CAN_DX

As Dusk Network continues its transition toward a modular architecture, one component stands out as a quiet but decisive shift in how privacy can exist inside regulated financial systems: Hedger.
Hedger is not an add-on, a mixer, or a workaround layered on top of DeFi. It is a purpose-built privacy engine designed specifically for the EVM execution layer. Its role is simple in theory but complex in practice: enable real transactional privacy while preserving auditability, performance, and full compatibility with Ethereum tooling.
This is where most privacy systems struggle. Hedger is designed to operate precisely in that tension.
Why Hedger Exists
Traditional privacy solutions in crypto often fall into one of two extremes. Either they prioritize full anonymity at the cost of usability and compliance, or they water down privacy so much that sensitive financial data remains exposed.
Hedger is built for a different reality. Real-world finance requires confidentiality by default, with the ability to prove correctness, ownership, and compliance when required. Banks, institutions, and regulated markets do not operate on public balance sheets, but they are never beyond audit.
Hedger reflects that same model inside DuskEVM.
Unlike Zedger, which was designed for UTXO-based layers and full anonymity, Hedger is engineered for account-based execution. That makes it natively compatible with the EVM while unlocking privacy at the transaction and state level rather than at the identity level.
A Layered Cryptographic Design
Most DeFi privacy systems rely almost entirely on zero-knowledge proofs. While powerful, ZK alone often forces trade-offs in performance, circuit complexity, or developer experience.
Hedger takes a layered approach by combining multiple cryptographic techniques, each chosen for a specific role:
Homomorphic encryption based on ElGamal over elliptic curves allows computations to be performed directly on encrypted values. Transaction amounts, balances, and asset states remain hidden while still being usable by smart contracts.
Zero-knowledge proofs ensure correctness. They allow participants to prove that encrypted computations followed protocol rules without revealing the underlying data.
A hybrid UTXO and account-based model enables composability across layers while remaining compatible with real-world financial workflows. This design choice is critical for regulated assets, settlement logic, and institutional integrations.
Together, these layers create a system where privacy, performance, and compliance reinforce each other rather than compete.
What Hedger Enables
Hedger is not theoretical cryptography. It is built to unlock concrete financial use cases that have been largely impossible on public blockchains.
One of the most important is support for obfuscated order books. By hiding order intent and exposure, Hedger prevents front-running and market manipulation while protecting institutional traders. This is a foundational requirement for serious capital markets and a key step toward on-chain venues that resemble real exchanges rather than public sandboxes.
Auditability is built in, not bolted on. Transactions can be inspected when required, without breaking privacy for all participants. This is essential for regulated securities, compliance reporting, and enterprise adoption.
Asset ownership and transfers remain fully confidential end to end. Holdings, balances, and transaction values are encrypted by default, ensuring sensitive financial data never becomes public metadata.
User experience is not sacrificed. Lightweight circuits allow in-browser proof generation in under two seconds, making privacy usable at scale rather than a niche feature reserved for power users.
Strategic Importance for DuskEVM
Hedger is a foundational pillar of DuskEVM’s architecture. It brings privacy directly into the execution layer instead of isolating it in separate protocols or side systems.
While the EVM’s account-based model inherently limits full anonymity, Hedger still delivers complete transactional privacy. In exchange, it offers major gains in performance, architectural simplicity, and seamless compatibility with the broader Ethereum ecosystem.
For developers, this means no exotic tooling, no broken workflows, and no need to abandon Solidity or existing infrastructure. For institutions, it means privacy without regulatory blind spots.
Developed entirely in-house, Hedger reflects years of applied cryptography research focused not on academic perfection, but on real deployment constraints: speed, audits, compliance, and developer accessibility.
A New Standard for Financial Privacy
Hedger represents a shift in how privacy is framed in blockchain systems. It does not treat regulation as an enemy or anonymity as the only form of protection. Instead, it models privacy the way real finance already works: confidential by default, verifiable when necessary.
This makes Hedger more than a technical upgrade. It is an enabling layer for financial applications that need to operate privately, compliantly, and at scale.
About Dusk
Dusk is a privacy-focused Layer 1 blockchain designed for compliant financial applications. It enables confidential transactions, audit-ready DeFi, and real-world asset infrastructure while aligning privacy with regulatory requirements.
@Dusk $DUSK #dusk

In the Web3 world, most attention still flows toward price action, hype cycles, and short term narratives. But beneath the surface, some of the most important progress is happening in areas that do not trend easily on social media. Data infrastructure is one of them, and this is exactly where Walrus Protocol is focusing its energy.
Web3 applications are evolving fast. AI agents, on-chain analytics, fully on-chain games, decentralized social platforms, and rich media content all generate large amounts of data. The problem is that most blockchains were never designed to handle this kind of scale efficiently. Storing large datasets directly on-chain is expensive, slow, and often impractical. Relying on centralized cloud providers breaks the promise of decentralization. Walrus exists to solve this gap.
Walrus is built as a decentralized, persistent data storage layer that prioritizes reliability and availability over speculation. Instead of treating data as an afterthought, it treats data as core infrastructure. By using erasure-coded blob storage, Walrus splits data into fragments and distributes them across the network. This approach improves fault tolerance and ensures that data remains retrievable even if some nodes go offline.
One of the most important developments around Walrus recently is how clearly its design is aligning with real production needs. The protocol is being positioned not as a niche storage experiment, but as a foundational layer for applications that need to run continuously without data loss. This includes AI-driven systems that require constant access to historical context, gaming environments where state must persist accurately, and analytics platforms that depend on large, reliable datasets.
Another strong signal is how Walrus integrates within the Sui ecosystem. By building on Sui’s high-throughput architecture, Walrus can support fast data writes and reads while keeping costs predictable. This matters for developers who are tired of dealing with unpredictable storage fees and performance bottlenecks. Walrus is not asking builders to redesign their applications around storage limitations. Instead, it adapts to the way modern applications actually work.
The role of the WAL token is also becoming clearer. Rather than existing purely for speculation, WAL is designed to align incentives across the network. Storage providers are rewarded for maintaining availability and performance, while users pay for storage in a transparent and measurable way. This creates a sustainable economic loop where reliability is directly incentivized, not assumed.
What stands out most is Walrus’s long-term mindset. There is no attempt to overpromise or rush adoption through hype. The focus remains on shipping infrastructure that works under real-world conditions. In a market where many projects optimize for attention first and functionality later, this approach feels refreshing.
As Web3 continues to mature, the importance of decentralized data availability will only grow. Applications cannot scale if their data layer remains fragile, centralized, or prohibitively expensive. Walrus is positioning itself exactly at this intersection, quietly building the rails that future decentralized applications will depend on.
This is not the kind of project that explodes overnight. It is the kind that becomes indispensable over time. And in infrastructure, quiet consistency often matters more than noise.
@Walrus 🦭/acc $WAL #walrus

Dusk Foundation has quietly but consistently moved forward with a very clear mission: to build a blockchain that financial institutions can actually use. While much of the crypto market still focuses on hype, short-term narratives, and speculative activity, Dusk continues to strengthen its core infrastructure around privacy, compliance, and real financial utility.
One of the most important recent developments around Dusk is the steady maturation of its Layer 1 architecture and ecosystem tooling. Dusk is not positioning itself as just another fast blockchain. Instead, it is designed specifically for regulated finance, where privacy is required but accountability is non-negotiable. This balance is what separates Dusk from many other privacy-focused networks.
At the heart of Dusk’s progress is its modular design. Builders can deploy smart contracts using DuskEVM, which supports familiar Solidity tooling. This lowers the barrier for developers coming from Ethereum while allowing them to build applications that meet regulatory expectations. At the same time, Dusk offers deeper protocol-level capabilities through DuskDS contracts written in Rust, enabling advanced control for settlement-layer logic and institutional-grade financial products.
Another major area of progress is Dusk’s selective disclosure framework. Unlike traditional privacy chains where everything is hidden by default, Dusk introduces a more realistic model of privacy. Transactions remain private, but when required, information can be selectively disclosed to auditors or regulators. This mirrors how real financial systems already work. Your data is not public, but it is auditable when necessary. This design choice is crucial for adoption by banks, asset issuers, and regulated DeFi platforms.
Dusk has also continued to focus on Real World Asset tokenization as a core use case. Institutions exploring on-chain bonds, equities, and other regulated instruments need a network that supports compliance from day one. Dusk’s architecture is built with these needs in mind, making it a strong candidate for future RWA infrastructure. Instead of retrofitting compliance later, Dusk embeds it directly into the protocol design.
From a network perspective, stability and correctness remain priorities. Rather than rushing features to market, Dusk emphasizes rigorous testing, protocol upgrades, and long-term sustainability. This approach may feel slower compared to hype-driven projects, but it aligns with how serious financial infrastructure is built. Institutions value predictability, clear rules, and reliability more than rapid experimentation.
The role of the DUSK token also continues to evolve alongside the network. It underpins staking, network security, and economic incentives, ensuring validators and participants are aligned with the long-term health of the protocol. As regulated DeFi use cases grow, the utility of a native asset tied to compliant infrastructure becomes increasingly relevant.
What stands out most in Dusk’s latest progress is consistency. There are no dramatic pivots or trend chasing. Every update reinforces the same core vision: privacy that works with regulation, not against it. In a market where many projects change direction with every new narrative, this level of focus is rare.
Looking ahead, Dusk is positioning itself for a future where blockchain adoption is driven less by speculation and more by integration with existing financial systems. As regulations become clearer and institutions move from experimentation to deployment, networks like Dusk are likely to benefit. They are not trying to disrupt finance by ignoring rules. They are rebuilding financial infrastructure in a way that respects both innovation and oversight.
Dusk may not always be the loudest name in crypto, but its progress tells a different story. Step by step, it is laying the groundwork for a regulated, privacy-first financial ecosystem that can scale beyond retail use and into real-world adoption. For those watching long-term fundamentals rather than short-term price action, this is exactly the kind of development that matters.
@Dusk $DUSK #dusk

In a market that often rewards noise more than substance, Walrus is taking a very different path. Instead of chasing short term attention, the protocol is quietly strengthening the foundations that real Web3 applications depend on. The latest progress around Walrus makes one thing increasingly clear: this is not a storage project built for speculation, but an infrastructure layer designed for long term relevance.
At its core, Walrus focuses on data availability, a problem many blockchains conveniently ignore. While Layer 1s are excellent at handling logic, ownership, and consensus, they are not built to store large volumes of data. Images, videos, AI datasets, NFTs, gaming assets, and application data simply do not belong inside blocks. Walrus exists to solve this exact gap in a decentralized and scalable way.
One of the most important recent developments is Walrus continuing to refine its erasure coded storage model. Instead of relying on full data replication like traditional decentralized storage systems, Walrus breaks data into fragments and distributes them across multiple nodes. This approach improves efficiency, lowers costs, and increases reliability. Even if some nodes go offline, the data remains accessible and intact. This design choice is critical for real world usage, especially for applications that cannot afford downtime or data loss.
Another key update is Walrus strengthening its positioning within the Sui ecosystem. Sui’s architecture focuses on speed, parallel execution, and object based ownership, which naturally complements Walrus’s role as a data layer. Together, they form a stack that actually makes sense for modern Web3 apps. Sui handles logic and execution, while Walrus handles the heavy data. This separation of responsibilities is how scalable systems are built in traditional tech, and Walrus is bringing that same maturity to decentralized infrastructure.
What stands out most in Walrus’s recent direction is the clear focus on builders, not traders. The protocol is optimizing for developers who need predictable costs, reliable data access, and decentralized guarantees. Whether it is NFT platforms hosting media, AI applications storing datasets, gaming projects managing in game assets, or social apps handling user content, Walrus is positioning itself as the quiet layer that makes all of this possible.
Token utility is also being shaped around sustainability rather than hype. The $WAL token is designed to support network participation, storage operations, and long term incentives. Instead of pushing short lived narratives, Walrus is aligning token mechanics with actual usage of the network. This matters because infrastructure only survives if incentives are aligned with real demand, not speculative cycles.
From a broader perspective, Walrus reflects a shift happening across crypto. The next phase of adoption will not be driven by flashy promises, but by systems that work reliably in the background. Users may never talk about the storage layer powering their favorite app, but they will feel it when things break. Walrus is being built to ensure things do not break.
Another subtle but important update is Walrus’s emphasis on cost efficiency at scale. As onchain applications grow, data costs become a silent bottleneck. By designing storage to scale without exploding fees, Walrus is making decentralized apps more competitive with traditional Web2 services. This is essential if Web3 wants to move beyond niche use cases and into mainstream adoption.
What makes Walrus particularly interesting right now is timing. AI, onchain gaming, NFTs, and data heavy applications are all growing at the same time. Every one of these sectors depends on reliable storage. Walrus is positioning itself right at the intersection of these trends, without trying to dominate the narrative. That patience may end up being its biggest advantage.
In the long run, markets tend to reward infrastructure that becomes unavoidable. Walrus does not need to be loud to be important. If developers keep building and data keeps growing, decentralized storage becomes non optional. With its latest progress, Walrus is steadily moving toward becoming that foundational layer.
This is not a project built for a quick cycle. It is being shaped for durability, relevance, and quiet dominance. And in infrastructure, those are the qualities that matter most.
@Walrus 🦭/acc $WAL #walrus

Since its founding in 2018, Dusk Network has been quietly working on a problem most blockchains either ignore or actively avoid. How do you bring real financial institutions onchain without sacrificing privacy, and without breaking the rules that govern global finance?
For years, crypto has been driven by experimentation and speculation. Fast transactions, public ledgers, and permissionless access created an entirely new financial playground. But that same openness also became a barrier. Banks, funds, and regulated entities cannot operate in systems where everything is exposed, rules are unclear, and accountability is missing. This is where Dusk takes a very different path.
Dusk is not trying to replace regulation. It is trying to make blockchain compatible with it.
At its core, Dusk is a Layer 1 blockchain designed specifically for regulated financial use cases. From the start, it was built with the assumption that real adoption would require structure. Privacy could not mean hiding everything, and compliance could not mean exposing everything. The answer lies somewhere in between, and Dusk’s entire architecture reflects that balance.
One of the most important ideas behind Dusk is selective privacy. In traditional finance, your transactions are private by default, but regulators can audit them when required. This is not secrecy. It is controlled access. Dusk brings this same logic to blockchain through privacy-preserving technology that allows data to remain confidential while still being verifiable. This makes it possible to build systems that institutions can actually use.
Another key strength of Dusk is its focus on modular design. Instead of forcing every application into the same rigid framework, Dusk allows financial products to be built with flexibility. This matters for regulated DeFi, where requirements vary by jurisdiction, asset type, and institution. A one size fits all approach does not work. Dusk understands this and provides infrastructure that can adapt rather than break.
This becomes especially important when looking at real world assets. Tokenized securities, bonds, funds, and other financial instruments cannot live on blockchains that ignore legal frameworks. Ownership must be clear. Access must be controlled. Audits must be possible. Dusk is designed to support these needs at the base layer, not as an afterthought. That gives it a natural advantage in the growing RWA space.
What makes Dusk stand out even more is what it does not chase. It does not rely on hype cycles or short term narratives. There is no attempt to attract users through speculation alone. Instead, the focus is on long term relevance. Financial institutions move slowly, but when they move, they build for decades. Dusk is positioning itself for that timeline.
This approach may not generate instant excitement, but it creates durability. Infrastructure that respects regulation while preserving privacy is not optional for institutional finance. It is mandatory. Dusk is building exactly that type of foundation.
Another overlooked aspect is auditability. Many privacy focused chains struggle here. If nothing can be proven, then nothing can be trusted. Dusk integrates auditability into its design, allowing compliance checks without compromising user confidentiality. This is a crucial feature for regulated markets and one that most blockchains simply cannot offer.
In the broader crypto landscape, Dusk represents a shift in mindset. It acknowledges that the future of blockchain is not about escaping existing systems, but improving them. Real adoption will come from cooperation, not confrontation. Privacy will succeed when it is usable, not controversial.
As governments and institutions continue to explore blockchain based financial infrastructure, they will naturally gravitate toward platforms that understand their constraints. Dusk is not trying to make institutions change how finance works. It is meeting them where they already are and offering a better technological foundation.
This is why Dusk should be viewed as infrastructure, not just another Layer 1. It is a base layer for compliant DeFi, institutional finance, and tokenized assets. It is built for a future where blockchain and regulation coexist, not compete.
In a market full of noise, Dusk’s quiet consistency may be its greatest strength. While others chase attention, Dusk is building trust. And in finance, trust is the most valuable asset of all.
@Dusk $DUSK #dusk

In the fast-moving world of Web3, most people focus on price charts, short-term narratives, and loud announcements. But real value is often created quietly, at the infrastructure level, where strong foundations matter more than hype. This is exactly where Walrus Protocol continues to make progress with its latest developments.
Walrus is not trying to replace decentralized storage just for the sake of it. The protocol is solving a deeper problem that many Web3 applications struggle with today: how to store large amounts of data in a way that is decentralized, affordable, censorship-resistant, and actually usable at scale. Images, videos, AI datasets, NFT media, gaming assets, and user-generated content do not belong inside blockchains. Walrus exists to handle this data layer properly.
One of the most important recent updates around Walrus is its continued optimization for performance and reliability. The network is improving how data is distributed and retrieved, making storage faster while maintaining decentralization. This matters because storage is not useful if it is slow or unreliable. Developers need confidence that the data they store today will still be available tomorrow, next year, and beyond. Walrus is clearly prioritizing this long-term reliability.
Another key area of progress is cost efficiency. Traditional cloud providers hide their costs behind subscriptions and opaque pricing models. Walrus takes a different approach by making storage costs transparent and predictable. This allows developers, businesses, and individual users to plan without worrying about sudden price changes or vendor lock-in. As more applications move on-chain, predictable storage costs become a competitive advantage.
Privacy remains a central focus of the Walrus roadmap. Recent updates show a clear push toward stronger data protection without sacrificing accessibility. The goal is not to make data invisible forever, but to give users control over who can access it and under what conditions. This kind of selective access is critical for real-world use cases like enterprise data, personal records, and sensitive application data.
The role of $WAL has also become clearer with recent developments. The token is not just a fee mechanism. It aligns incentives across the entire ecosystem. Storage providers are rewarded for honest participation, users pay for the resources they consume, and the network remains economically sustainable over time. This balanced design reduces reliance on speculation and encourages real usage, which is something many Web3 projects struggle to achieve.
What makes Walrus stand out is how naturally it fits into the broader Web3 stack. As blockchains focus on execution, ownership, and settlement, Walrus handles the data layer without forcing compromises. Developers do not need to redesign their applications to fit the storage system. Instead, storage adapts to the needs of modern decentralized apps, AI-driven platforms, and content-heavy ecosystems.
Looking ahead, the upcoming updates hinted by the team suggest even deeper integration with Web3 ecosystems, smarter data management tools, and continued improvements in speed and efficiency. These are not flashy upgrades, but they are exactly what serious builders look for when choosing infrastructure.
The future of data should not belong to centralized platforms that monetize user behavior and control access. It should belong to individuals and builders who value ownership, freedom, and resilience. Walrus is quietly pushing the ecosystem in that direction. Not through promises, but through steady execution.
In a market full of noise, Walrus is doing something rare. It is building infrastructure that becomes more valuable as adoption grows. That is usually where the real winners come from.
@Walrus 🦭/acc $WAL #walrus