S E L E N E

In 2026 decentralization is no longer a marketing term. It has become a measurable requirement for any blockchain infrastructure that wants to support real economic activity. As decentralized applications mature and institutions begin using onchain systems at scale the need for decentralized data availability storage and verification has become critical. Walrus Protocol stands out in this environment because its decentralization is not theoretical. It is structural operational and economic.
#Walrus was designed for a world where blockchains no longer operate in isolation. Applications now depend on massive volumes of offchain and semi-onchain data including financial records compliance metadata NFTs AI outputs and real world asset documentation. Centralized storage solutions cannot meet these demands without reintroducing trust assumptions. Walrus addresses this gap by decentralizing how data is stored verified retrieved and governed.
Decentralization by Architecture Not by Promise
The decentralization of Walrus begins at the architectural level. Unlike traditional storage systems that rely on centralized servers or small validator sets Walrus distributes data across a wide network of independent storage nodes. No single entity controls where data is stored or how it is accessed. Each data object is broken into verifiable fragments and distributed across the network in a way that prevents unilateral control or censorship.
This architecture ensures that even if multiple nodes go offline or act maliciously the data remains available and verifiable. In 2026 this matters more than ever because decentralized applications now operate in regulated environments across jurisdictions. A protocol that can be shut down or altered by one operator cannot be considered decentralized regardless of branding.
Walrus does not depend on trusted intermediaries to maintain availability.
The network itself enforces correctness through cryptographic proofs and economic incentives making decentralization a property of the system rather than the participants.
Permissionless Participation Strengthens the Network
A decentralized protocol must allow open participation and Walrus does exactly that. Storage providers can join the network without needing approval from a central authority. This permissionless design encourages geographic and organizational diversity which is a key requirement for true decentralization in 2026.
As more independent operators join the network control becomes increasingly distributed.
No single group can coordinate to censor data manipulate availability or extract rent from users. This open participation model also allows the network to scale organically based on demand rather than relying on preselected infrastructure partners.
In contrast to centralized cloud providers Walrus does not require trust in a corporation or legal entity. Trust is replaced with verifiable computation and cryptographic guarantees which is the foundation of decentralized systems.
Economic Decentralization Through Incentives
Decentralization is not only technical. It is also economic. Walrus aligns incentives so that storage providers validators and users all benefit from honest participation. Nodes are rewarded for storing data correctly and serving it reliably while penalties discourage malicious behavior or downtime.
This incentive structure prevents wealth and influence from concentrating in a small group over time. In 2026 many early blockchain networks struggle with validator centralization due to high capital requirements. Walrus mitigates this risk by optimizing for efficient storage proofs and fair reward distribution allowing smaller operators to compete effectively.
Economic decentralization ensures that governance power does not naturally drift toward a handful of large players. It keeps the network resilient and aligned with its users rather than dominated by infrastructure elites.
Onchain Verifiability Without Central Indexing
One of the most important decentralization breakthroughs Walrus offers is verifiable data availability without centralized indexing services. In many so-called decentralized storage networks data may be distributed but discovery and verification still rely on centralized components.
Walrus removes this dependency by enabling onchain verification of stored data through cryptographic commitments. Applications and smart contracts can confirm that data exists has not been altered and is retrievable without trusting an external service.
In 2026 this capability is essential for financial applications regulatory reporting and real world asset tokenization. Data that cannot be independently verified is a liability. Walrus ensures that verification remains decentralized even as data volumes grow.
Governance Designed for Long-Term Decentralization
Walrus governance is structured to evolve with the network rather than override it. Protocol upgrades parameter changes and economic adjustments are proposed and approved through decentralized governance mechanisms. No centralized foundation or core team has unilateral authority to change network rules.
This governance model is especially important as Walrus becomes embedded in institutional systems. Decentralized governance ensures that no single stakeholder can alter data access rules or impose restrictions that benefit one group at the expense of others.
In 2026 sustainable decentralization requires governance that balances adaptability with restraint. Walrus achieves this by limiting governance power to protocol level decisions while preserving the neutrality of data storage and access.
Resilience Against Censorship and Jurisdictional Pressure
As blockchain infrastructure becomes globally relevant it inevitably encounters jurisdictional pressure. Centralized systems respond to regulation by restricting access or altering behavior. Decentralized systems must remain neutral while still enabling compliance at the application layer.
Walrus is decentralized because it separates infrastructure neutrality from application logic. The protocol itself does not enforce content rules or jurisdictional controls. Instead applications choose how to interpret and use data in compliance with local laws.
This separation ensures that Walrus remains censorship resistant while still supporting regulated use cases. In 2026 this balance is critical as governments increasingly scrutinize blockchain infrastructure.
Interoperability Without Central Gatekeepers
Walrus is built to serve multiple blockchains ecosystems and execution environments. It does not privilege one chain or application over another. This neutrality prevents ecosystem capture where a single platform dominates access to shared infrastructure.
By remaining chain-agnostic Walrus reinforces decentralization at the ecosystem level. Developers are not locked into one stack or vendor. They can build applications that move across networks without losing access to stored data.
Interoperability without gatekeepers ensures that Walrus functions as a shared public utility rather than a proprietary service. This is a defining characteristic of decentralized infrastructure in 2026.
Decentralization That Scales With Reality
Perhaps the most important reason Walrus is decentralized in 2026 is that it scales with real usage. Many early decentralized systems compromised decentralization as they scaled by introducing shortcuts or trusted components.
Walrus was designed with high data throughput and real world workloads in mind. Its decentralization does not break under pressure because it was not added later. It is embedded in how the protocol stores verifies and serves data.
As demand grows the network becomes more distributed not less. This inverse relationship between scale and centralization is rare and valuable.
Conclusion
Walrus Protocol is decentralized in 2026 because decentralization is not an afterthought or a slogan. It is the foundation of the system. From architecture and incentives to governance and interoperability Walrus distributes power responsibility and trust across the network.
In a world where data is the backbone of digital finance identity and ownership decentralization must extend beyond transactions. Walrus proves that decentralized storage and data availability can be real scalable and institution-ready without sacrificing core principles.
That is why Walrus is not just decentralized in theory but decentralized in practice in 2026.
@Walrus 🦭/acc $WAL

In an era where blockchain adoption is accelerating across global finance privacy has become one of the most critical challenges. While public blockchains provide transparency and immutability they also expose sensitive financial data. This level of exposure is not suitable for institutions funds or enterprises handling high value assets. Dusk is designed to solve this problem by acting as a confidential settlement layer built specifically for private asset transfers.
Dusk is not focused on being a general purpose blockchain. Its architecture is centered on settlement finality confidentiality and regulatory awareness. This focus allows Dusk to support real financial activity rather than experimental use cases.
Why Confidential Settlement Matters
Traditional financial systems are built around discretion. Transaction sizes ownership structures and settlement details are not visible to the public. On most blockchains however all transaction data is exposed by default. This creates risks such as front running strategic data leaks and regulatory uncertainty.
Dusk approaches this differently by separating network trust from data visibility. The network remains decentralized verifiable and secure while transaction details remain private. This design allows participants to verify correctness without revealing sensitive information to the entire network.
Dusk as a Purpose Built Settlement Layer
Dusk is optimized for settlement rather than execution heavy applications. It ensures that asset transfers are finalized securely and privately. Only the information required for validation is revealed while all other details remain confidential.
This makes Dusk suitable for tokenized securities regulated assets private financial instruments and institutional settlement workflows. The protocol is designed to mirror how real markets operate while benefiting from onchain efficiency.
Privacy by Design at the Protocol Level
Privacy on Dusk is not an optional feature. It is embedded directly into the protocol. Transactions are validated using advanced cryptographic methods that allow the network to confirm correctness without exposing sensitive data.
Asset values counterparties and transaction metadata remain protected. At the same time the settlement process remains trustless and verifiable. This ensures privacy without sacrificing security or decentralization.
Regulatory Awareness Without Public Exposure
Dusk is built with regulatory alignment in mind. Privacy does not mean avoiding oversight. Instead Dusk supports selective disclosure. Authorized parties such as regulators or auditors can verify transactions when required without making data public.
This approach allows institutions to meet compliance obligations while operating onchain. It enables privacy for market participants and accountability for regulators at the same time.
Ethereum Compatibility Through Dusk
To support developer adoption Dusk includes an Ethereum compatible execution environment known as Dusk. This allows smart contracts to be deployed using familiar tools and frameworks.
Ethereum compatibility reduces friction for builders and allows existing applications to migrate without major changes. Developers can leverage privacy focused settlement while working within a familiar development environment.
Real World Asset Settlement Use Cases
As real world asset tokenization grows settlement becomes the most important layer. Dusk supports confidential settlement for assets such as bonds funds private equity and structured financial products.
In these markets confidentiality is essential. Dusk ensures that ownership transfers and settlements occur onchain without revealing sensitive commercial information. This opens the door for private secondary markets and compliant onchain financial activity.
Network Security and Finality
Privacy on Dusk does not weaken security. Every transaction is validated by the network and finalized through decentralized consensus. Settlement finality is enforced and transactions cannot be reversed or altered.
Trust is established through cryptography rather than intermediaries. The network remains transparent in terms of rules and validation while protecting participant data.
Role of the DUSK Token
The DUSK token coordinates network activity. It is used for transaction fees validator incentives and participation in consensus. This aligns economic incentives with network security and settlement integrity.
Token utility is directly connected to real usage such as settlement volume and network participation. This ensures long term sustainability of the ecosystem.
Infrastructure for the Next Phase of Finance
Blockchain adoption is moving from experimentation to production. Institutions now require systems that meet operational regulatory and confidentiality standards. Dusk is built to meet these expectations.
By focusing on private settlement compliance awareness and secure asset transfers Dusk provides infrastructure suited for real financial markets. It bridges decentralized technology with institutional requirements.
Conclusion
Dusk represents a new approach to blockchain settlement. By embedding confidentiality into the protocol and aligning with real world financial standards it enables private asset transfers without compromising security or trust.
As finance continues to move onchain the need for confidential settlement will only grow. Dusk stands as a settlement layer designed for this future supporting private compliant and secure asset transfers at scale.
@Dusk #Dusk $DUSK

In today’s fast-paced digital landscape enterprises are constantly seeking solutions that combine efficiency security and scalability. Centralized systems while familiar often struggle to meet modern demands particularly when it comes to transparency cost predictability and data sovereignty. Enter @Walrus 🦭/acc an enterprise-grade decentralized network designed to bridge the gap between traditional data infrastructure and the decentralized future.
Walrus is more than just a blockchain storage solution it is a holistic ecosystem built to provide organizations with reliable secure and cost-effective data management. Unlike conventional decentralized systems which often suffer from unpredictable costs and slow performance Walrus focuses on delivering predictable storage costs high throughput and robust privacy features. By doing so it empowers businesses to plan scale and innovate without being constrained by infrastructure limitations.
At the core of Walrus is its decentralized network architecture which distributes data across multiple nodes while maintaining integrity and redundancy. This design ensures that enterprise data is never held hostage by a single point of failure. For industries handling sensitive information such as finance healthcare and supply chain logistics this decentralized approach is a game-changer. It allows organizations to maintain control and ownership of their data without relying on centralized intermediaries prone to breaches or downtime.
Predictability Meets Performance
One of the most compelling aspects of Walrus is its predictable cost model. In traditional cloud storage systems pricing is often variable depending on usage spikes network congestion or hidden fees. These fluctuations can create budgetary uncertainties and hinder long-term strategic planning. Walrus eliminates this unpredictability by offering upfront fixed pricing for storage periods. Businesses know exactly what they will pay allowing them to allocate resources efficiently and avoid unpleasant surprises.
Performance is equally critical. Walrus leverages a high-throughput network capable of supporting enterprise-scale workloads. Data retrieval is optimized to ensure minimal latency and the network’s distributed nature allows for scalable operations that grow alongside organizational needs. Whether a company is managing millions of financial transactions storing terabytes of medical records or running large-scale analytics Walrus provides the speed and reliability required to operate at an enterprise level.
Privacy and Compliance by Design
In the modern regulatory landscape compliance is non-negotiable. From GDPR in Europe to HIPAA in the United States enterprises must adhere to strict guidelines regarding data storage and access. Walrus addresses this challenge head-on by integrating privacy and compliance into its network architecture. Its privacy-by-design framework ensures that sensitive data is encrypted end-to-end and accessible only to authorized parties.
Moreover Walrus allows enterprises to implement granular access controls making it possible to define who can view edit or share data. This level of control not only supports regulatory compliance but also builds trust with customers and partners who can be confident that their information is secure. For sectors such as banking and healthcare where privacy is paramount this is a critical differentiator.
Seamless Integration with Existing Workflows
A common hurdle for enterprises adopting decentralized solutions is the complexity of integration. Walrus has been engineered to seamlessly blend into existing IT ecosystems. With API-driven interfaces SDKs and plug-and-play modules organizations can integrate Walrus into their current workflows without major overhauls.
This ease of adoption is particularly important for enterprises that rely on legacy systems. Walrus acts as a complementary layer rather than a replacement allowing companies to enjoy the benefits of decentralization without disrupting day-to-day operations. From automated data backups to secure off-chain storage for blockchain applications Walrus fits naturally into a wide range of business scenarios.
Reliability Through Redundancy
The decentralized nature of Walrus means that data is replicated across multiple nodes. This redundancy ensures that even if one or more nodes fail the information remains accessible and intact. Unlike traditional storage networks where a single server failure can lead to downtime or data loss Walrus provides enterprise-grade resilience.
Additionally this architecture supports disaster recovery strategies. Organizations can confidently store critical data knowing that it is not only secure but also retrievable in any situation. This reliability is essential for businesses that cannot afford downtime such as financial institutions healthcare providers and e-commerce platforms.
Driving Innovation with Decentralized Applications
Beyond storage Walrus opens the door to (dApps). Businesses can build applications that leverage the network’s secure high-performance infrastructure. From supply chain tracking solutions to decentralized finance platforms the potential is vast. By providing a stable and predictable environment Walrus empowers developers and organizations to innovate without worrying about network constraints or cost volatility.
Furthermore Walrus supports interoperability across blockchain ecosystems allowing enterprises to engage with multiple platforms while maintaining control over their data. This cross-chain capability enhances flexibility ensuring that businesses can adapt to evolving technological landscapes without being locked into a single solution.
Sustainability and Future-Readiness
Decentralized networks often face criticism for their environmental footprint. Walrus addresses this through energy-efficient consensus mechanisms and optimized network operations. By minimizing unnecessary computational overhead Walrus ensures that enterprises can benefit from decentralization in an environmentally responsible way.
#Walrus is designed to evolve with the needs of the enterprise sector. Its modular architecture allows for upgrades and feature expansions ensuring that the network remains relevant as technologies and business requirements change.
Conclusion
Walrus is not just a decentralized storage network it is a comprehensive enterprise solution. It combines predictability performance privacy and reliability in a single platform making it uniquely suited for businesses seeking to embrace the decentralized future without sacrificing operational efficiency or compliance.
For enterprises ready to take control of their data minimize risk and drive innovation Walrus represents a powerful leap forward. It is an infrastructure designed to meet the demands of today while preparing businesses for the possibilities of tomorrow a true enterprise-grade decentralized network that delivers on performance security and scalability.
In a world where data is the new currency Walrus ensures that enterprises can manage protect and leverage their most valuable asset with confidence efficiency and foresight.
$WAL

The blockchain industry is at the cusp of a major evolution. As digital finance matures the tokenization of real-world assets has emerged as one of the most promising avenues for unlocking liquidity, transparency, and accessibility in global markets. Recognizing this potential, Plume, the first public Layer 1 blockchain purpose-built for RWAfi, has joined forces with #Walrus the decentralized storage solution developed to support scalable, secure, and compliant blockchain infrastructure. This partnership marks a significant milestone in the advancement of institutional-grade RWA tokenization.

Bridging the Gap Between Real-World Assets and Blockchain
Real-world assets such as real estate, commodities, financial instruments, and alternative investments have historically been confined to offline systems, limiting accessibility and liquidity. The concept of RWAfi bridges this gap by enabling assets to be represented as digital tokens on-chain. This creates a secure and transparent mechanism for global investors to access previously illiquid markets while maintaining regulatory compliance.
However, tokenizing these assets comes with its own set of challenges. Institutional participants require solutions that combine high scalability, robust security, predictable costs, and compliance-ready infrastructure. Plume and Walrus Protocol together provide a cohesive answer to these challenges, enabling tokenized assets to operate efficiently in a decentralized environment without compromising integrity or transparency.

Walrus Protocol: The Backbone of On-Chain Storage
At the core of this partnership is Walrus Protocol, a decentralized blob storage system designed to handle large-scale data securely and reliably. For tokenized real-world assets, data integrity and accessibility are paramount. Walrus addresses these requirements by offering:
Secure Storage – Asset records, financial metadata, and compliance documents are encrypted and stored on a decentralized network, minimizing the risk of tampering or data loss.Compliance-Ready Architecture – On-chain storage ensures that all critical asset data is verifiable, traceable, and aligned with regulatory standards.Scalability – From thousands of asset records to complex financial data, Walrus is engineered to manage extensive datasets efficiently.Predictable Costs – Institutions can budget with certainty, avoiding unpredictable storage fees common in other decentralized systems.Global Accessibility – Authorized participants anywhere in the world can access and verify data seamlessly, enabling smooth cross-border asset distribution.
By implementing Walrus as its default storage solution, Plume ensures that every tokenized asset in its ecosystem is backed by a secure, reliable, and compliant infrastructure, laying the foundation for large-scale adoption.

Enhancing RWAfi with Plume
Plume’s mission goes beyond simply creating a blockchain for digital assets. Its purpose-built architecture is designed specifically for RWAfi, providing tools and frameworks that support secure tokenization, regulatory alignment, and composable smart contracts. By partnering with Walrus Protocol, Plume enhances its ecosystem in multiple key ways:
Seamless On-Chain Verification – Issuers can securely store asset-backed data on-chain, ensuring integrity and auditability.Regulatory Compliance – Financial and legal metadata are preserved in a verifiable environment, enabling adherence to institutional reporting requirements.Global Distribution – Tokenized assets can be distributed internationally, unlocking new liquidity pools for investors and enabling efficient cross-border operations.Scalable Infrastructure – Projects can confidently manage large portfolios of tokenized assets without worrying about storage limitations or network congestion.Composability and Integration – Plume’s smart contracts, built using the Sui Move language stack, can integrate seamlessly with other DeFi and RWAfi applications, facilitating advanced financial products and innovative use cases.
This combination of secure storage, regulatory alignment, and composable smart contracts positions Plume as one of the leading platforms for institutional real-world asset tokenization.

Unlocking the Future of Tokenized Assets
The partnership between Plume and Walrus Protocol is more than a technical collaboration; it represents a step toward the broader adoption of RWAfi. By bridging the gap between tangible assets and blockchain-based solutions, this ecosystem empowers institutions, developers, and investors to participate confidently in the tokenized economy.
Looking ahead, the possibilities are immense:
Cross-Border Asset Distribution – Investors can access tokenized assets globally without the friction of traditional financial systems.Enhanced Transparency – Fully auditable asset histories increase trust and reduce operational risk.Advanced Financial Products – Integration with DeFi enables new instruments such as asset-backed lending, staking, and derivatives.Sustainable Growth – Institutions can scale operations while maintaining regulatory compliance and data integrity.
With Plume providing a purpose-built Layer 1 environment and Walrus Protocol delivering secure decentralized storage, the ecosystem is poised to become a benchmark for institutional-grade RWA tokenization, bringing liquidity and innovation to a global market hungry for efficiency and transparency.

Conclusion
$PLUME partnership with Walrus Protocol represents a critical leap forward for the RWAfi industry. By combining Plume’s scalable, compliant blockchain infrastructure with Walrus’ secure and decentralized storage, tokenized real-world assets can now operate in a fully on-chain, verifiable, and globally accessible environment.
This collaboration is not just about technology; it is about creating an ecosystem where innovation, security, and compliance converge to unlock the next era of digital finance. With this foundation, Plume and Walrus Protocol are setting the stage for widespread institutional adoption, greater liquidity, and a new standard for tokenized assets worldwide.
@Walrus 🦭/acc $WAL

In the rapidly evolving world of blockchain technology speed efficiency, and stability are not just advantages they are necessities. Plasma emerges as a high-performance, EVM-compatible Layer 1 blockchain purpose-built to support stablecoins and digital financial infrastructure. Unlike conventional blockchains that often struggle under heavy transactional load, Plasma is engineered from the ground up to handle high throughput, low latency, and scalable operations, making it ideal for both developers and financial institutions seeking reliability in decentralized finance.
Plasma offers seamless EVM compatibility, allowing developers familiar with Ethereum’s ecosystem to deploy smart contracts and decentralized applications without reinventing the wheel. This compatibility ensures interoperability across existing DeFi platforms while providing the speed and efficiency that traditional Ethereum networks may struggle to deliver. By combining performance with a familiar development environment, Plasma lowers barriers to entry and accelerates innovation.
One of the blockchain’s standout features is its purpose-built architecture for stablecoins. Stablecoins play a crucial role in digital finance, providing a reliable store of value and a unit of account amidst the volatility of cryptocurrencies. Plasma’s infrastructure is optimized for stablecoin transactions, ensuring that transfers are executed quickly, securely, and at minimal cost. This makes it an attractive choice for applications requiring high-frequency transactions, such as lending protocols, decentralized exchanges, and payment platforms.
Scalability is another cornerstone of Plasma’s design. As transaction volumes grow, many blockchains face congestion and rising fees. Plasma mitigates this with an advanced consensus mechanism and efficient state management, allowing the network to process thousands of transactions per second without compromising security. For end-users, this means faster confirmations, lower costs, and a smoother overall experience critical factors for mass adoption.
Security remains a top priority. Plasma integrates robust cryptographic protocols and decentralization principles to ensure that every transaction is validated securely. With high-performance nodes distributed across the network Plasma balances speed with reliability, ensuring that no single point of failure can disrupt operations. Developers and institutions can build with confidence knowing that their smart contracts and digital assets are safeguarded against potential threats.
The user experience on Plasma is equally impressive. With tools and resources designed to simplify onboarding even new developers can quickly deploy applications. Transparent network metrics comprehensive documentation and active developer communities make Plasma not just a blockchain but a thriving ecosystem. Businesses and individuals alike can leverage this ecosystem to create innovative financial products, from automated lending solutions to cross-border payment systems.
In addition to technical excellence Plasma is committed to supporting sustainable growth in the crypto space. Its energy-efficient consensus model reduces the environmental impact associated with blockchain operations addressing one of the most critical challenges in the industry today. By combining high throughput with low energy consumption Plasma demonstrates that performance and sustainability can coexist harmoniously.
Plasma is more than just a Layer 1 blockchain it is a foundation for the future of digital finance. Its EVM compatibility stablecoin optimization scalability security and user-focused design position it as a go-to platform for developers and institutions alike. Whether you are building the next generation of DeFi protocols, exploring stablecoin applications, or simply seeking a reliable blockchain infrastructure Plasma offers the tools performance and ecosystem support necessary to bring ambitious projects to life.
@Plasma #Plasma $XPL

@Dusk was created for use in the financial industry with a combination of necessary privacy and compliance with regulations.
While there are several potential use cases for the Dusk Network, the primary initial adoption strategy is focused on the Security Token market, which they feel will benefit from the addition of a privacy and compliance-focused blockchain built specifically for the needs and challenges of the STO space.
In order to become the primary blockchain used for STOs, it is critical for the team to provide for both the privacy of transactions and compliance requirements. Privacy of transactions is one of the key elements of regulated markets.
Consider the following example: Any large movements of Bitcoin from various whale wallets can cause huge spikes in Bitcoin volatility, either upwards if there is a large purchase, or downwards when there is a large sale. If Bitcoin were a regulated asset like a stock, the transparency of the blockchain and transactions would be not only discouraged by regulators but could also be considered as leading to market manipulation, a practice that is illegal in any regulated market.

While the privacy of transactions is important in maintaining an orderly market, compliance is equally important in legal market trading. This means checks for traders such as KYC and AML, which combat money laundering, as well as restrictions on the country of residence, amount of assets being issued, whether assets can be fractional, and other details of a healthy asset market.
It’s important to know that as a layer 0 protocol the Dusk Network differs from other similar solutions such as PolyMath which acts like a for-profit middleman in the STO market, which need to charge fees and make money to be successful.
When you use those platforms you must also pay the fees, which can run into the hundreds of thousands of dollars for new STO campaigns. In contrast, the Dusk Network is a protocol which makes their security token standard open to all, just like the ERC-20 standard on Ethereum was open to all for use in their ICOs.
That makes Dusk free to use, which is a vast improvement for projects looking to launch an STO.
Dusk Network and Zero-Knowledge
The Dusk Network makes use of Zero-Knowledge cryptography as a means for validating a wide variety of network operations. This includes transactions, right to access a service, right to participate in blind bidding auctions and much more.
In addition, using zero-knowledge cryptography means users can participate without revealing their identity or any details of transactions while providing proof of correct computation in a trustless manner. All of these verifications are handled by browser nodes.
Blind Bind on the Dusk Network
These nodes compete with each other by staking an undisclosed amount of Dusk tokens to participate in the block selection process. This generates compliance to the process as it generates the zero-knowledge proof that transactions in the block have occurred.
The shifting of the workload of verifying (and eventually generating) zero-knowledge proofs allow the community to add computational power, thus leveraging game theory principles and bringing Dusk one step closer to becoming fully browser-based.
#Dusk $DUSK