THE CRYPTOO QUEEN

Walrus is a crypto project created for people who value stability honesty and long term purpose. It is designed to move forward with care rather than rush into noise. Walrus believes real progress comes from understanding not guessing. The project gives space for users to learn explore and grow at their own pace. Community plays a central role where every voice matters and support is shared openly. Like the animal it is named after Walrus is calm strong and resilient in changing environments. The project focuses on simple design transparent direction and steady improvement. It avoids empty promises and focuses on building trust through actions. Walrus aims to become a place where people feel comfortable staying involved over time creating value through patience belief and collective effort.understanding not guessing. The project gives space for users to learn explore and grow at their own pace. Community plays a central role where every voice matters and support is shared openly. Like the animal it is named after Walrus is calm strong and resilient in changing environments. @Walrus 🦭/acc $WAL #walrus

Walrus also known as WAL is a digital token created for the Walrus protocol.It plays a key role inside a growing decentralized ecosystem focused on privacy trust and user control.The Walrus protocol was built to give people a safer way to interact on the blockchain.In a world where data is often tracked shared and controlled by large platforms Walrus offers a calmer alternative.It allows users to move value store data and interact with applications without giving up their privacy.At its heart Walrus is about protecting users.Transactions are designed to stay private while still being secure and verifiable.This helps people feel confident when using decentralized applications for daily needs or long term projects.WAL tokens are used across the ecosystem.They help users take part in governance where decisions are made together by the community.This means no single authority controls the future of the protocol.Instead users who believe in the project help guide its direction.Staking is another important part of Walrus.By staking WAL tokens users help support the network and keep it running smoothly.In return they can earn rewards over time which encourages long term participation.Walrus also focuses strongly on decentralized storage.Rather than keeping data in one place it spreads information across many nodes.This makes the system stronger more reliable and harder to shut down.The protocol runs on the Sui blockchain which is known for speed and efficiency.This allows Walrus to handle large amounts of data without slowing down.Advanced methods like erasure coding and blob storage are used to manage big files.Data is split stored and protected across the network.Because of this design even if some parts of the network fail the data remains safe.This creates a censorship resistant system that respects user freedom.Walrus is useful for developers businesses and individuals.It supports applications that need private data secure storage and decentralized access.It also appeals to people looking for alternatives to traditional cloud services.In simple terms Walrus is about balance.It combines privacy security and decentralization in a smooth and user friendly way.As digital life continues to grow Walrus offers a quiet strong foundation for a more open @Walrus 🦭/acc
$WAL #walrus

The WAL token sits at the heart of Walrus’ privacy-first ecosystem on Sui, acting simultaneously as a medium of exchange, a governance instrument, and a staking asset that powers network security. Unlike traditional tokens that primarily serve as speculative instruments, $WAL is designed to deliver functional utility across multiple layers of the protocol. Payments within dApps on Walrus are seamless, enabling frictionless transfer of value while preserving user privacy through on-chain confidentiality features. Staking WAL strengthens the network by securing consensus and providing verifiable proofs that underpin the platform’s decentralized storage and transaction layers. Governance is also anchored in WAL: token holders can propose, debate, and vote on protocol upgrades, fee adjustments, and ecosystem incentives, ensuring that decision-making reflects the interests of participants rather than external actors. By consolidating payment, staking, and governance into a single token, Walrus reduces friction and encourages holistic engagement, allowing the community to internalize network growth and security as they interact with DeFi applications on Sui. The design demonstrates a careful balance between utility, economic alignment, and privacy preservation, highlighting a model where tokens do more than circulate—they sustain and guide the ecosystem. For users and developers, WAL represents not just access to financial tools but participation in a self-governing, resilient, and privacy-conscious DeFi infrastructure.@Walrus 🦭/acc acc $WAL #walrus

A few years ago I lost a client project because a file disappeared from a well known platform. No warning. No explanation. One day the link worked. The next day it did not. The client was upset. I felt stuck. I kept refreshing the page like that would somehow bring it back.
It never did.
What stayed with me was not the missing file. It was the loss of trust. That moment teaches you something fast. Uploading a file does not mean you own it. Real storage means peace of mind. Knowing your work will still exist tomorrow next month and years from now.
That experience reshapes how you think. It becomes a mental reference point. And that is how mindshare is created through pain not promotion.
Why a Blob on Walrus Feels Different
Walrus approaches storage differently. A blob is not treated like a temporary upload. It is designed to stay present.
Your file is split into pieces and spread across the network. No single machine controls it. No single failure can erase it. That alone changes how it feels to store something important.
The file is tracked verified and continuously checked. It cannot quietly disappear. Even if parts of the network go offline the blob can still be rebuilt and accessed. Reliability is not a feature here. It is the foundation.
WAL is used to pay for storage and uploads. SUI handles the small blockchain actions that prove the file exists and has not been altered. Think of it as a permanent proof of existence. That kind of certainty stays in your mind.
A Use Case That Actually Sticks
Imagine a creator working with clients across different countries. Deadlines are tight and trust is everything. Sending links that might expire creates stress for both sides.
So the creator stores everything as a blob on Walrus.
One reference. Same result every time.
Small files include extra information so they cost a bit more. Grouping them together is the creative move. Reusing storage space saves money. Larger files cost more because they take more space but the rules are clear and predictable.
When storage stops surprising you it becomes invisible. And invisible tools are the ones people remember and rely on.
Honest Opinion
Blobs on Walrus feel like storage built by people who have learned the hard way. People who know that once trust is broken it is almost impossible to win back.
This is built for work that matters. For data you cannot afford to lose. For creators developers and teams who want clarity instead of anxiety.
This is not just uploading a file and hoping for the best.
This is storage that earns mindshare by being dependable.
This is storage you can actually trust.
#walrus $WAL @WalrusProtocol

fighting loud for notice, the biggest real changes usually happen down low, from the core building pieces nobody shouts about. One of those slow-building shifts I'm noticing more in the Sui scene is @Walrus 🦭/acc getting stronger. While a bunch of people are busy with short-lived meme spikes or tiny improvements on older chains, Walrus is steadily becoming this key spot for keeping data ready and available—a huge quiet player that's going to affect Sui's growth and true spread-out nature a lot. These recent small but meaningful chain activities and team hints are starting to form a clear story if you're looking close. They're putting out that "Red Stuff" encoding tech in a thoughtful way, and it's not only a feature—it's what makes them different by keeping data super safe from loss and way cheaper to hold.No empty talk, just tackling the basic fears devs have about things vanishing or expenses climbing, with real improvements like holding stuff up to 100 times better than regular full copies. How they're handling the message is clever too—no wild claims, just giving builders actual tools to push further. From watching network joins and first project links, devs seem to be trusting it more as time goes. Folks creating advanced apps on Sui, especially ones needing lots of data like AI tools, gaming, large NFT sets—they're running into limits with standard storage. Walrus clears the path, lets them expand without choking. The $WAL token's not a bet chip; it's blending right into how new apps run, making this cycle where worth comes from proper everyday use. Looking close at chain numbers, there's consistent holding and smart staking from people who get the long game, not random quick flips. Way different from the wild swings on shakier stuff. Seems like those in the know see Walrus as pretty much needed for Sui to work right. Also, those little roadmap clues about connecting data across chains point to Sui's fast side really shining with Walrus managing storage everywhere, opening up ties to other places. The low-key approach, sticking to essentials, and what's showing on-chain—it all points to a project not after quick fame but setting deep foundations. If you're into spotting true progress in crypto, Walrus isn't only worth noting; it's a vital chunk of the coming Web3 picture, ready to be the main data support helping Sui reach what it can really do. The force isn't just rising—it's set to shift everything around it. @Walrus 🦭/acc #walrus $WAL

When you ask ChatGPT a question, sometimes the answer you get is very short but deep, just like the one shown in the image above. The question was about making a storage network trustless and censorship-resistant, and ChatGPT replied simply:
@Walrus 🦭/acc “Sorry, Walrus was already built this way.” #walrus
$WAL So why ChatGPT replying like this? The reason is not random. It is because Walrus (WAL) protocol was already designed from the beginning to solve that exact problem.
Walrus (WAL) is the native cryptocurrency token used inside the Walrus protocol. This protocol is part of the decentralized finance (DeFi) world, and it focuses more on secure, private, and decentralized data interactions. Unlike normal cloud storage where one company controls everything, Walrus works in a distributed way, meaning no single authority can censor or block your data easily.
The Walrus protocol allows users to interact with decentralized applications (dApps), participate in governance, and also do staking activities. All of this is done without trusting a central middleman. That is why when someone ask if it can be trustless, the answer is basically “it already is.”
Another important point is that Walrus is built on the Sui blockchain. It uses advanced technology like erasure coding and blob storage to break large files into pieces and spread them across many nodes in the network. This makes the storage more secure, more efficient, and very hard to shut down or censor.
Because data is distributed, no single node has full control. Even if some nodes go offline, the data can still be recovered. This design makes Walrus suitable for enterprises, developers, and normal individuals who want decentralized alternatives instead of traditional cloud services like Google Drive or AWS.
So in simple words, ChatGPT replied that way because the question was already answered by the design of Walrus itself. Walrus was not created yesterday to fix censorship issues, it was built from the ground with that goal in mind. That is why $WAL is getting attention, especially from people who care about privacy, freedom of data, and decentralization.
In the end, the image message is not a joke. It is a reminder that some protocols are already living in the future, while others are still asking how to get there.

When you ask ChatGPT a question, sometimes the answer you get is very short but deep, just like the one shown in the image above. The question was about making a storage network trustless and censorship-resistant, and ChatGPT replied simply:
“Sorry, Walrus was already built this way.”
So why ChatGPT replying like this? The reason is not random. It is because Walrus (WAL) protocol was already designed from the beginning to solve that exact problem.
Walrus (WAL) is the native cryptocurrency token used inside the Walrus protocol. This protocol is part of the decentralized finance (DeFi) world, and it focuses more on secure, private, and decentralized data interactions. Unlike normal cloud storage where one company controls everything, Walrus works in a distributed way, meaning no single authority can censor or block your data easily.
The Walrus protocol allows users to interact with decentralized applications (dApps), participate in governance, and also do staking activities. All of this is done without trusting a central middleman. That is why when someone ask if it can be trustless, the answer is basically “it already is.”
Another important point is that Walrus is built on the Sui blockchain. It uses advanced technology like erasure coding and blob storage to break large files into pieces and spread them across many nodes in the network. This makes the storage more secure, more efficient, and very hard to shut down or censor.
Because data is distributed, no single node has full control. Even if some nodes go offline, the data can still be recovered. This design makes Walrus suitable for enterprises, developers, and normal individuals who want decentralized alternatives instead of traditional cloud services like Google Drive or AWS.
So in simple words, ChatGPT replied that way because the question was already answered by the design of Walrus itself. Walrus was not created yesterday to fix censorship issues, it was built from the ground with that goal in mind. That is why $WAL is getting attention, especially from people who care about privacy, freedom of data, and decentralization.
In the end, the image message is not a joke. It is a reminder that some protocols are already living in the future, while others are still asking how to get there.
@Walrus 🦭/acc

Investment Thesis
Walrus Protocol offers a pioneering data storage solution on the Sui ecosystem with low storage costs. It addresses the challenge of storing large data files, PDFs, and images, particularly AI and 3D data, which the market has yet to effectively achieve on blockchain.
Total Raised Funds: $140M from Tier 1 Funds.
Funding was secured through a token sale at $0.4 per token to prominent funds like A16z and Franklin Templeton, valuing the Fully Diluted Valuation (FDV) at $2B USD on paper. The project is directly developed and funded by its parent company, Mysten Labs.
Tokenomics: Strong in the short term but potentially less promising long term. In the first year, only 1% of the total supply unlocks per month (~$13M USD). Compared to a 24-hour trading volume of $100M, the selling pressure is insignificant, and there is no immediate selling pressure from investors. However, risks may arise from strategies to educate the community and airdrops to other projects on $WAL .
$WAL Price Potential: Driven by key catalysts in 2025. Lower actual circulating supply than reported (supply squeeze) initiated by the project in the short term. Expansion of the Walrus Data Storage platform with integrations on other Layer 1 blockchains like Solana and Ethereum. The boom of 3D Gaming & AI and Payments on the Sui ecosystem -> direct use cases driving $WAL ’s price increase.
2. Overview
Walrus Protocol is a decentralized data storage project designed for cost-effective and high-performance storage of large binary files (blobs). It utilizes a proprietary Red Stuff encoding technology, based on fountain codes, to achieve significantly lower storage costs compared to solutions like Filecoin.
Built on the Sui blockchain, Walrus launched its mainnet on March 27, 2025, with the aim of supporting web3 applications such as NFTs, AI Data, and SocialFi.

2.1. Team
Evan Cheng – Co Founder/CEO Mysten Labs
Possessing over 20 years of experience in the software and infrastructure systems industry, with a notable track record in programming languages, compilers, and performance optimization.He has held senior leadership positions at major corporations such as Apple and Facebook.At Novi Financial (Meta), serving as the Director of R&D, he demonstrated an ability to balance academic research with practical application.

Sam Blackshear – Co-Founder/CTO Mysten Labs
The creator of the Move programming language, specifically designed for blockchain development. Initially conceived for Meta’s Libra/Diem project, Move later became the core foundational technology of the Sui Blockchain.Prior to Mysten Labs, he served as a Principal Engineer at Meta (2015–2021), where he was a key contributor to Libra/Diem – a global stablecoin initiative.

Adeniyi Abiodun – Co Founder/CPO Mysten Labs
Former Product Lead at Novi (Crypto) – Meta (Facebook) @Walrus 🦭/acc $WAL Novi Crypto Platform – Facebook’s wallet and payment platformCollaborated with Sam Blackshear to help build the current Move #walrus

Investment Thesis
Walrus Protocol offers a pioneering data storage solution on the Sui ecosystem with low storage costs. It addresses the challenge of storing large data files, PDFs, and images, particularly AI and 3D data, which the market has yet to effectively achieve on blockchain.
Total Raised Funds: $140M from Tier 1 Funds.
Funding was secured through a token sale at $0.4 per token to prominent funds like A16z and Franklin Templeton, valuing the Fully Diluted Valuation (FDV) at $2B USD on paper. The project is directly developed and funded by its parent company, Mysten Labs.
Tokenomics: Strong in the short term but potentially less promising long term. In the first year, only 1% of the total supply unlocks per month (~$13M USD). Compared to a 24-hour trading volume of $100M, the selling pressure is insignificant, and there is no immediate selling pressure from investors. However, risks may arise from strategies to educate the community and airdrops to other projects on $WAL.
$WAL Price Potential: Driven by key catalysts in 2025. Lower actual circulating supply than reported (supply squeeze) initiated by the project in the short term. Expansion of the Walrus Data Storage platform with integrations on other Layer 1 blockchains like Solana and Ethereum. The boom of 3D Gaming & AI and Payments on the Sui ecosystem -> direct use cases driving $WAL’s price increase.
2. Overview
Walrus Protocol is a decentralized data storage project designed for cost-effective and high-performance storage of large binary files (blobs). It utilizes a proprietary Red Stuff encoding technology, based on fountain codes, to achieve significantly lower storage costs compared to solutions like Filecoin.
Built on the Sui blockchain, Walrus launched its mainnet on March 27, 2025, with the aim of supporting web3 applications such as NFTs, AI Data, and SocialFi.

2.1. Team
Evan Cheng – Co Founder/CEO Mysten Labs
Possessing over 20 years of experience in the software and infrastructure systems industry, with a notable track record in programming languages, compilers, and performance optimization.He has held senior leadership positions at major corporations such as Apple and Facebook.At Novi Financial (Meta), serving as the Director of R&D, he demonstrated an ability to balance academic research with practical application.

Sam Blackshear – Co-Founder/CTO Mysten Labs
The creator of the Move programming language, specifically designed for blockchain development. Initially conceived for Meta’s Libra/Diem project, Move later became the core foundational technology of the Sui Blockchain.Prior to Mysten Labs, he served as a Principal Engineer at Meta (2015–2021), where he was a key contributor to Libra/Diem – a global stablecoin initiative.

Adeniyi Abiodun – Co Founder/CPO Mysten Labs
Former Product Lead at Novi (Crypto) – Meta (Facebook)Novi Crypto Platform – Facebook’s wallet and payment platformCollaborated with Sam Blackshear to help build the current Move e

Introduction
Walrus Protocol is a modular data availability (DA) layer that aims to solve one of the most critical bottlenecks in blockchain scalability: reliable and cost-efficient data availability. Built with the Cosmos SDK and leveraging Celestia’s blobstream technology, Walrus focuses on serving both general-purpose chains and app-specific rollups by offering faster finality and reduced costs compared to existing DA layers.
Positioned as a core infrastructure piece for the modular blockchain future, Walrus brings innovation through its built-in staking mechanisms, flexible validator incentives, and a robust ecosystem model. Its strategic design aims to align with the needs of L2s, L3s, and sidechains that require highly performant, secure, and economically sustainable data availability.
Problem Statement
High Cost of Data Availability
Most rollups and modular chains depend on Ethereumor similar base layers for data availability, which comes at a high cost. Ethereum’s calldata is expensive, limiting the economic feasibility of on-chain apps and layer-2 solutions.Finality Delays and Latency
Rollups relying on Ethereum inherit its relatively slow finality times. This limits real-time applications, cross-chain bridging, and user experience in sectors like DeFi and gaming.Validator Misalignment and Centralization
Current DA solutions suffer from weak validator incentive structures. Without strong economic alignment, the network becomes prone to centralization and poor liveness guarantees.Fragmented Ecosystem Support
Many DA solutions are either too general or highly specialized, lacking flexibility. This leads to limited integration support across diverse rollup architectures and toolchains.Lack of Sustainable Revenue Models
DA platforms struggle with long-term economic sustainability, especially when transaction fees fail to cover operational and security costs.
Solutions Provided by Walrus Protocol
Low-Cost DA Layer via Celestia Blobstream
Walrus leverages blobstream from Celestia to reduce the cost of posting data. By offloading expensive calldata to Celestia while still verifying data roots on Ethereum or Cosmos, Walrus dramatically reduces the cost for rollups.Fast Finality with Cosmos SDK and Optimistic Confirmations
Walrus is built on the Cosmos SDK, enabling it to offer near-instant finality using Tendermint consensus. Optimistic confirmation layers further reduce perceived finality delays, improving UX and bridging.Validator Alignment Through Dual Staking
The protocol supports dual staking models (native WAL token + external chains), incentivizing validators to act honestly across the network while remaining financially invested in ecosystem security.Flexible Modular Architecture
Walrus supports both general-purpose and specialized rollups, allowing easy integration via standard APIs. Its support for IBC further expands interoperability, making it suitable for Cosmos-native and EVM chains alike.Built-in Fee Redistribution and Sustainability Mechanisms
Walrus incorporates protocol-level fee splits and inflationary rewards, redistributing a portion to validators and DA clients. This ensures long-term economic alignment between users, rollups, and infrastructure providers.
Problem-Solution Chart
Problems
High Cost of Data Availability: Most rollups rely on Ethereum for data availability, making calldata prohibitively expensive for scalable application use.
Finality Delays and Latency: Ethereum’s slow finality time hampers real-time dApps, cross-chain bridging, and user experience in fast-paced sectors.
Validator Misalignment and Centralization: Weak incentive models lead to poor validator participation and network centralization risks.
Fragmented Ecosystem Support: Existing DA platforms lack the flexibility to support diverse rollup needs and architectures efficiently.
Lack of Sustainable Revenue Models:Many DA solutions struggle to cover operating costs, threatening long-term viability. @Walrus 🦭/acc #walrus $WAL
Solutions
Low-Cost DA Layer via Celestia Blobstream: Walrus reduces data costs by offloading calldata to Celestia while verifying data roots on Ethereum or Cosmos.
Fast Finality with Cosmos SDK and Optimistic Confirmations: Near-instant finality via Tendermint and optimistic confirmations enhances bridging and app responsiveness.
Validator Alignment Through Dual Staking: Dual staking with native and external tokens promotes validator honesty and ecosystem security.
Flexible Modular Architecture: Walrus supports both general and specialized rollups via APIs and IBC, offering cross-ecosystem interoperability.
Built-in Fee Redistribution and Sustainability: Protocol-level fee sharing and rewards ensure long-term viability for validators and DA clients alike.

Data storage plays a vital role in our daily lives. From personal photos to important business documents, we depend on storage solutions to keep our information safe and accessible. However, traditional storage methods have significant limitations, especially in areas like security, scalability, and decentralisation.
The Walrus Protocol is designed to address these limitations by offering a decentralised, scalable, and cost-effective solution for storing large binary objects, known as “blobs.” This protocol leverages blockchain technology to provide secure, efficient, and reliable data storage, ensuring users maintain full control over their information.
But what makes the Walrus Protocol different from other storage solutions? To answer this question, let’s delve into its technical architecture, key features, and practical applications. This article provides a comprehensive breakdown of the Walrus Protocol, explaining its unique capabilities and real-world uses.

Overview of Walrus Protocol
Launched in 2024 and developed by Mysten Labs, the Walrus Protocol is a decentralised storage and data availability solution built on the Sui blockchain, currently available only in a testing phase. It is specifically designed to handle large binary files, such as videos, images, and PDFs, in a secure, efficient, and cost-effective manner. @Walrus 🦭/acc #walrus $WAL
Unlike traditional cloud storage services that rely on centralised servers, Walrus distributes data across a network of nodes. This decentralised approach enhances security, reduces the risk of data loss, and ensures users can access their files anytime, anywhere.
Traditional blockchain storage faces challenges due to the need for full data replication across all validators, resulting in high redundancy, limited scalability, and inefficiency, especially for large files. Walrus overcomes these challenges by implementing erasure coding. This technique breaks data into smaller fragments while maintaining redundancy, allowing recovery even when some nodes are unavailable.
By using a decentralised network of storage nodes, Walrus minimises storage overhead while preserving data integrity and availability. The protocol works seamlessly with the Sui blockchain to manage coordination, proof of data availability, and payment transactions. This combination makes Walrus a robust, scalable, and cost-effective solution suitable for a wide range of applications, which we will explore in more detail later.
The Technical Architecture of Walrus Protocol
The Walrus Protocol is designed to ensure secure and reliable file storage, even in cases of network failures or malicious attacks. Its architecture consists of three key components:
Users: Individuals or applications that store and retrieve files, similar to library visitors borrowing or returning books.Storage Nodes: Computers that store file fragments, which are strategically distributed to enable redundancy and recovery.Sui Blockchain: The system’s central coordinator, much like a library’s management software, which organises file storage, processes transactions, and ensures efficient operation.
How File Storage Works
When a user uploads a file, the system applies erasure coding, a process that divides the file into smaller pieces called “slivers.” Unlike a traditional library where books are stored in whole, Walrus stores transformed data fragments along with additional “repair data,” which allows reconstruction even if parts are lost. These slivers are then distributed across multiple storage nodes, ensuring that no single node contains the entire file.
The Sui Blockchain keeps track of where each sliver is stored and manages payments to storage nodes for their services. If a user requests a file, the system retrieves enough slivers from different nodes to reconstruct the original file even if some fragments are missing or corrupted.
Security and Reliability
To enhance security, the Walrus Protocol uses Merkle trees to verify data integrity. It also incorporates fault-tolerant mechanisms that allow file recovery even if up to two-thirds of storage nodes become unavailable or compromised.
By distributing files across multiple nodes and using blockchain for coordination, the Walrus Protocol eliminates single points of failure. This decentralised approach significantly strengthens the system’s resilience against attacks and data loss.
Key Features of Walrus Protocol
The Walrus Protocol offers notable features that distinguish it from other storage systems, including:

Decentralised Storage: Walrus distributes data across multiple storage nodes, eliminating reliance on a single central server. This decentralisation enhances data availability and security.Cost Efficiency: Through advanced techniques like erasure coding, Walrus reduces storage costs. Instead of duplicating entire files, it breaks them into smaller pieces, storing these fragments across different nodes. This method ensures data can be reconstructed even if some nodes fail, all while minimising storage overhead.High Availability and Reliability: Walrus Protocol ensures that users data is always accessible, even in extreme situations. It achieves this by replicating data across a subset of nodes, enhancing reliability, availability, and resistance to censorship.Epoch-Based Operations: The network operates in defined time periods called epochs. During each epoch, a committee of storage nodes is responsible for storing and managing data. This structure ensures that the network remains efficient and that responsibilities are clearly defined among nodes.

storage plays a vital role in our daily lives. From personal photos to important business documents, we depend on storage solutions to keep our information safe and accessible. However, traditional storage methods have significant limitations, especially in areas like security, scalability, and decentralisation.
The Walrus Protocol is designed to address these limitations by offering a decentralised, scalable, and cost-effective solution for storing large binary objects, known as “blobs.” This protocol leverages blockchain technology to provide secure, efficient, and reliable data storage, ensuring users maintain full control over their information.
But what makes the Walrus Protocol different from other storage solutions? To answer this question, let’s delve into its technical architecture, key features, and practical applications. This article provides a comprehensive breakdown of the Walrus Protocol, explaining its unique capabilities and real-world uses.
Press enter or click to view image in full size
A scalable and efficient Decentralised storage solution
Overview of Walrus Protocol
Launched in 2024 and developed by Mysten Labs, the Walrus Protocol is a decentralised storage and data availability solution built on the Sui blockchain, currently available only in a testing phase. It is specifically designed to handle large binary files, such as videos, images, and PDFs, in a secure, efficient, and cost-effective manner.
Unlike traditional cloud storage services that rely on centralised servers, Walrus distributes data across a network of nodes. This decentralised approach enhances security, reduces the risk of data loss, and ensures users can access their files anytime, anywhere.
Traditional blockchain storage faces challenges due to the need for full data replication across all validators, resulting in high redundancy, limited scalability, and inefficiency, especially for large files. Walrus overcomes these challenges by implementing erasure coding. This technique breaks data into smaller fragments while maintaining redundancy, allowing recovery even when some nodes are unavailable.
By using a decentralised network of storage nodes, Walrus minimises storage overhead while preserving data integrity and availability. The protocol works seamlessly with the Sui blockchain to manage coordination, proof of data availability, and payment transactions. This combination makes Walrus a robust, scalable, and cost-effective solution suitable for a wide range of applications, which we will explore in more detail later.
The Technical Architecture of Walrus Protocol
The Walrus Protocol is designed to ensure secure and reliable file storage, even in cases of network failures or malicious attacks. Its architecture consists of three key components:
Users: Individuals or applications that store and retrieve files, similar to library visitors borrowing or returning books.
Storage Nodes: Computers that store file fragments, which are strategically distributed to enable redundancy and recovery.
Sui Blockchain: The system’s central coordinator, much like a library’s management software, which organises file storage, processes transactions, and ensures efficient operation.
How File Storage Works
When a user uploads a file, the system applies erasure coding, a process that divides the file into smaller pieces called “slivers.” Unlike a traditional library where books are stored in whole, Walrus stores transformed data fragments along with additional “repair data,” which allows reconstruction even if parts are lost. These slivers are then distributed across multiple storage nodes, ensuring that no single node contains the entire file.
The Sui Blockchain keeps track of where each sliver is stored and manages payments to storage nodes for their services. If a user requests a file, the system retrieves enough slivers from different nodes to reconstruct the original file even if some fragments are missing or corrupted.
Security and Reliability
To enhance security, the Walrus Protocol uses Merkle trees to verify data integrity. It also incorporates fault-tolerant mechanisms that allow file recovery even if up to two-thirds of storage nodes become unavailable or compromised.
By distributing files across multiple nodes and using blockchain for coordination, the Walrus Protocol eliminates single points of failure. This decentralised approach significantly strengthens the system’s resilience against attacks and data loss.
Key Features of Walrus Protocol
The Walrus Protocol offers notable features that distinguish it from other storage systems, including:
Press enter or click to view image in full size
Key Features of Walrus Protocol
Decentralised Storage: Walrus distributes data across multiple storage nodes, eliminating reliance on a single central server. This decentralisation enhances data availability and security.
Cost Efficiency: Through advanced techniques like erasure coding, Walrus reduces storage costs. Instead of duplicating entire files, it breaks them into smaller pieces, storing these fragments across different nodes. This method ensures data can be reconstructed even if some nodes fail, all while minimising storage overhead.
High Availability and Reliability: Walrus Protocol ensures that users data is always accessible, even in extreme situations. It achieves this by replicating data across a subset of nodes, enhancing reliability, availability, and resistance to censorship.
Epoch-Based Operations: The network operates in defined time periods called epochs. During each epoch, a committee of storage nodes is responsible for storing and managing data. This structure ensures that the network remains efficient and that responsibilities are clearly defined among nodes.
Practical Applications and Use Cases of the Walrus Protocol
The Walrus Protocol is being used in different industries, from media to decentralised applications and NFT marketplaces. Below are some practical applications and real-world use cases that demonstrate how the Walrus Protocol is making an impact.
Decrypt: One notable implementation of the Walrus Protocol is its adoption by Decrypt, a Web3 media company. Decrypt plans to utilise Walrus for uploading and storing its content, demonstrating the protocol’s capability to handle large volumes of media data efficiently. This use case highlights Walrus’s potential in supporting media companies that require decentralised storage solutions for their content.
Walrus Sites: Walrus Sites is an application of the protocol that enables the creation of decentralised frontends. This feature allows developers to build decentralised applications (dApps) with robust and scalable storage solutions. Walrus Sites can be linked to Sui objects, such as NFTs, and leverage Sui’s programmability for backend functionality, providing a comprehensive solution for decentralised web application development.
Tusky: A key implementation of the Walrus Protocol is its integration with Tusky, a privacy-focused platform for decentralised content storage. Acting as a seamless gateway to Walrus, Tusky simplifies file uploads for NFTs, website assets, and other digital content. This highlights Walrus’s potential in providing secure, efficient, and scalable decentralised storage solutions for users and businesses seeking reliable data management.
TradePort: Another practical implementation of the Walrus Protocol is its integration with TradePort, a multichain NFT marketplace. TradePort aims to leverage Walrus’s robust storage capabilities to store metadata for all NFT projects within its Move-based ecosystem. By utilising Walrus, TradePort ensures secure and efficient storage for both its existing NFT collections and new projects launched through its platform, highlighting the protocol’s reliability in supporting NFT infrastructure.
Potential Future Applications of Walrus Protocol
Walrus Protocol can be applied in various other scenarios :
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Practical Applications of the Walrus protocol
Media Storage: Users can store large files like videos and images that exceed the capacity of traditional blockchain systems. This ensures efficient, decentralised storage without the high costs or limitations of on-chain alternatives.
Blockchain Archiving: The protocol allows for the archival storage of ledger data from various blockchains.
AI Datasets: AI applications can also benefit from the Walrus Protocol, as it supports live-streaming data and training datasets. By providing a decentralised and scalable storage solution, it enhances the performance and reliability of machine learning models that require vast amounts of data for training.
Web Hosting: Users can host decentralised websites that are accessible from any browser without relying on centralised servers.
The Walrus Protocol Tokenomics
The Walrus Protocol relies on its native token, WAL, to power its ecosystem. WAL serves as the primary currency within the protocol, enabling users to pay for file storage and rewarding those who help maintain the network. To accommodate smaller transactions, WAL can be divided into smaller units called FROST, where one WAL equals one billion FROST.
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One of the key functions of WAL is staking. Users can stake with any registered storage node, affecting that node’s voting weight. Staked WAL tokens also contribute to forming the epoch committee, which oversees network operations during a specific period.
In addition to staking, WAL tokens are used to pay for data storage on the Walrus network, much like paying for cloud storage services. At the end of each epoch, participants including storage node operators and stakers receive WAL token rewards for their contributions, incentivising active involvement in the network.
Beyond payments and rewards, WAL also grants governance rights. Token holders can vote on important decisions related to network upgrades and parameters, ensuring a decentralised, community-driven approach to the protocol’s development. This system not only improves storage efficiency and accessibility but also encourages users to actively support and maintain the network.
Significant Milestones and Achievements of the Walrus Protocol
Since its launch, Walrus Protocol has reached several significant milestones, showcasing its growth and impact in the Web3 space.
One of its most impactful initiatives was the “Breaking the Ice” Devnet Hackathon, launched on August 13, 2024. This event welcomed developers of all skill levels to build innovative projects on the Walrus platform, exploring diverse use cases such as decentralised applications and media storage interfaces. The community actively participated in shortlisting projects, with each shortlisted team receiving $500. The final winners shared a $30,000 prize pool, allowing developers to gain recognition and credibility within the Walrus ecosystem.
The hackathon attracted over 200 developers and led to the recognition of ten outstanding projects utilising Walrus’ decentralised storage network. The winners included:
Sui Meet — A Web3 matchmaking platform
Cyferio — A privacy-focused computation platform
Sui-ai-agents — A decentralised AI network
Walrus Share — A file-sharing application
SecretLink — A secure, encrypted storage solution
Doomsday Protocol — An AI-driven strategic card game
DriftBottle, SuiS3, SuiPet, and de-docker-hub — Projects showcasing the versatility of Walrus’ infrastructure
Before the official announcement, a user on X (formerly Twitter) highlighted several other promising projects, including:
Cable — an encrypted messaging app
Suitizen — an on-chain identity initiative
Jar Jar File Storage — a decentralised file storage solution
Blob Vault — a secure file encryption platform
Walrus Wayback — a website archiving tool
Suitok — a platform for video creators
These projects highlight the creativity and technical capabilities of the Web3 community while showcasing the potential of decentralised technology within the Walrus ecosystem.
Following the success of the hackathon, Walrus launched its public Testnet on September 17, 2024. This phase introduced several key features, including API endpoints for deletable blobs, a data explorer developed by Staketab, and a tokenomics ecosystem for WAL, featuring staking and rewards. Additionally, Mysten Labs developed a staking app to enhance user engagement within the network.
In addition to these technical advancements, Walrus expanded its ecosystem with the launch of SnowReads, a decentralised digital library. This platform provides open access to a vast collection of scientific papers in fields such as economics, computer science, and physics, utilising Walrus’ decentralised storage for efficient and reliable archival.
Encouraging Community Engagement
Walrus has also actively engaged its community through various initiatives, including a meme contest launched on January 22, 2025, with a total prize pool of 955 SUI. At the time of the announcement, one SUI token was valued at $4, according to CoinMarketCap. The contest aimed to encourage creativity and humour while strengthening community participation.
Strategic Partnerships Driving Growth
Beyond these milestones, Walrus has forged strategic partnerships to expand its reach and utility. One of its key partners is Sui, which supports scalable smart contracts for seamless computing. On December 6, 2024, Walrus announced another major partnership with Creditcoin and Spacecoin, aimed at launching a groundbreaking DeFi project to enhance financial services and internet access in underserved regions worldwide.
More recently, on January 28, 2025, TradePort, a multichain NFT marketplace, partnered with Walrus to leverage its decentralised storage for NFT metadata within TradePort’s Move-based ecosystem.
Speaking on the partnership, Daniel Fritsche, Co-Founder of TradePort, stated:
“Object-based NFTs rise far above what the NFTs of the 2022 boom were able to achieve. Thanks to their innate structure, Sui and other Move chains enable dynamic and composable NFTs. Combined with programmable storage, NFT metadata becomes dynamic and responsive, unlocking new use cases.”
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Strategic Partnerships
These milestones and partnerships underscore Walrus Protocol’s continued growth, innovation, and commitment to advancing decentralised storage solutions while fostering a vibrant developer and user community.
Conclusion
Walrus Protocol offers a scalable, affordable, and effective alternative for traditional blockchain-based systems, marking an innovative change in decentralised storage. It guarantees high availability, lower replication costs, and security by utilising erasure coding, decentralised node storage, and connection with the Sui blockchain. The protocol is expected to develop into a key component of decentralised data storage, effectively enabling blockchain ecosystems and web3 apps.