AK1X

Most blockchains are “open by default.” Anyone can trace transfers, balances, and even what smart contracts are doing. That can be fine for simple crypto use, but it’s a big problem for real financial markets. In regulated finance, companies can’t expose customer data, trade sizes, or deal terms publicly. Dusk Network is built specifically for this gap. Its own docs describe it as “the privacy blockchain for regulated finance,” meaning privacy isn’t an add-on, it’s part of the design.
The key idea: selective disclosure
Dusk aims to keep transactions confidential, while still allowing auditability when needed. It uses zero-knowledge proofs (ZKPs) so the network can confirm a transaction follows the rules without revealing the sensitive parts to everyone. The important twist is selective disclosure: auditors or regulators can verify compliance without turning the whole ledger into a public database of private activity. This is one of the biggest reasons Dusk is positioned for institutional adoption instead of retail-only DeFi.
Built like infrastructure, not just an app chain
A newer and very practical part of Dusk’s story is its modular architecture. Instead of one monolithic chain doing everything, Dusk separates responsibilities:
• DuskDS is the base layer for settlement, consensus, and data availability basically the “financial rails” that provide security and finality.
• DuskEVM is an EVM-equivalent execution environment, so developers can use familiar Ethereum tools while inheriting security and settlement guarantees from DuskDS.
This matters because institutions and builders tend to adopt systems faster when the developer experience is familiar, but the underlying settlement layer is designed for stricter requirements.
Why Dusk cares so much about securities and real-world assets
Dusk is not just saying “tokenize assets.” It focuses on regulated instruments where privacy and compliance are mandatory. Dusk promotes XSC (Confidential Security Contract) as a standard for issuing and managing privacy-enabled tokenized securities, so assets can be traded and stored on-chain without exposing sensitive details publicly.
Real integrations that support regulated markets
Dusk has also highlighted integrations to make regulated finance actually work on-chain at scale. For example, Dusk announced a partnership to integrate Chainlink CCIP to move regulated assets across ecosystems more safely, and it has described using DataLink and Data Streams with NPEX to bring verified, high-integrity market data on-chain closer to “official market infrastructure” than typical DeFi data feeds.
Bottom line
Dusk Network’s core bet is simple: finance won’t go fully on-chain unless privacy and compliance are native features. By combining confidential execution, selective disclosure, an EVM-friendly developer layer, and integrations aimed at regulated data and interoperability, Dusk is trying to become the rails for institutional-grade on-chain markets not just another general-purpose blockchain.
@Dusk $DUSK #dusk

In the world of Web3, blockchains do a great job of managing transactions and enforcing rules without a central authority. But when it comes to storing large data files like images, videos, game assets, or datasets for AI blockchains hit a wall. Most decentralized apps still rely on centralized storage systems like cloud servers. This creates a hidden weakness: even though the logic is decentralized, the data itself isn’t.
Walrus is a project built to fix that. It’s a decentralized storage and availability protocol designed to handle large files in a truly distributed way. Instead of depending on a single server or cloud provider, Walrus spreads pieces of data across many independent nodes in a network. This means the data can stay online and accessible even if some nodes go offline a key requirement for resilient Web3 applications.
The core idea behind Walrus is erasure coding, a method that breaks data into many smaller, encoded parts called “slivers.” These slivers are stored across different nodes. The advantage here is that you don’t need every sliver to reconstruct the original data you only need enough of them, even if some nodes fail or disconnect. This approach offers a major benefit over traditional storage replication models, which copy whole files many times and waste space and cost.
One of the major strengths of Walrus is how it integrates with the Sui blockchain. Sui’s design allows data objects to be programmable and referenced directly by smart contracts. In simple terms, developers can build applications where stored files aren’t just static blobs in a server, they become part of the blockchain’s logic. This opens up possibilities such as NFTs that truly store their media on decentralized infrastructure, decentralized websites that don’t vanish when a server goes down, and gaming or AI applications that require large, trustworthy datasets.
To make the system work in the real world, Walrus uses the WAL token. This token isn’t just for speculation, it has practical utility. Users pay for storage in WAL tokens, and storage providers earn WAL for reliably storing and serving data. There’s also a staking mechanism that rewards good performance and can penalize poor performance. This aligns incentives so operators are encouraged to keep data available and healthy.
What makes Walrus particularly interesting is how it fits into the larger Web3 ecosystem. As decentralized applications evolve beyond simple financial use cases, they will need real, dependable storage for rich user content and AI datasets. Walrus is positioning itself as the foundation for this layer of the stack. Instead of central servers or inefficient replication, it provides a system that is decentralized, scalable, and cost-effective.
In essence, Walrus is not just another storage solution, it is infrastructure. It fills a gap that many developers and users might not notice until it becomes critically important. But as Web3 grows into media, gaming, and AI, protocols like Walrus will become the backbone that ensures data stays decentralized, available, and secure. In a future where data truly belongs to users instead of servers, Walrus is building the road to get there.
@Walrus 🦭/acc $WAL #walrus

Dusk is built for regulated finance not “everything public.” On most blockchains, transactions and contract states are visible to everyone. That’s a problem for real markets (securities, bonds, funds) where trade sizes, positions, and identities can’t be exposed. Dusk positions itself as “the privacy blockchain for regulated finance,” meaning confidentiality is a feature of the network, not an add-on.
Privacy that still allows oversight
Dusk leans on zero-knowledge proofs (ZKPs) so the network can confirm rules were followed without revealing sensitive details. The important part is selective disclosure: data can remain private in public markets, while auditors/regulators can still verify compliance when needed without turning the whole ledger into a public dossier.
A modular stack aimed at institutions and builders
A newer, practical direction in Dusk is its modular architecture:
• DuskDS acts as the base settlement/data layer.
• DuskEVM provides an EVM environment so developers can use familiar tooling while settling to DuskDS (instead of Ethereum)
This “familiar dev experience + specialized settlement layer” is a big deal for adoption.

Tokenized securities and RWAs with rules inside the asset
Dusk highlights a standard called XSC (Confidential Security Contract) for privacy-enabled tokenized securities. The key idea: compliance constraints (who can hold, transfer limits, identity checks) can be embedded into the asset’s logic, so markets don’t rely purely on off-chain enforcement.
Real integrations that push “regulated on-chain markets”
Dusk has also emphasized regulated-market plumbing: Chainlink CCIP for interoperable movement of regulated assets, and DataLink/Data Streams with NPEX to publish verified, high-integrity financial data on-chain, more like official market infrastructure than typical DeFi price feeds.

@Dusk $DUSK #dusk

If you ask most people what a blockchain is, they’ll say: “a public ledger where everyone can see everything.” That’s true for many chains and it’s also the main reason regulated finance has been slow to move on-chain. Real markets run on confidentiality. A broker can’t broadcast a client’s positions. A company can’t reveal fundraising allocations in real time. An exchange can’t expose every trade detail without breaking rules or leaking sensitive information.

Dusk Network is built around a different assumption: finance needs privacy by default, but it also needs provability when required. Instead of choosing between “fully public” and “fully private,” Dusk is aiming for something more practical: selective disclosure at the protocol level transactions stay confidential, yet compliance can be verified by the right parties without turning the whole system into a surveillance machine.
The “new idea” behind Dusk: a regulator interface built into the network
Here’s the unique lens that makes Dusk interesting: it treats regulation like a workflow, not a constraint.
In traditional finance, compliance is mostly manual and expensive KYC/AML checks, eligibility rules, reporting, audits done through intermediaries and paperwork. Dusk’s approach is to make compliance cryptographic: the network can prove that rules were followed (or that a user is allowed) without exposing unnecessary data. That is the heart of selective disclosure: show “just enough truth,” and nothing more.
This is where zero-knowledge proofs (ZKPs) matter. In plain terms, ZKPs let you prove a statement without revealing the underlying information. For example, “I passed KYC,” “I’m eligible,” or “this transfer meets the rules” without posting your identity details publicly. Dusk has positioned its identity/compliance approach under concepts like Citadel, where the goal is to reduce data exposure and the risk of leaks while still meeting compliance expectations.
Why the architecture matters: DuskDS + DuskEVM
A lot of projects claim they’re “for institutions,” but their stack looks like a standard L1 with a different brand. Dusk’s more recent direction is explicitly modular:
• DuskDS sits at the base as the settlement, consensus, and data availability layer think of it as the chain’s “finality and trust foundation.”
• DuskEVM sits above it as an EVM-equivalent execution layer, letting developers use familiar Ethereum tooling while settling directly to DuskDS (instead of Ethereum).
This matters for adoption. Institutions and developers don’t want to rebuild everything from scratch. An EVM-friendly environment lowers friction, while DuskDS stays the anchor that can satisfy more conservative requirements security, settlement guarantees, and privacy-enabled transaction models.
The real target: securities and real-world assets that actually need privacy
Dusk isn’t mainly competing for meme coins or retail DeFi attention. Its strongest story is regulated assets securities and RWAs where confidentiality is not optional.
That’s why Dusk talks about standards like XSC (Confidential Security Contract): a contract model aimed at creating and issuing privacy-enabled tokenized securities, so assets can be traded and stored on-chain without exposing the sensitive details that regulated markets must protect.
This is the quiet but important shift: tokenization isn’t just “put a token on a chain.” The hard part is everything around it who is allowed to hold it, what transfers are permitted, what disclosures are required, and how audits happen. Dusk is positioning itself as the chain where those rules can be enforced with cryptography instead of paperwork.
Interoperability and market data: why the Chainlink + NPEX angle is a big deal
One of the strongest signals that Dusk is serious about institutional rails is the way it’s connecting to standard infrastructure.
Dusk has announced integrations/partnership work around Chainlink CCIP and related standards, including in connection with NPEX, with the idea that regulated tokenized assets on DuskEVM can become interoperable across ecosystems using a canonical cross-chain layer.
There’s also messaging around using Data Streams and DataLink for publishing and delivering regulated market data and low-latency updates exactly the kind of “boring but essential” plumbing that real markets need.
In simple terms: if Dusk can combine (1) privacy-preserving compliance, (2) an execution environment developers can actually build on, and (3) standard interoperability + market data rails, then it’s no longer just a privacy chain it becomes infrastructure for regulated markets moving on-chain.
The bottom line
Dusk Network’s best pitch isn’t “privacy is cool.” It’s this:
• Privacy protects market participants (and reduces data leakage risk).
• Auditability protects regulators and institutions (so the system can be trusted).
• Selective disclosure connects the two (prove compliance without exposing everything).
That combination is exactly what regulated finance has been missing in most blockchain designs. If the next wave of adoption is truly institutional tokenized securities, compliant RWAs, on-chain settlement then a chain built around privacy + provable compliance has a clear lane. And that lane is what Dusk is building.
@Dusk $DUSK #dusk

When people talk about Web3, they usually focus on tokens, smart contracts, and blockchains. But there’s a quieter problem that most users never notice: where does all the actual data live?
Blockchains are excellent at recording transactions and enforcing rules, yet they are inefficient and expensive for storing large files like videos, images, NFT media, game assets, or AI datasets. Because of this, many “decentralized” apps still depend on centralized cloud servers. That creates a contradiction decentralized logic running on centralized infrastructure.
Walrus exists to fix that structural weakness. Built on Sui and developed by Mysten Labs, Walrus is not another app or token trend. It is infrastructure a decentralized storage and data availability protocol designed specifically for large, real-world data.
A Different Way to Think About Storage
Traditional decentralized storage networks often rely on heavy replication. They copy the same file again and again across many nodes. While this improves reliability, it is extremely wasteful and expensive. Costs rise quickly, and scaling becomes difficult.
Walrus takes a smarter approach using erasure coding, known internally as Red Stuff. Instead of copying entire files, Walrus splits data into small encoded pieces called slivers and spreads them across independent nodes.
Here’s the key idea:
You don’t need every piece to recover the whole file.
Even if several nodes go offline, the original data can still be reconstructed. This method achieves high availability with far less redundancy roughly 4–5× overhead instead of massive replication. That means:
• Lower storage costs
• Better scalability
• Faster recovery
• Less wasted resources
It’s a design optimized for efficiency, not ideology.
Storage That Smart Contracts Can Actually Use
One of Walrus’s most interesting innovations is that it treats storage as programmable, not passive.
Normally, storage systems sit outside the blockchain. Apps upload files somewhere else and just store links on-chain. That approach breaks composability and trust. If the external server disappears, the data disappears too.
Walrus integrates deeply with Sui’s object-based architecture. Stored data isn’t just “hosted”; it can be referenced directly by smart contracts.
This unlocks new possibilities:
• NFTs with permanent, verifiable media
• Fully decentralized websites
• On-chain games with large assets
• AI models and datasets with provable availability
• Rollups and scaling layers needing reliable data availability
In simple terms, Walrus turns storage into a first-class blockchain primitive.
Incentives Matter: The Role of WAL
Technology alone isn’t enough. Storage networks only work if participants are motivated to behave honestly.
That’s where the WAL token comes in.
WAL isn’t just for speculation. It has real utility:
• Users pay WAL for storage
• Node operators earn WAL for serving data
• Staking secures the network
• Poor performance can lead to penalties
This creates a system where reliability is economically rewarded. Operators who keep data online earn more. Those who fail lose out.
The result is a sustainable, long-term infrastructure model rather than short-term hype.
Why Walrus Matters Now (Not Later)
The timing of Walrus is important. Web3 is moving beyond simple token transfers. Today’s apps are heavier:
• NFT marketplaces host media
• Social platforms store content
• Games handle large files
• AI projects rely on massive datasets
All of this requires serious storage capacity. Without decentralized blob storage, Web3 simply can’t scale into mainstream use cases.
Walrus positions itself exactly at this bottleneck.
It doesn’t compete with DeFi apps or social protocols. Instead, it quietly supports them all like roads support cities. Most users won’t even know Walrus is there. But if it disappears, everything above it breaks.
That’s the nature of real infrastructure.
The Bigger Picture
Walrus represents a shift in how we think about decentralization. It’s not enough to decentralize money or governance. If the data layer remains centralized, the system is still fragile.
By combining efficient erasure coding, programmable storage, and strong incentives, Walrus offers something Web3 has long needed: decentralized storage that is practical, affordable, and production-ready.
In the coming years, as AI, gaming, media, and consumer apps grow on-chain, protocols like Walrus may become less visible but far more essential.
Because the future of Web3 won’t just run on blockchains.
It will run on data.
And Walrus is building the place where that data lives.
@Walrus 🦭/acc $WAL #walrus

Most blockchains are great at verifying transactions, but they’re not built to store big files. The moment an app needs videos, images, game assets, or AI datasets, it usually falls back to centralized cloud storage creating a weak link (takedowns, outages, single points of failure). Walrus is designed to remove that dependency by acting as a decentralized storage + data availability layer for large “blobs” of unstructured data.
What makes Walrus different
Walrus uses an erasure-coding system called Red Stuff. Instead of copying the same file again and again across many nodes, it splits the file into encoded pieces (“slivers”) and spreads them across the network. The key benefit: the original data can be reconstructed even if some nodes fail, which keeps availability high while reducing waste. Research and docs describe this as achieving strong resilience with roughly ~4.5× (about 4–5×) redundancy, far lower than heavy full-replication approaches.
“Programmable storage” (why builders care)
Walrus isn’t just a place to dump files. It’s designed to be composable with on-chain apps, so developers can build richer dApps where stored blobs can be referenced in application logic (think: NFT media that doesn’t disappear, decentralized websites, large app assets, or AI data pipelines). Walrus calls this “bringing programmability to data storage.”
How WAL fits in
The WAL token powers the network economics: it’s used to pay for storage, and the protocol is designed so users can pay upfront for a fixed storage period while rewards flow over time to storage nodes and stakers helping keep storage costs more stable in fiat terms. WAL also connects to staking and governance, aligning incentives so operators have something to lose if they don’t perform.
Why it matters
If Web3 is going to expand into media, gaming, social apps, and AI, it needs decentralized infrastructure for big data not just decentralized ledgers for small records. Walrus is aiming to be that missing layer: efficient, resilient blob storage that apps can rely on without quietly returning to centralized cloud.
@Walrus 🦭/acc $WAL #walrus

Most blockchains are built for “everything in public.” That’s fine for open tokens, but it breaks down fast in real finance because banks, exchanges, and issuers can’t publish trading details, client data, or deal terms for the whole internet to read. Dusk Network was designed for that exact gap: put regulated assets on-chain while keeping sensitive information private.
The big idea is privacy with control. Dusk supports shielded transactions and zero-knowledge proofs so a transaction can be verified as valid without revealing the private parts (amounts, identities, positions). But unlike “privacy-at-all-costs” chains, Dusk is built around selective disclosure you can reveal specific information to authorized parties (like auditors or regulators) when required, without turning everything public.
Technically, Dusk is moving as a modular stack. Its settlement layer, DuskDS, is responsible for consensus, data availability, and settlement basically the “financial rails.” On top of that, DuskEVMprovides an EVM execution environment so developers can use familiar Ethereum tooling, while still plugging into Dusk’s privacy/compliance model. This matters because it lowers the barrier for real apps (and real institutions) to build.
Where it gets especially relevant is tokenized real-world assets (RWAs) and regulated securities. Dusk promotes a confidential security contract standard (XSC) and “confidential smart contracts” as primitives for issuing and managing assets where privacy and compliance are non-negotiable.
Finally, Dusk’s strategy isn’t just theory: it’s building toward institutional integration and interoperability. For example, Dusk has highlighted integrating Chainlink CCIP for cross-chain movement of regulated assets, plus data standards like DataLink/Data Streams in connection with partners such as NPEXaimed at bringing regulated market data and tokenized assets on-chain with stronger guarantees.
@Dusk $DUSK #dusk

Dusk Network is revolutionizing the blockchain landscape by offering a privacy‑focused Layer‑1 blockchain designed specifically for regulated financial markets. While most public blockchains prioritize transparency, Dusk focuses on privacy and compliance, making it ideal for institutional adoption.
At its core, Dusk utilizes zero‑knowledge proofs (ZKPs), an advanced cryptographic technique, which allows transactions to remain confidential while being verifiable by regulators. This ensures that institutions can participate in decentralized finance (DeFi) and blockchain ecosystems without exposing sensitive data to the public. Through confidential smart contracts, Dusk enables private execution of complex financial transactions that comply with global regulatory standards.
What truly sets Dusk apart is its ability to enable Real‑World Asset (RWA) tokenization. This allows securities, bonds, real estate, and other regulated assets to be represented digitally on the blockchain, opening up previously illiquid markets to a wider range of investors while maintaining strict compliance with legal frameworks. Unlike many public blockchain projects that cannot support this level of regulatory oversight, Dusk’s architecture ensures that privacy and auditability go hand in hand.
Furthermore, Dusk’s modular and EVM-compatible architecture allows developers to deploy privacy‑focused applications without having to sacrifice the familiarity and functionality of existing blockchain tools. This facilitates smoother adoption by businesses and institutional players looking for enterprise-ready blockchain solutions.
Ultimately, Dusk’s vision is to bridge the gap between traditional finance (TradFi) and decentralized systems, creating an ecosystem where compliance, privacy, and efficiency are seamlessly integrated. Whether it’s facilitating secure tokenized asset exchanges or providing confidential data sharing for financial institutions, Dusk is laying the groundwork for the next generation of compliant, transparent, and private blockchain finance.
@Dusk $DUSK #dusk

As the Web3 ecosystem continues to grow, the need for decentralized, scalable, and cost-effective storage solutions becomes more crucial. While Web3 has largely focused on decentralizing applications, assets, and transactions, the question of data storage remains a challenge. Enter Walrus, a protocol built to bridge the gap between decentralized applications (dApps) and the large-scale data storage Web3 demands.
The Problem with Centralized Storage in Web3
Most decentralized applications (dApps) today operate on blockchain protocols that are great for transactions and consensus but are inefficient when it comes to storing large amounts of data. Traditional storage solutions, such as centralized cloud providers, are at odds with the ethos of Web3, where data ownership and control are key pillars. Web3 aims to eliminate single points of failure and allow users to control their data, but most projects still rely on centralized cloud storage, defeating the purpose.
How Walrus Solves the Problem
Walrus addresses this issue with a decentralized storage and data availability protocol that is natively integrated with Sui, a high-performance blockchain. Walrus moves away from traditional storage models by using erasure coding, specifically its proprietary RedStuff algorithm. Instead of making full copies of data, Walrus splits it into small fragments (“slivers”) and distributes them across multiple storage nodes. This means that data can still be reconstructed even if some of the nodes become unavailable, offering both cost-efficiency and reliability.
Erasure Coding: The Core of Walrus
One of the core innovations behind Walrus is its use of erasure coding, a technique that allows data to be split into smaller, redundant pieces and stored across different nodes. Unlike traditional storage, which replicates the entire file, Walrus only requires a fraction of the nodes to maintain the data, reducing storage overhead by up to 80% compared to traditional replication methods. This innovative design not only minimizes costs but also ensures high availability and fault tolerance, even when some nodes are offline.
The Role of the WAL Token in the Ecosystem
Walrus is powered by the WAL token, which acts as the backbone of the ecosystem. The token serves multiple purposes: it allows users to pay for storage services, provides rewards to storage node operators for maintaining data availability, and powers the staking mechanism that ensures the security of the network. Walrus also integrates delegated staking, ensuring that participants who support the network by staking WAL tokens are incentivized based on performance, with penalties for underperforming operators.
Why Walrus Matters for NFTs, AI, and More
As Web3 continues to evolve, the demand for reliable decentralized storage solutions will only grow. Walrus is particularly well-suited for applications that require the storage of large data blobs such as NFTs, AI datasets, and media files. By enabling decentralized media hosting, Walrus ensures that NFTs remain available even if the platforms hosting them go offline. It also opens up possibilities for AI applications that need to store and access large datasets without relying on centralized providers, ensuring both security and privacy.
The Future of Web3 Data Availability
The future of Web3 depends on the ability to decentralize more than just transactions and governance. As Web3 applications become more complex, the need for decentralized storage solutions that are not only reliable but also scalable and cost-effective becomes more urgent. Walrus is positioning itself as a key infrastructure layer for this future. It provides developers with a flexible, efficient, and secure solution for storing data in a decentralized manner, making it an essential tool for building the next generation of Web3 applications.
In conclusion, Walrus is not just a storage solution, it is a foundational element of the Web3 infrastructure. By using erasure coding and creating a decentralized storage network, it helps bring decentralized data availability to a new level, enabling the creation of a wide range of decentralized applications that were previously limited by storage constraints. As Web3 continues to grow and evolve, Walrus is poised to play a crucial role in making decentralized storage a reality.
@Walrus 🦭/acc $WAL #walrus