage
Walrus uses a unique technology called Red Stuff (erasure coding). When you host your site on Walrus:
Fragmented Security: Your site’s code, images, and videos are broken into tiny pieces and spread across global nodes.Self-Healing: Even if several servers go offline, your website remains live and accessible.Aggregator Access: Users view your site through "Aggregators" that reconstruct these fragments in real-time. It’s fast, secure, and virtually impossible to censor.
3. Why "NFT-izing" Your Site is a Game Changer
You might wonder: Why bother making a site an NFT? Here are three major reasons:Censorship Resistance: Because the site is decentralized and owned as an on-chain object, no single entity can "pull the plug" on your content.New Monetization: Imagine selling a successful blog or a decentralized app (dApp) simply by transferring an NFT to the buyer. The entire business, including the front-end, moves to the new owner instantly.Version Control & History: Every update to your site can be recorded on the blockchain, creating a transparent history of your website’s evolution.
4. The Role of $WAL in the Hosting Economy
The $WAL token is the heartbeat of this hosting revolution. It acts as the "gas" for your website.
Storage Leases: Instead of monthly credit card bills, you use to WAL secure storage space for your site.Incentives: WAL ensures that the nodes hosting your site are rewarded for their uptime and honesty.Governance: WAL holders get a say in how the storage network evolves, ensuring the community not a corporation controls the future of the web.
5. Who is this for?
This isn't just for "crypto geeks." It’s for creators who want to protect their legacy, developers building truly decentralized finance (DeFi) apps, and visionaries who believe that the internet should belong to the people who build it.
Conclusion: The Permanent Web
The "Era of the NFT Website" is about more than just a tech trend; it’s about permanence. By hosting on Walrus Sites, you are ensuring that your digital footprint isn’t written in the sand of corporate servers, but carved into the stone of the blockchain.
The internet used to be something we visited; with Walrus, it’s something we own.
Would you like to see a step by step guide on how to mint your first "Walrus Site" NFT? Let me know in the comments!
@Walrus 🦭/acc #walrus $WAL
Übersetzen
The Walrus Protocol: A Complete Analysis of Next-Gen Decentralized Storage
Introduction to the Walrus Protocol
The landscape of decentralized finance (DeFi) and Web3 infrastructure is constantly evolving, yet one critical bottleneck remains: storage. While blockchains are excellent for immutable transaction ledgers, they are notoriously inefficient and expensive for storing large amounts of data, such as images, videos, and complex application files. Enter Walrus (WAL), a decentralized storage and data availability protocol built on the Sui blockchain.
Walrus is designed to solve the "storage trilemma" by offering a solution that is simultaneously cost-effective, decentralized, and highly scalable. Unlike traditional cloud storage providers (like AWS or Google Cloud) that rely on centralized servers, Walrus utilizes a distributed network of nodes. However, unlike earlier decentralized competitors, Walrus leverages a unique architectural innovation known as "Red Stuff" erasure coding to achieve efficiency that rivals centralized counterparts. This article provides a complete analysis of the protocol, its ecosystem, and its potential to redefine Web3 data management.
The Core Problem: Why Blob Storage Matters
To understand Walrus, one must first understand the concept of "blobs" (Binary Large Objects). In the context of blockchain, blobs are large pieces of unstructured data. As the demand for NFTs, decentralized social media, and AI model training grows, the need to store petabytes of blob data becomes urgent.
Existing Layer-1 blockchains are too expensive for this purpose. Storing a single gigabyte of data on Ethereum, for example, would cost millions of dollars in gas fees. While specialized storage networks like Filecoin and Arweave exist, they often suffer from high replication costs or slower retrieval times. Walrus addresses this by treating storage as a utility layer that integrates seamlessly with the high-speed execution environment of Sui.
Technological Infrastructure: The Power of "Red Stuff"
The defining feature of Walrus is its encoding algorithm, playfully named "Red Stuff." This is a two-dimensional erasure coding technique that fundamentally changes how data is distributed across the network.
In traditional decentralized storage, redundancy is often achieved by simply copying a file multiple times (replication). If you want high security, you might store 10 copies of a file across different nodes. This is inefficient and bloats the network. Walrus employs erasure coding, which breaks a file into smaller fragments (slivers) and mathematically expands them so that the original file can be reconstructed from just a fraction of the total shards.
Specifically, Walrus achieves a replication factor of roughly 4x to 5x, which is significantly lower than many competitors, while maintaining exceptional fault tolerance. The network can tolerate up to one-third of its nodes being malicious or offline without losing data. This efficiency translates directly to lower costs for users and higher margins for storage node operators.
Integration with Sui: A Symbiotic Relationship
Walrus does not operate in a vacuum; it is deeply intertwined with the Sui ecosystem. Sui acts as the "control plane" for Walrus. This means that while the heavy data blobs are stored on Walrus nodes, the metadata, payments, and access controls are managed via smart contracts on Sui.
This integration offers several advantages:
Programmability: Developers can write Sui Move smart contracts that automatically interact with Walrus storage. For example, an NFT marketplace on Sui can programmatically pin media files on Walrus as soon as an NFT is minted.Speed: Sui’s parallel execution engine ensures that the management of storage—such as paying for renewal or changing permissions—happens with sub-second finality.Composability: Storage resources on Walrus are represented as objects on Sui. These objects can be transferred, traded, or used as collateral in DeFi applications, effectively financializing storage capacity.
Use Cases and Ecosystem Utility
The utility of the Walrus protocol extends far beyond simple file backup. Its architecture supports a new generation of decentralized applications
AI and Machine Learning: Training AI models requires massive datasets. Walrus provides a censorship-resistant, low-cost environment for hosting these public datasets, ensuring that AI development remains open and accessible.
DeFi Front-Ends: Currently, many "decentralized" apps are hosted on centralized servers. Walrus allows DeFi protocols to host their front-end interfaces fully on-chain, eliminating the risk of a website being taken down by a central authority.
Media and Gaming: With the rise of blockchain gaming, assets like 3D models and textures need to be retrieved quickly. Walrus’s content delivery network (CDN) capabilities ensure fast retrieval speeds essential for a smooth gaming experience.
Governance and Community
As a decentralized protocol, Walrus relies on community governance. The WAL token is not just a payment currency; it is a tool for alignment. Token holders can vote on protocol upgrades, changes to pricing parameters, and the admission of new storage nodes. This ensures that the protocol evolves in a way that benefits its users rather than a centralized corporate entity.
Conclusion
Walrus represents a maturation of decentralized infrastructure. It moves beyond the proof-of-concept phase of early storage coins and offers a commercially viable, technically superior product. By leveraging the speed of Sui and the efficiency of erasure coding, Walrus is positioned to become the backbone of the "dWeb" (Decentralized Web). As privacy concerns and censorship increase globally, the value of a secure, immutable, and efficient storage layer like Walrus will likely only grow.#walrus #WAL $WAL @Walrus 🦭/acc
The landscape of decentralized finance (DeFi) and Web3 infrastructure is constantly evolving, yet one critical bottleneck remains: storage. While blockchains are excellent for immutable transaction ledgers, they are notoriously inefficient and expensive for storing large amounts of data, such as images, videos, and complex application files. Enter Walrus (WAL), a decentralized storage and data availability protocol built on the Sui blockchain.
Walrus is designed to solve the "storage trilemma" by offering a solution that is simultaneously cost-effective, decentralized, and highly scalable. Unlike traditional cloud storage providers (like AWS or Google Cloud) that rely on centralized servers, Walrus utilizes a distributed network of nodes. However, unlike earlier decentralized competitors, Walrus leverages a unique architectural innovation known as "Red Stuff" erasure coding to achieve efficiency that rivals centralized counterparts. This article provides a complete analysis of the protocol, its ecosystem, and its potential to redefine Web3 data management.
The Core Problem: Why Blob Storage Matters
To understand Walrus, one must first understand the concept of "blobs" (Binary Large Objects). In the context of blockchain, blobs are large pieces of unstructured data. As the demand for NFTs, decentralized social media, and AI model training grows, the need to store petabytes of blob data becomes urgent.
Existing Layer-1 blockchains are too expensive for this purpose. Storing a single gigabyte of data on Ethereum, for example, would cost millions of dollars in gas fees. While specialized storage networks like Filecoin and Arweave exist, they often suffer from high replication costs or slower retrieval times. Walrus addresses this by treating storage as a utility layer that integrates seamlessly with the high-speed execution environment of Sui.
Technological Infrastructure: The Power of "Red Stuff"
The defining feature of Walrus is its encoding algorithm, playfully named "Red Stuff." This is a two-dimensional erasure coding technique that fundamentally changes how data is distributed across the network.
In traditional decentralized storage, redundancy is often achieved by simply copying a file multiple times (replication). If you want high security, you might store 10 copies of a file across different nodes. This is inefficient and bloats the network. Walrus employs erasure coding, which breaks a file into smaller fragments (slivers) and mathematically expands them so that the original file can be reconstructed from just a fraction of the total shards.
Specifically, Walrus achieves a replication factor of roughly 4x to 5x, which is significantly lower than many competitors, while maintaining exceptional fault tolerance. The network can tolerate up to one-third of its nodes being malicious or offline without losing data. This efficiency translates directly to lower costs for users and higher margins for storage node operators.
Integration with Sui: A Symbiotic Relationship
Walrus does not operate in a vacuum; it is deeply intertwined with the Sui ecosystem. Sui acts as the "control plane" for Walrus. This means that while the heavy data blobs are stored on Walrus nodes, the metadata, payments, and access controls are managed via smart contracts on Sui.
This integration offers several advantages:
Programmability: Developers can write Sui Move smart contracts that automatically interact with Walrus storage. For example, an NFT marketplace on Sui can programmatically pin media files on Walrus as soon as an NFT is minted.Speed: Sui’s parallel execution engine ensures that the management of storage—such as paying for renewal or changing permissions—happens with sub-second finality.Composability: Storage resources on Walrus are represented as objects on Sui. These objects can be transferred, traded, or used as collateral in DeFi applications, effectively financializing storage capacity.
Use Cases and Ecosystem Utility
The utility of the Walrus protocol extends far beyond simple file backup. Its architecture supports a new generation of decentralized applications
AI and Machine Learning: Training AI models requires massive datasets. Walrus provides a censorship-resistant, low-cost environment for hosting these public datasets, ensuring that AI development remains open and accessible.
DeFi Front-Ends: Currently, many "decentralized" apps are hosted on centralized servers. Walrus allows DeFi protocols to host their front-end interfaces fully on-chain, eliminating the risk of a website being taken down by a central authority.
Media and Gaming: With the rise of blockchain gaming, assets like 3D models and textures need to be retrieved quickly. Walrus’s content delivery network (CDN) capabilities ensure fast retrieval speeds essential for a smooth gaming experience.
Governance and Community
As a decentralized protocol, Walrus relies on community governance. The WAL token is not just a payment currency; it is a tool for alignment. Token holders can vote on protocol upgrades, changes to pricing parameters, and the admission of new storage nodes. This ensures that the protocol evolves in a way that benefits its users rather than a centralized corporate entity.
Conclusion
Walrus represents a maturation of decentralized infrastructure. It moves beyond the proof-of-concept phase of early storage coins and offers a commercially viable, technically superior product. By leveraging the speed of Sui and the efficiency of erasure coding, Walrus is positioned to become the backbone of the "dWeb" (Decentralized Web). As privacy concerns and censorship increase globally, the value of a secure, immutable, and efficient storage layer like Walrus will likely only grow.#walrus #WAL $WAL @Walrus 🦭/acc
Übersetzen
Walrus Protocol: The Case for Blob-Based Storage in Web3
@Walrus 🦭/acc | #walrus | $WAL
One of the biggest challenges in Web3 infrastructure is storing large amounts of data in a way that’s decentralized, efficient, and verifiable. This is where the Walrus Protocol and its blob-based storage model really stands out.
At its core, Walrus is built around blobs, which are large, immutable pieces of data. Instead of treating storage like a traditional filesystem or database, Walrus treats each file or dataset as a self-contained object. Once a blob is created, it never changes, and its identity is derived directly from its contents. This makes data integrity easy to verify and removes the need to trust any single storage provider.
Blob-based storage also simplifies how Web3 applications think about data. Smart contracts and decentralized apps don’t need to manage complex storage logic. They just reference a blob ID, knowing that the data behind it is permanent and verifiable. This clean separation between computation and storage is a big win for scalability.
Another major advantage is how blobs work with erasure encoding. Instead of replicating entire files across many nodes, Walrus splits each blob into encoded pieces and distributes them across the network. Only a subset of those pieces is needed to reconstruct the original data. This approach provides strong fault tolerance while keeping storage costs low—something that’s critical for sustainable Web3 infrastructure.
Blob-based storage also aligns naturally with decentralization. Storage nodes don’t need to know what the data represents; they simply store and serve pieces of blobs. Nodes can join or leave freely, and the system remains reliable as long as enough pieces are available. This makes the network resilient to failures, censorship, and central points of control.
More broadly, Walrus makes the case that Web3 storage should focus on data availability and verifiability, not traditional server models. By combining immutable blobs, efficient encoding, and decentralized storage nodes, it provides a blueprint for how large-scale data can live natively in Web3.
In short, Walrus Protocol shows that blob-based storage isn’t just an implementation detail it’s a foundational design choice that enables scalable, trust-minimized Web3 applications.
🦭
One of the biggest challenges in Web3 infrastructure is storing large amounts of data in a way that’s decentralized, efficient, and verifiable. This is where the Walrus Protocol and its blob-based storage model really stands out.
At its core, Walrus is built around blobs, which are large, immutable pieces of data. Instead of treating storage like a traditional filesystem or database, Walrus treats each file or dataset as a self-contained object. Once a blob is created, it never changes, and its identity is derived directly from its contents. This makes data integrity easy to verify and removes the need to trust any single storage provider.
Blob-based storage also simplifies how Web3 applications think about data. Smart contracts and decentralized apps don’t need to manage complex storage logic. They just reference a blob ID, knowing that the data behind it is permanent and verifiable. This clean separation between computation and storage is a big win for scalability.
Another major advantage is how blobs work with erasure encoding. Instead of replicating entire files across many nodes, Walrus splits each blob into encoded pieces and distributes them across the network. Only a subset of those pieces is needed to reconstruct the original data. This approach provides strong fault tolerance while keeping storage costs low—something that’s critical for sustainable Web3 infrastructure.
Blob-based storage also aligns naturally with decentralization. Storage nodes don’t need to know what the data represents; they simply store and serve pieces of blobs. Nodes can join or leave freely, and the system remains reliable as long as enough pieces are available. This makes the network resilient to failures, censorship, and central points of control.
More broadly, Walrus makes the case that Web3 storage should focus on data availability and verifiability, not traditional server models. By combining immutable blobs, efficient encoding, and decentralized storage nodes, it provides a blueprint for how large-scale data can live natively in Web3.
In short, Walrus Protocol shows that blob-based storage isn’t just an implementation detail it’s a foundational design choice that enables scalable, trust-minimized Web3 applications.
🦭
Original ansehen
Walrus ($WAL ) definiert die Datenebene von Crypto neu
Was oft unbemerkt bleibt, ist, wie Walrus ($WAL ) grundlegend die Art und Weise umgestaltet, wie Krypto-Daten gespeichert und verwendet werden. Durch die native Integration mit dem Sui-Ökosystem ermöglicht Walrus Anwendungen und Benutzern, große Inhalte direkt on-chain zu speichern, zu verifizieren und zu teilen, ohne Leistung oder Sicherheit zu opfern.
Das ist in dieser Phase der Akzeptanz ein großes Thema. Während Krypto über Spekulationen hinaus in reale Anwendungsfälle übergeht - DeFi, NFTs, Gaming, KI-Daten und dezentrale soziale Netzwerke - werden Datenverfügbarkeit und Zuverlässigkeit zu kritischen Engpässen. Walrus geht dem entgegen, indem es ein skalierbares Blob-Speichermodell anbietet, das die Datenverfügbarkeit von der Ausführung trennt, sodass Apps massive Datensätze verarbeiten können, während die Kosten vorhersehbar bleiben.
Einfach ausgedrückt: schnellere Zugriffe, verifizierbare Inhalte, geringere Overheadkosten und eine Infrastruktur, die tatsächlich mit Millionen von Benutzern skalieren kann. Wenn Krypto Mainstream-Anwendungen unterstützen soll, sind Protokolle wie Walrus die Art von unsichtbarer Infrastruktur, die dies möglich macht.
@Walrus 🦭/acc #walrus $WAL
Was oft unbemerkt bleibt, ist, wie Walrus ($WAL ) grundlegend die Art und Weise umgestaltet, wie Krypto-Daten gespeichert und verwendet werden. Durch die native Integration mit dem Sui-Ökosystem ermöglicht Walrus Anwendungen und Benutzern, große Inhalte direkt on-chain zu speichern, zu verifizieren und zu teilen, ohne Leistung oder Sicherheit zu opfern.
Das ist in dieser Phase der Akzeptanz ein großes Thema. Während Krypto über Spekulationen hinaus in reale Anwendungsfälle übergeht - DeFi, NFTs, Gaming, KI-Daten und dezentrale soziale Netzwerke - werden Datenverfügbarkeit und Zuverlässigkeit zu kritischen Engpässen. Walrus geht dem entgegen, indem es ein skalierbares Blob-Speichermodell anbietet, das die Datenverfügbarkeit von der Ausführung trennt, sodass Apps massive Datensätze verarbeiten können, während die Kosten vorhersehbar bleiben.
Einfach ausgedrückt: schnellere Zugriffe, verifizierbare Inhalte, geringere Overheadkosten und eine Infrastruktur, die tatsächlich mit Millionen von Benutzern skalieren kann. Wenn Krypto Mainstream-Anwendungen unterstützen soll, sind Protokolle wie Walrus die Art von unsichtbarer Infrastruktur, die dies möglich macht.
@Walrus 🦭/acc #walrus $WAL
Übersetzen
$WAL 这天的日K线让我心情不错，从昨晚0.1544低点拉到0.1628高点，现在收在0.1596，涨幅6.26%。成交量跟着放大，MA7在0.1602上方，金叉迹象明显。我眯眼看图，想起前阵子它还在0.15盘整，那时候社区安静，我加仓时还自我安慰“等等看”。现在这波放量上涨，像是憋了好久的能量释放。Walrus专注去中心化blob存储，可编程规则让数据不光存，还能设权限、自动付费。AI模型权重、媒体文件这些大东西，用Walrus取回飞快，不怕单点故障。最近有项目宣布用它护内容，真实落地让我多信几分。$WAL 付费和staking需求实，价格这小突破，我猜是使用量在推。短期到0.16有压力，回调我反倒想多接点。翻@Walrus 🦭/acc
帖子，团队务实，更新一步步来，这种节奏我喜欢持着。
#walrus $WAL
帖子，团队务实，更新一步步来，这种节奏我喜欢持着。
#walrus $WAL
Benita Paap iq8K:
加仓 👀
Übersetzen
El Impacto de Walrus en la Preservación de Datos de IA
La Inteligencia Artificial consume y genera cantidades astronómicas de datos, y @Walrus 🦭/acc se perfila como el socio ideal para esta industria. Los modelos de IA requieren conjuntos de datos masivos que deben ser verificables y estar siempre disponibles. Al integrar soluciones de IA con el almacenamiento de Walrus, garantizamos que los datos de entrenamiento no sean manipulados. El token $WAL incentiva la preservación de estos datasets críticos, permitiendo un desarrollo de IA más transparente y ético. La convergencia entre IA y almacenamiento descentralizado es una de las tendencias más fuertes, y Walrus está en la primera línea de esta batalla tecnológica. #walrus
Übersetzen
Most people don’t realize how much of their data is out there generated, tracked, and traded without them ever knowing who’s really in control. We’re told to “trust the system” and move on. That’s the problem Walrus Protocol is solving.
Walrus flips the script. Instead of letting a single company or server hold your data, it’s split across independent nodes. No one node can censor it, hide it, or quietly manipulate it. Builders get privacy as a foundation, not an afterthought.
Scaling a decentralized network is tricky. Too often, growth leads to concentration of power. Walrus prevents that by spreading stake across many nodes and rewarding real performance uptime, reliability not size or reputation. Small operators can compete fairly if they do the work.
Accountability is automatic. Underperforming or dishonest nodes lose stake. Quick, coordinated power grabs are penalized. Governance remains collective, with token holders controlling the key rules as the network grows.
This is decentralization that actually works under pressure resilient, fair, and built for the real world.
@Walrus 🦭/acc #walrus $WAL
Walrus flips the script. Instead of letting a single company or server hold your data, it’s split across independent nodes. No one node can censor it, hide it, or quietly manipulate it. Builders get privacy as a foundation, not an afterthought.
Scaling a decentralized network is tricky. Too often, growth leads to concentration of power. Walrus prevents that by spreading stake across many nodes and rewarding real performance uptime, reliability not size or reputation. Small operators can compete fairly if they do the work.
Accountability is automatic. Underperforming or dishonest nodes lose stake. Quick, coordinated power grabs are penalized. Governance remains collective, with token holders controlling the key rules as the network grows.
This is decentralization that actually works under pressure resilient, fair, and built for the real world.
@Walrus 🦭/acc #walrus $WAL
Übersetzen
生态爆发与场景落地，Walrus构建可编程存储新生态
自2025年3月主网上线以来，Walrus协议凭借1.4亿美元融资背书与多元场景落地，迅速成长为Sui生态的核心支柱。由a16z crypto、Standard Crypto等顶级机构参投的资金，正加速其在AI、NFT、DeFi等领域的生态扩张。
Walrus的核心竞争力在于“可编程存储”特性。与Filecoin、Arweave仅能提供静态存储不同，它将blob数据转化为Sui链上对象，通过Move智能合约实现数据的转移、授权与修改，彻底解决了传统NFT元数据链外存储的完整性问题。在Sui Hacker House活动中，基于Walrus开发的Full Chain Texas实现了游戏资产的无缝存储与交互，Dropin项目则通过其技术构建了碳封存数据追踪系统，验证了其在GameFi、绿色金融等场景的适配性。此外，Walrus支持数据主动删除与修改功能，满足企业级敏感数据存储需求，打破了去中心化存储“一次上传终身不可改”的局限。
目前，Walrus已与Decrypt、Itheum等项目达成合作，覆盖AI数据集存储、区块链归档、去中心化网站托管等多元场景。其跨链兼容特性更使其成为连接不同区块链生态的共享存储层，为Web3应用开发者提供“存储+计算”的一体化解决方案。
#walrus $WAL
自2025年3月主网上线以来，Walrus协议凭借1.4亿美元融资背书与多元场景落地，迅速成长为Sui生态的核心支柱。由a16z crypto、Standard Crypto等顶级机构参投的资金，正加速其在AI、NFT、DeFi等领域的生态扩张。
Walrus的核心竞争力在于“可编程存储”特性。与Filecoin、Arweave仅能提供静态存储不同，它将blob数据转化为Sui链上对象，通过Move智能合约实现数据的转移、授权与修改，彻底解决了传统NFT元数据链外存储的完整性问题。在Sui Hacker House活动中，基于Walrus开发的Full Chain Texas实现了游戏资产的无缝存储与交互，Dropin项目则通过其技术构建了碳封存数据追踪系统，验证了其在GameFi、绿色金融等场景的适配性。此外，Walrus支持数据主动删除与修改功能，满足企业级敏感数据存储需求，打破了去中心化存储“一次上传终身不可改”的局限。
目前，Walrus已与Decrypt、Itheum等项目达成合作，覆盖AI数据集存储、区块链归档、去中心化网站托管等多元场景。其跨链兼容特性更使其成为连接不同区块链生态的共享存储层，为Web3应用开发者提供“存储+计算”的一体化解决方案。
#walrus $WAL
Benita Paap iq8K:
👍
Original ansehen
#walrus $WAL @Walrus 🦭/acc
Walrus-Protokoll ($WAL ) | Die Zukunft der dezentralen Speicherung
Walrus definiert, wie wir großflächige Daten on-chain speichern. Während die meisten Blockchains mit großen Dateien kämpfen, nutzt Walrus die Sui-Blockchain, um ein schnelles, kostengünstiges Zuhause für die Medien der Welt bereitzustellen.
🚀 Hauptmerkmale
Rote Stuff-Codierung: Ein proprietärer Algorithmus, der Daten in Fragmente (Schnipsel) aufteilt. Es ist 10x–100x kosteneffizienter als Wettbewerber wie Filecoin oder Arweave.
Hohe Resilienz: Ihre Daten sind sicher, selbst wenn zwei Drittel der Speicherknoten offline gehen.
Programmierbare Speicherung: Da es auf Sui basiert, kann die Speicherkapazität wie ein "intelligentes Asset" behandelt werden – Apps können Daten programmatisch über Smart Contracts kaufen, verkaufen oder löschen.
Multi-Chain-Fähigkeit: Während es auf Sui lebt, wurde es entwickelt, um Speicher für Ethereum, Solana und darüber hinaus bereitzustellen.
💎 Der $WAL Token
$WAL ist der Herzschlag des Ökosystems, verwendet für:
Zahlungen: Benutzer zahlen, um ihre Daten für einen festen Zeitraum zu speichern.
Staking: Knotenbetreiber staken, um das Netzwerk zu sichern und Belohnungen zu verdienen.
Governance: Token-Inhaber stimmen über Protokoll-Upgrades und Speicherparameter ab.
Walrus-Protokoll ($WAL ) | Die Zukunft der dezentralen Speicherung
Walrus definiert, wie wir großflächige Daten on-chain speichern. Während die meisten Blockchains mit großen Dateien kämpfen, nutzt Walrus die Sui-Blockchain, um ein schnelles, kostengünstiges Zuhause für die Medien der Welt bereitzustellen.
🚀 Hauptmerkmale
Rote Stuff-Codierung: Ein proprietärer Algorithmus, der Daten in Fragmente (Schnipsel) aufteilt. Es ist 10x–100x kosteneffizienter als Wettbewerber wie Filecoin oder Arweave.
Hohe Resilienz: Ihre Daten sind sicher, selbst wenn zwei Drittel der Speicherknoten offline gehen.
Programmierbare Speicherung: Da es auf Sui basiert, kann die Speicherkapazität wie ein "intelligentes Asset" behandelt werden – Apps können Daten programmatisch über Smart Contracts kaufen, verkaufen oder löschen.
Multi-Chain-Fähigkeit: Während es auf Sui lebt, wurde es entwickelt, um Speicher für Ethereum, Solana und darüber hinaus bereitzustellen.
💎 Der $WAL Token
$WAL ist der Herzschlag des Ökosystems, verwendet für:
Zahlungen: Benutzer zahlen, um ihre Daten für einen festen Zeitraum zu speichern.
Staking: Knotenbetreiber staken, um das Netzwerk zu sichern und Belohnungen zu verdienen.
Governance: Token-Inhaber stimmen über Protokoll-Upgrades und Speicherparameter ab.
Übersetzen
Walrus face à Arweave
#walrus $WAL Le Paradigme de la Permanence : Walrus face à Arweave
Arweave garantit un stockage de 200 ans en payant une "dotation" initiale. C'est parfait pour l'histoire de l'humanité, mais extrêmement coûteux pour une vidéo 4K de 2 Go.
L'innovation de Walrus :
Redondance intelligente :
Au lieu de copier le fichier entier 100 fois (ce qui coûte cher), Walrus utilise des codes d'effacement. Il découpe le fichier en fragments. Si vous avez 100 fragments et que vous en perdez 30, vous pouvez toujours reconstruire le fichier original à 100%.
Coût réduit :
Cette méthode permet d'être beaucoup plus efficace sur le plan matériel, ce qui se traduit par des frais de stockage (en tokens WAL) bien inférieurs à ceux d'Arweave pour les fichiers volumineux.
Cet article explore la notion de "stockage permanent". Arweave a popularisé le concept du "permaweb", mais à un coût d'entrée souvent élevé pour les fichiers volumineux. Walrus propose une alternative plus flexible.
Au lieu de forcer une réplication totale de chaque fichier sur chaque nœud (le modèle coûteux d'Arweave), Walrus utilise des codes d'effacement (erasure coding) de pointe. Cette technologie permet de fragmenter les données de manière intelligente : même si une grande partie des nœuds du réseau tombe en panne, le fichier reste reconstructible. Cela permet au token WAL de proposer des tarifs bien plus compétitifs pour le stockage de fichiers multimédias lourds (vidéos, images HD) que les solutions de permanence pure.@WalrusProtocol
Arweave garantit un stockage de 200 ans en payant une "dotation" initiale. C'est parfait pour l'histoire de l'humanité, mais extrêmement coûteux pour une vidéo 4K de 2 Go.
L'innovation de Walrus :
Redondance intelligente :
Au lieu de copier le fichier entier 100 fois (ce qui coûte cher), Walrus utilise des codes d'effacement. Il découpe le fichier en fragments. Si vous avez 100 fragments et que vous en perdez 30, vous pouvez toujours reconstruire le fichier original à 100%.
Coût réduit :
Cette méthode permet d'être beaucoup plus efficace sur le plan matériel, ce qui se traduit par des frais de stockage (en tokens WAL) bien inférieurs à ceux d'Arweave pour les fichiers volumineux.
Cet article explore la notion de "stockage permanent". Arweave a popularisé le concept du "permaweb", mais à un coût d'entrée souvent élevé pour les fichiers volumineux. Walrus propose une alternative plus flexible.
Au lieu de forcer une réplication totale de chaque fichier sur chaque nœud (le modèle coûteux d'Arweave), Walrus utilise des codes d'effacement (erasure coding) de pointe. Cette technologie permet de fragmenter les données de manière intelligente : même si une grande partie des nœuds du réseau tombe en panne, le fichier reste reconstructible. Cela permet au token WAL de proposer des tarifs bien plus compétitifs pour le stockage de fichiers multimédias lourds (vidéos, images HD) que les solutions de permanence pure.@WalrusProtocol
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