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The process of deploying a static website with Walrus Sites entails storing the HTML, CSS, and JS files for your website on the Walrus network and building a "Site Object" on the Sui blockchain that refers to those files.
This expert, step-by-step tutorial will help you launch your first decentralized website. Requirements Make sure you have the following before you start:* The Sui Wallet SUI tokens (for gas fees) in a Sui wallet (such as Martian or Sui Wallet).* WAL Tokens: To cover storage costs, you must have $WAL . Note: You can obtain Testnet SUI from a faucet and exchange it for Testnet WAL if you are on the Testnet.* A folder holding your build files (such as index.html and style.css) is called a static website.
Use the dist or build folder after running npm run build if you're using a framework like React or Vue.* Command Line/Terminal Access: CLI commands will need to be executed.
Step 1: Install the Required Equipment The Walrus CLI (for interacting with storage) and the Walrus Sites CLI (for managing the website object) are your two main command-line tools. 1. Set up the Walrus CLI If you have Rust installed, you can build it from source or download the binary for your operating system from the official release page: Cargo install --locked --git https://github.com/MystenLabs/walrus-cli.git walrus-cli 2.Set up the Walrus Sites Builder This particular tool is used to package your website. Cargo install --git site-builder https://github.com/MystenLabs/walrus-sites.git
Step 2: Setting Up You must specify to the builder which network (Mainnet or Testnet) to deploy to and which wallet to use.* Make a Config Directory: mkdir -p ~/.config/walrus/* Make the Site Builder Config: In that directory, make a file called site-builder-config.yaml.
Both the Walrus network configuration and your wallet must be defined.* Advice: Usually located in ~/.sui/sui_config/sui.keystore, the configuration points to your generic Sui keystore.* Examine Your surroundings:Make sure the environment (such as Testnet) that your Walrus CLI is pointing to is correct.https://fullnode.testnet.sui.io:443 walrus config --full-node
Step 3: Setting Up the Website Deploying is surprisingly easy once your tools are configured.* Go to the folder on your website:Launch your terminal and type cd into the directory containing the code for your website.CD-R my-website/dist* Execute the Publish Command: To publish the directory, use the site-builder.publish the site-builder. --epochs 100The current directory is represented by the symbol . --epochs 100: Establishes the duration for which you are paying for storage (for example, 100 epochs). Verify the transaction:The cost in $WAL and $SUI will be determined by the CLI.Verify the transaction.
Step 4: Getting to Your Website The CLI will output a Sui Object ID (such as 0x123...abc) after the deployment is successful. This ID is the blockchain address of your website. You can use a Walrus Portal to view your website. Portals are gateways that convert a blockchain object into a website that can be viewed. Typical URL Format: https://<YOUR_OBJECT_ID>.walrus.site(Note: Depending on the gateway you use, the precise portal domain may change, such as wal.app or walrus.site.* Using a SuiNS Domain (Optional): You can connect your Walrus Site Object ID to a Sui Name Service domain, such as mysite.sui.
This enables users to access your website at https://mysite.sui.walrus.site. Why This Is Important In contrast to IPFS, where links may break if data isn't "pinned," Walrus Sites are assured to remain operational for the length of the epochs you have paid for. The website can be updated, modified, or even sold as an NFT because it is a programmable object on Sui rather than merely a file.
@Walrus 🦭/acc #walrus

Figuring out scale in blockchains always came down to two separate issues. One is how fast transactions run, handled now by systems such as Solana and Sui using parallel processing. The other lies in storing information, especially messy kinds like pictures, machine learning files, or website scripts. Speed improvements have moved forward, yet holding that kind of data still drags behind. Most solutions either copy it too many times - a costly move - or depend on big tech clouds acting as middlemen.
Something different happens with Walrus Protocol $WAL Instead of copying files over and over, it uses smart 2D coding to fix storage waste - unlike older systems such as Filecoin or Arweave. The method stands apart through precise math. Inside today’s Web3 setup, this piece looks at how Walrus works under the hood, pays for itself, and fits into bigger plans.
1. The Core Innovation Red Stuff 2D Erasure Coding
What made old decentralized storage systems slow wasn’t just how they worked - it was copying entire files again and again on different machines just to keep them safe. Ten times more copies meant ten times the space needed, simply because trust came at a price few noticed.
A secret method called Red Stuff is what Walrus uses. This approach relies on a system that spreads data across two dimensions for protection. The technique ensures information stays safe even if parts go missing. Implementation happens behind the scenes without user effort. Coding runs in patterns that guard against loss. Each piece gets stored in a way that allows recovery later. No extra steps are needed once it starts working.
Here's how it works: Walrus doesn’t duplicate files. It slices data into grid-shaped pieces called slivers
When a node drops out, standard 1D Reed-Solomon methods need retrieval equal to the full file. With Red Stuff’s two-dimensional layout, fixing missing pieces means pulling far less - just a slice of the whole data. That amount shrinks as more nodes join, following a pattern where transfer grows slower than file size. Instead of copying everything, only selected fragments are fetched. This shift cuts down how much moves across the system. Less movement adds up to quicker recovery. What changes is not the goal but how it's reached. Efficiency climbs because work spreads smarter, not harder.
Because Walrus reaches strong protection against bad actors while using just 4x or 5x data copies, it skips the heavy resource drain seen in older systems. That means less space used, so builders spend less on storage.
2. Programmable Storage with the Sui Object Model
Blobs saved in Walrus aren’t just files - they’re full citizens of the Sui network. While IPFS usually waits for requests, this system lives inside Sui’s structure from the start.
Built like containers, this setup makes storage flexible. Code in Move talks straight to saved information. With it, programs shape how data lives.
A fresh profile image appears when the network agrees - no middleman deciding. Outdated posts vanish after community-backed signals trigger change. Rules live where everyone sees them, written into code instead of stored behind closed doors. Decisions unfold directly on the blockchain, step by step. Trust comes not from promises but from visible actions piling up in plain sight.
A fresh take on hosting - Walrus keeps websites live without traditional servers. Instead of relying on AWS, everything runs straight from the network. Pages made of HTML, CSS, and JS load right inside your browser. That means no middleman holding things up. Most dApps still depend on centralized backbones, but this sidesteps that flaw quietly. The weak link often breaks elsewhere; here, it simply does not exist.
3. Economic Sustainability Through Intertemporal Storage Funds
When prices jump, keeping data stored gets too expensive. A sudden drop means those running nodes struggle to pay for equipment. Unstable token values create problems either way.
A fresh way to handle storage payments shows up in Walrus. Time-based value shapes how it works behind the scenes.
A chunk of money shows up when someone pays WAL to save files. That cash does not go straight to the nodes running now. It slides into a storage pot instead. Payouts trickle out bit by bit across each phase of the deal - epoch after epoch - the funds spread evenly as time moves.
Here’s how it works. A chunk of tokens - exactly one-tenth - is set aside right from the beginning. That part isn’t sold or given away freely. Instead, it steps in when things are just getting going. Think of early days, when hardly anyone uses the system yet. Users need space to store data, but there aren’t enough people paying for it. So this reserve chips in, covering part of the cost. Meanwhile, those running nodes still earn what they’d expect in a working economy. It balances things until more activity arrives. Growth takes time. This setup gives breathing room till then.
When more people need storage, they put WAL into special pools. This takes those tokens out of general circulation. The busier the network gets, the fewer tokens move around freely. Over time, heavy usage can make available supply shrink. What stays in wallets isn’t spent elsewhere. Usage shapes how much remains accessible. Less availability often follows higher activity levels.
4. Position within the AI framework
A fresh twist in today's market comes from mixing crypto with artificial intelligence. Sitting right at that point is Walrus, built like a storage hub for raw information in this space. Machines learning on their own need huge amounts of past examples - data that cannot change once set. When one company controls the server, someone could alter records or block access later.
Walrus sets up cheap, trustworthy storage so AI systems can show their training history. With data saved directly on the blockchain, anyone can check what information shaped a given model. This means proof comes through code, not claims - ensuring inputs were fair and fixed in place. What results is traceable learning, rooted in math rather than memory.
Conclusion
A fresh shape for Web3 data - Walrus changes the game. Instead of copying old cloud models, it rethinks delivery from the ground up. Repair gaps? Fixed through Red Stuff's lean method. Storage hooks straight into contracts thanks to Sui’s design. That mix unlocks apps with speed and full decentralization. Builders and backers gain not from noise, but real gains in math-backed efficiency. Performance once owned by big tech now fits inside an open network.
#walrus @WalrusProtocol

Speed took up ten years of our attention. Headlines in blockchain always shout numbers - how many deals each second, how quick blocks seal. Our dream? A worldwide machine outpacing even the fastest runner. That goal we reached. Yet while chasing pace, something quiet got dropped - the matter of mass.
Peek behind today’s web, and weight becomes obvious. Not mere scripts now. Think streams in ultra HD, oceans of machine-learning facts, intricate digital worlds for play, endless sharp artwork sold online. Here’s the snag: speed-focused chains such as Solana or Sui act like sprinters, not haulers. Load one with a mountain of files, and motion dies. Here lies crypto's quiet problem. The machine runs fine - yet something essential never got packed inside.
Here comes Walrus. It started with engineers at Mysten Labs - the people behind Sui - who wanted to fix how bloated systems can slow down decentralized networks. Storing everything directly on a blockchain? Too costly, too clunky. Yet tossing your data onto something like Amazon AWS means giving up control. Ownership fades when someone else holds the servers, even if his name is Jeff Bezos
Something called Walrus takes a different path. Instead of stacking duplicates, it breaks data apart using math. Most systems guard files by storing them many times over - Filecoin works that way. This one does not play that game. It leans on what its creators joke is "Red Stuff." Behind the silly name sits erasure coding, a sharp twist in how information survives. Files split into pieces, scattered smartly. Even if some go missing, the whole can still return
Picture a photo you’d like to keep safe. Rather than stashing ten full copies in ten separate bunkers, Walrus breaks it into puzzle-like pieces using math. These fragments spread out over many nodes online. What makes it clever? Full recovery doesn’t demand every fragment return. Just grab some - enough scattered ones - and the original image reassembles itself. Even if one-third of the system shuts down from a blackout, your information stays fully secure and reachable. The setup runs at almost no cost, remains extremely light, while being nearly indestructible
What powers this economy is the $WAL token. Most governance tokens do little, yet $WAL acts closer to raw digital material. To store data across this worldwide drive, users spend $WAL as payment. Instead of recurring fees each month like typical cloud services, Walrus offers something resembling ownership of lasting storage space. When apps share posts or researchers upload findings, they add information - and that drives up need for $WAL . At the same time, less coin floats around because parts get locked in stakes and portions are permanently removed through burns.
Fair warning, the path forward has bumps. Walrus finds itself stuck between older players - Filecoin, say, or Arweave - who’ve had years to settle in. Then there’s the pull of familiar tools. Most coders still reach for Amazon S3 without thinking twice. Simple, quick, one you already know. Getting a developer to adopt a decentralized system means more than strong beliefs - it needs stronger design
Starting from nothing can be tricky. Without files, the system feels empty. Yet folks hesitate to add their own unless things seem solid. Confidence grows slowly, like roots under soil. Walrus began walking this path when it went live.
Hope feels real right now. Ahead lies a time when Artificial Intelligence creates more information annually than people have made across 100 years. This flood of data demands storage - fair, unfiltered, lasting. Walrus aims to become exactly that place. What matters here isn’t speed or sparkle. Instead, it aims to sit beneath everything - quiet, solid, holding up the pieces while life moves on above.
@Walrus 🦭/acc #walrus

People call blockchain a "world computer." That idea paints it like some giant machine handling every bit of money worldwide. Yet anyone who has spent years here sees the truth. For ages, that machine could barely remember anything at all.
Numbers stuck without fail. Right down to cents, it held every dollar in your account, each payment ever made. Yet ask about a photo, a clip, or full web page - things fell apart. Too much weight there, too costly, awkward for those tight spaces between blocks.
Funny thing - those so-called decentralized apps kept secrets. Code ran on the blockchain, sure. Yet pictures? Stored on regular servers run by big tech. One switch flipped, and poof, your digital art gone. Enter Walrus Protocol. Not loud, not flashy. Just builders who asked why the web couldn’t hold its own files. Started small. Grew quieter than rumors. Now it works. Like clockwork hidden underground.
Start at the beginning, with something broken. Think about a project worth billions that made leaders nervous everywhere. That was Facebook's first try - a digital money plan named Libra, then renamed Diem. The company brought in top experts from security and tech fields. What came out? Tools far ahead of their time. The authorities shut it down. Broken apart piece by piece, that vision faded into silence.
Some folks might have cashed out and walked away for good. Not Evan Cheng or the main engineering team. What they’d created felt different - a fresh approach to data, ahead of its time. From what remained after Diem collapsed, they started anew: Mysten Labs came alive. Speed shaped everything in their debut project, the Sui blockchain.
Yet speed alone fell short. Hosting what comes after today’s internet - think distributed social platforms, live video streams - demands space for information. Existing options such as Filecoin and Arweave had begun the path, true, though many lagged or cost too much. Glances crossed around the room. A different way felt possible. What if storing data simply disappeared from view?
Now comes the tech bit - often dull, yet oddly gripping thanks to what they name "Red Stuff." Think of a delicate clay pot holding your information. Normally, protecting it means crafting a hundred clones, handing each to someone else. Sure, it works. But it piles up weight and cost fast. Not so with Walrus. Their method takes another path entirely.
A walrus grabs the vase, turns it to powder. Into that pile goes a unique mix - known as the Red Stuff - a kind of coded recipe. This blend spreads out over countless points in space. The odd part? Reassembling the whole thing takes far less than expected. Just one chunk in three does the job. A single break in the system won’t spill your information. Even when parts vanish or get cracked, safety holds. Files live split apart, so no whole version sits anywhere. This slicing makes everything lean, quick, low cost. Speed rises because there is less to carry.
At the core of this fresh storage setup sits the $WAL token. More than a digital gamble, it powers daily operations. Storing your site or game files on Walrus means paying fees using WAL. Meanwhile, those hosting nodes receive payments in WAL though they must lock up their own tokens first to qualify. Fear of losing money guards your information. Their risk becomes your protection if things go wrong.
@Walrus 🦭/acc #walrus