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The Dusk Foundation is enhancing transparency and trust in digital systems by providing blockchain-based bulletin boards that serve as a single source of truth. All entries are cryptographically secured, immutable, and verifiable, ensuring that information cannot be tampered with or disputed.
This approach allows organizations and communities to share updates, announcements, and records with full confidence in their accuracy. By combining privacy-preserving smart contracts with a trusted ledger, Dusk ensures that sensitive data remains confidential while maintaining a reliable, auditable record.
With Dusk’s bulletin boards, users gain a secure, transparent, and authoritative platform for communication and record-keeping, bridging the gap between decentralization and trust.
@Dusk #dusk $DUSK
This approach allows organizations and communities to share updates, announcements, and records with full confidence in their accuracy. By combining privacy-preserving smart contracts with a trusted ledger, Dusk ensures that sensitive data remains confidential while maintaining a reliable, auditable record.
With Dusk’s bulletin boards, users gain a secure, transparent, and authoritative platform for communication and record-keeping, bridging the gap between decentralization and trust.
@Dusk #dusk $DUSK
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The Dusk Foundation is advancing blockchain technology by enabling instant settlement of transactions through its privacy-preserving smart contracts. This approach eliminates the delays common in traditional finance, allowing assets to move securely and efficiently in real time.
By combining fast transaction finality with robust privacy protections, Dusk ensures that settlements are both immediate and confidential, making it ideal for regulated markets and enterprise applications. Its infrastructure supports scalable, compliant, and reliable digital asset transfers, bridging the gap between blockchain innovation and practical financial operations.
With Dusk, organizations can achieve the speed and security of traditional finance while leveraging the transparency and programmability of blockchain technology.
@Dusk #dusk $DUSK
By combining fast transaction finality with robust privacy protections, Dusk ensures that settlements are both immediate and confidential, making it ideal for regulated markets and enterprise applications. Its infrastructure supports scalable, compliant, and reliable digital asset transfers, bridging the gap between blockchain innovation and practical financial operations.
With Dusk, organizations can achieve the speed and security of traditional finance while leveraging the transparency and programmability of blockchain technology.
@Dusk #dusk $DUSK
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The Dusk Foundation is building blockchain infrastructure that balances innovation with regulatory compliance. Its privacy-preserving smart contracts and token frameworks are designed to meet both global standards and local legislation, enabling secure and lawful digital asset management.
By integrating automated compliance, auditing capabilities, and verifiable governance, Dusk ensures that enterprises and financial institutions can operate on the blockchain without regulatory risk. This makes it suitable for regulated markets where adherence to legal frameworks is critical.
With a focus on privacy, security, and compliance, the Dusk Foundation provides a platform for confidential yet fully auditable transactions, bridging the gap between decentralized technology and real-world regulatory requirements.
@Dusk #dusk $DUSK
By integrating automated compliance, auditing capabilities, and verifiable governance, Dusk ensures that enterprises and financial institutions can operate on the blockchain without regulatory risk. This makes it suitable for regulated markets where adherence to legal frameworks is critical.
With a focus on privacy, security, and compliance, the Dusk Foundation provides a platform for confidential yet fully auditable transactions, bridging the gap between decentralized technology and real-world regulatory requirements.
@Dusk #dusk $DUSK
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The Dusk Foundation is redefining token governance with privacy-preserving smart contracts. By using advanced cryptography and zero-knowledge proofs, Dusk enables tokens to execute rules and transactions confidentially while remaining fully verifiable.
This approach allows automated compliance, secure vesting, and decentralized governance without exposing sensitive data, making it ideal for regulated markets and enterprises. Developers can create custom tokens and applications that combine privacy with performance and security.
Dusk bridges the gap between transparency and confidentiality, offering a next-generation framework for secure, compliant, and private digital asset management.
@Dusk #dusk $DUSK
This approach allows automated compliance, secure vesting, and decentralized governance without exposing sensitive data, making it ideal for regulated markets and enterprises. Developers can create custom tokens and applications that combine privacy with performance and security.
Dusk bridges the gap between transparency and confidentiality, offering a next-generation framework for secure, compliant, and private digital asset management.
@Dusk #dusk $DUSK
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Dusk Foundation turns blockchain from theory into revenue. Their productized smart contracts are ready-to-deploy, privacy-preserving, and built to generate real economic value—automating finance, compliance, and asset management without the headache of custom coding.
With Dusk, privacy meets profitability: institutions can operate confidently in regulated markets while smart contracts handle the heavy lifting, unlocking efficiency and revenue at the same time. Blockchain that works. Blockchain that pays.
@Dusk #dusk $DUSK
With Dusk, privacy meets profitability: institutions can operate confidently in regulated markets while smart contracts handle the heavy lifting, unlocking efficiency and revenue at the same time. Blockchain that works. Blockchain that pays.
@Dusk #dusk $DUSK
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Decentralization is more than an ideology. It’s about building a system that is fundamentally different from what came before it – a truly distributed network that can withstand attacks, outages, and censorship.
This ethos is baked into Walrus from the ground up. By rewarding honest performance, we’ve created a system where staying decentralized makes good, economic sense, for both nodes and customers. As an organization, we’re committed to a future built on decentralized data - one where you control your data, verify its origins, and ultimately get to decide who profits from it.
In the end, the question isn’t about why decentralization matters, since the answer is clear. It’s about whether the systems you build on today will still be decentralized tomorrow. With Walrus, that answer will always be yes.
@Walrus 🦭/acc
#walrus $WAL
This ethos is baked into Walrus from the ground up. By rewarding honest performance, we’ve created a system where staying decentralized makes good, economic sense, for both nodes and customers. As an organization, we’re committed to a future built on decentralized data - one where you control your data, verify its origins, and ultimately get to decide who profits from it.
In the end, the question isn’t about why decentralization matters, since the answer is clear. It’s about whether the systems you build on today will still be decentralized tomorrow. With Walrus, that answer will always be yes.
@Walrus 🦭/acc
#walrus $WAL
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@Walrus 🦭/acc takes a fresh approach to incentivizing decentralized storage by rewarding nodes based on verifiable performance rather than sheer size or reputation. In many traditional networks, larger operators dominate because they have the most resources, leaving smaller participants with little chance to compete. Walrus changes that dynamic.
In the network, every storage node is continuously monitored for uptime, reliability, and honest behavior. Nodes that demonstrate consistent, verifiable performance earn WAL tokens as rewards. This means that even a small operator can compete with the largest providers if they maintain high-quality service. Performance, not scale, drives rewards.
This approach strengthens decentralization. By giving smaller nodes a fair chance to earn, the network avoids the concentration of power in a few large players. It encourages healthy competition, incentivizes reliability, and ensures that users’ data is stored across a diverse set of operators.
Ultimately, Walrus Protocol aligns incentives with actual network value: nodes that perform well get rewarded, the network stays decentralized, and the system becomes more resilient, secure, and fair for all participants.
#walrus $WAL
In the network, every storage node is continuously monitored for uptime, reliability, and honest behavior. Nodes that demonstrate consistent, verifiable performance earn WAL tokens as rewards. This means that even a small operator can compete with the largest providers if they maintain high-quality service. Performance, not scale, drives rewards.
This approach strengthens decentralization. By giving smaller nodes a fair chance to earn, the network avoids the concentration of power in a few large players. It encourages healthy competition, incentivizes reliability, and ensures that users’ data is stored across a diverse set of operators.
Ultimately, Walrus Protocol aligns incentives with actual network value: nodes that perform well get rewarded, the network stays decentralized, and the system becomes more resilient, secure, and fair for all participants.
#walrus $WAL
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@Walrus 🦭/acc is designed around a core principle that is often missing in traditional data infrastructure: the meaningful decentralization of power. Instead of relying on a small number of large storage providers, Walrus introduces a system where control over data availability and persistence is distributed across many independent participants. This architectural choice directly addresses the risks of censorship, monopoly control, and single points of failure that plague centralized storage systems.
At the heart of this model is delegated staking. Token holders are not required to operate storage infrastructure themselves to contribute to network security. Instead, they can delegate their stake to independent storage nodes of their choosing. Nodes compete to attract this delegated stake, which incentivizes good performance, honest behavior, and long-term reliability. As stake naturally spreads across multiple operators, no single entity gains disproportionate influence over the network.
This distribution of stake has profound implications for censorship resistance. Because data placement and retention are governed by a broad set of economically independent nodes, it becomes extremely difficult for any single party to control what data gets added, modified, or removed. Even coordinated attempts at censorship would require collusion across many operators, making such actions costly and unlikely.
By aligning economic incentives with decentralization, Walrus Protocol ensures that power remains diffused throughout the network. The result is a storage layer that is not only scalable and secure, but also structurally resistant to control by centralized actors—an essential foundation for open, permissionless Web3 applications.
#walrus $WAL
At the heart of this model is delegated staking. Token holders are not required to operate storage infrastructure themselves to contribute to network security. Instead, they can delegate their stake to independent storage nodes of their choosing. Nodes compete to attract this delegated stake, which incentivizes good performance, honest behavior, and long-term reliability. As stake naturally spreads across multiple operators, no single entity gains disproportionate influence over the network.
This distribution of stake has profound implications for censorship resistance. Because data placement and retention are governed by a broad set of economically independent nodes, it becomes extremely difficult for any single party to control what data gets added, modified, or removed. Even coordinated attempts at censorship would require collusion across many operators, making such actions costly and unlikely.
By aligning economic incentives with decentralization, Walrus Protocol ensures that power remains diffused throughout the network. The result is a storage layer that is not only scalable and secure, but also structurally resistant to control by centralized actors—an essential foundation for open, permissionless Web3 applications.
#walrus $WAL
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Walrus RFP Program: Building the Future of Decentralized Storage
The Walrus RFP program is a strategic initiative designed to accelerate innovation across the Walrus decentralized data storage ecosystem. Through this program, Walrus invites builders, researchers, and teams to propose solutions that enhance the network’s core infrastructure, tooling, security, and real-world adoption. It serves as a direct bridge between the protocol’s long-term vision and the community’s technical creativity.
At its core, the RFP Program focuses on solving concrete, high-impact challenges. These may include improving storage efficiency, strengthening cryptographic guarantees, developing developer tools, advancing incentive mechanisms, or expanding integrations with other Web3 systems. By clearly defining problem statements, Walrus ensures that contributors can focus their efforts on areas that matter most to the network’s scalability, reliability, and usability.
Participants whose proposals are selected receive funding, technical support, and close collaboration with the Walrus core team. This structure reduces friction for contributors and enables faster experimentation and deployment of production-grade solutions. Importantly, the program aligns incentives so that successful proposals directly strengthen the protocol while rewarding contributors for meaningful impact.
@Walrus 🦭/acc #walrus $WAL
The Walrus RFP program is a strategic initiative designed to accelerate innovation across the Walrus decentralized data storage ecosystem. Through this program, Walrus invites builders, researchers, and teams to propose solutions that enhance the network’s core infrastructure, tooling, security, and real-world adoption. It serves as a direct bridge between the protocol’s long-term vision and the community’s technical creativity.
At its core, the RFP Program focuses on solving concrete, high-impact challenges. These may include improving storage efficiency, strengthening cryptographic guarantees, developing developer tools, advancing incentive mechanisms, or expanding integrations with other Web3 systems. By clearly defining problem statements, Walrus ensures that contributors can focus their efforts on areas that matter most to the network’s scalability, reliability, and usability.
Participants whose proposals are selected receive funding, technical support, and close collaboration with the Walrus core team. This structure reduces friction for contributors and enables faster experimentation and deployment of production-grade solutions. Importantly, the program aligns incentives so that successful proposals directly strengthen the protocol while rewarding contributors for meaningful impact.
@Walrus 🦭/acc #walrus $WAL
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$WAL is the payment token for storage on the Walrus protocol, with the payment mechanism designed to keep storage costs stable in fiat terms and protect against long-term fluctuations in the WAL token price. When users pay for storage, they pay to have data stored for a fixed amount of time and the WAL paid upfront is distributed across time to storage nodes and stakers as compensation for their services. This mechanism ensures both that the Walrus protocol is financially sustainable and that users can expect their data to be held safely and securely.
WAL token distribution includes a 10% allocation for subsidies, intended to support the protocol’s adoption in its early phases. In particular, these subsidies will allow users to access storage at a lower rate than the current market price of storage, while also ensuring that storage nodes have viable business models.
@Walrus 🦭/acc #walrus
WAL token distribution includes a 10% allocation for subsidies, intended to support the protocol’s adoption in its early phases. In particular, these subsidies will allow users to access storage at a lower rate than the current market price of storage, while also ensuring that storage nodes have viable business models.
@Walrus 🦭/acc #walrus
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Dusk Grants Program: Building the Backbone of Modern Fintech
Dusk Grants Program
The Dusk Grants Program is designed to drive innovation and growth within the Dusk ecosystem by supporting projects through grants and investments.
Grants incentivize teams to help position Dusk as the backbone for fintech by serving as its Financial Market Infrastructure (FMI). This means that the Dusk Grants Program incentivizes initiatives that advance Dusk’s role in facilitating the clearance and settlement of real‑world assets (RWAs).
Embracing the ethos of open source within the Dusk ecosystem, and in line with our commitment to making Dusk a truly decentralized protocol, we seek to support projects and individuals who contribute positively to the community, allowing others to benefit, learn, and build upon these contributions.
Depending on the maturity of the project proposal and the applicant’s experience, ad-hoc deals involving funding for equity can also be discussed.
Requirements
The Dusk Grants Program prioritizes several key elements in all grant applications. Your application will have a higher chance of approval if it includes the following:
Ability to enroll in a KYB process: Applicants must complete a Know Your Business (KYB) check. The grant receiver must be an individual capable of issuing invoices for milestone payments or a company/legal entity eligible to apply for the grant. Applicants from prohibited jurisdictions will not be considered.
Open source software: The majority of the software provided must be open‑source and available under an Apache 2.0 or Mozilla Public License 2.0 license, included in every relevant GitHub repository. The software should operate independently of proprietary software, ensuring any dependencies on external software or IP are also compatible under Apache 2.0 or MPL 2.0.
Detailed technical specifications: Provide comprehensive technical specifications and descriptions of core components along with their scope.
Detailed milestones and budgeting: Carefully justify the requested funding amount. Provide a milestone‑based budget detailed enough to justify the requested funding and its scope. Cost breakdowns of each milestone should be based on the number of full‑time employees working on it and their required time. Providing approximate timelines for each milestone is highly encouraged.
Long‑term commitment: It is required to include a final milestone that covers a one‑year maintenance plan for the delivered repositories. Documenting concrete steps to transform the grant project into a sustainable business is highly appreciated.
Prior experience: Verifiable technical expertise or evidence of preliminary research/work increases the chances of approval. Sharing the GitHub profiles of team members, relevant repositories, and any previous research carried out is essential for consideration.
Quantifiable business deliverables: Detail both technical and quantifiable business deliverables. Justify how the funding will enhance Total Value Locked (TVL), transaction volume, developer engagement, or integration with existing legal frameworks. This evaluation element is particularly critical for funding requests exceeding $20,000.
Clear benefit to Dusk’s strategic objectives: Ensure the project aligns with Dusk’s strategic goal of becoming the leading Financial Market Infrastructure (FMI), specifically facilitating the clearance and settlement of securities and other real‑world assets (RWAs).
How to Apply
Fill out the grants application form.
Because the form can take time, draft your answers offline in a text file, then paste them into the form.
Decision & Follow‑Up
Applicants will be informed via the email address they provided of the decision on their proposal. Dusk’s team will strive to get back to each applicant as soon as possible, regardless of the outcome of the submission.
Successful applicants will then coordinate with the Dusk Business Team to finalize the terms of the grant agreement.
Completion Criteria
To ensure a smooth and rapid assessment of milestone completion, we kindly ask you to provide extensive documentation and testing:
Documentation. Documentation is vital for other developers to understand how your project works. Therefore, along with software deliveries, detailed technical documentation needs to be provided, including:
Required dependencies and configurations.
Necessary steps to install, compile, run, and test.
Comprehensive list and description of API calls utilized in the project (if applicable).
Overview of the entire project architecture, along with detailed descriptions of each component.
Testing. To ensure the quality and functionality of each milestone delivery, it is required to include a comprehensive testing suite. Logical components of the delivered code should be accompanied by unit tests, and integration tests need to be provided when applicable.
Formatting and Style. It is recommended to follow established coding standards.
@Dusk #dusk $DUSK
The Dusk Grants Program is designed to drive innovation and growth within the Dusk ecosystem by supporting projects through grants and investments.
Grants incentivize teams to help position Dusk as the backbone for fintech by serving as its Financial Market Infrastructure (FMI). This means that the Dusk Grants Program incentivizes initiatives that advance Dusk’s role in facilitating the clearance and settlement of real‑world assets (RWAs).
Embracing the ethos of open source within the Dusk ecosystem, and in line with our commitment to making Dusk a truly decentralized protocol, we seek to support projects and individuals who contribute positively to the community, allowing others to benefit, learn, and build upon these contributions.
Depending on the maturity of the project proposal and the applicant’s experience, ad-hoc deals involving funding for equity can also be discussed.
Requirements
The Dusk Grants Program prioritizes several key elements in all grant applications. Your application will have a higher chance of approval if it includes the following:
Ability to enroll in a KYB process: Applicants must complete a Know Your Business (KYB) check. The grant receiver must be an individual capable of issuing invoices for milestone payments or a company/legal entity eligible to apply for the grant. Applicants from prohibited jurisdictions will not be considered.
Open source software: The majority of the software provided must be open‑source and available under an Apache 2.0 or Mozilla Public License 2.0 license, included in every relevant GitHub repository. The software should operate independently of proprietary software, ensuring any dependencies on external software or IP are also compatible under Apache 2.0 or MPL 2.0.
Detailed technical specifications: Provide comprehensive technical specifications and descriptions of core components along with their scope.
Detailed milestones and budgeting: Carefully justify the requested funding amount. Provide a milestone‑based budget detailed enough to justify the requested funding and its scope. Cost breakdowns of each milestone should be based on the number of full‑time employees working on it and their required time. Providing approximate timelines for each milestone is highly encouraged.
Long‑term commitment: It is required to include a final milestone that covers a one‑year maintenance plan for the delivered repositories. Documenting concrete steps to transform the grant project into a sustainable business is highly appreciated.
Prior experience: Verifiable technical expertise or evidence of preliminary research/work increases the chances of approval. Sharing the GitHub profiles of team members, relevant repositories, and any previous research carried out is essential for consideration.
Quantifiable business deliverables: Detail both technical and quantifiable business deliverables. Justify how the funding will enhance Total Value Locked (TVL), transaction volume, developer engagement, or integration with existing legal frameworks. This evaluation element is particularly critical for funding requests exceeding $20,000.
Clear benefit to Dusk’s strategic objectives: Ensure the project aligns with Dusk’s strategic goal of becoming the leading Financial Market Infrastructure (FMI), specifically facilitating the clearance and settlement of securities and other real‑world assets (RWAs).
How to Apply
Fill out the grants application form.
Because the form can take time, draft your answers offline in a text file, then paste them into the form.
Decision & Follow‑Up
Applicants will be informed via the email address they provided of the decision on their proposal. Dusk’s team will strive to get back to each applicant as soon as possible, regardless of the outcome of the submission.
Successful applicants will then coordinate with the Dusk Business Team to finalize the terms of the grant agreement.
Completion Criteria
To ensure a smooth and rapid assessment of milestone completion, we kindly ask you to provide extensive documentation and testing:
Documentation. Documentation is vital for other developers to understand how your project works. Therefore, along with software deliveries, detailed technical documentation needs to be provided, including:
Required dependencies and configurations.
Necessary steps to install, compile, run, and test.
Comprehensive list and description of API calls utilized in the project (if applicable).
Overview of the entire project architecture, along with detailed descriptions of each component.
Testing. To ensure the quality and functionality of each milestone delivery, it is required to include a comprehensive testing suite. Logical components of the delivered code should be accompanied by unit tests, and integration tests need to be provided when applicable.
Formatting and Style. It is recommended to follow established coding standards.
@Dusk #dusk $DUSK
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Governing Dusk: A Guide to Improvement Proposals.
Dusk Improvement Proposals (DIPs)
What is a DIP?
A Dusk Improvement Proposal (DIP) is a formal document that proposes a new feature, standard, or protocol adjustment within Dusk. DIPs are the primary mechanism for proposing new features, collecting community input on an issue, and documenting the design decisions that have gone into the Dusk protocol architecture. They are meant to be the source of truth for Dusk protocol improvements, serving both as a historical document and a detailed explanation of the feature and its purpose.
A DIP may be required to enable specific use-cases, as the Dusk protocol encompasses all rules that nodes must follow in order to:
Achieve consensus
Achieve synchronism
Create, validate, and process transactions
Purpose
The DIP repository is intended to provide a structured process for making substantive changes to the Dusk protocol. Its goals are to:
Ensure that proposed improvements are thoroughly discussed and evaluated
Create a transparent and inclusive process for governance
Facilitate the collection and documentation of a coherent and comprehensive history of governance and feature proposals
Encourage active community participation and collaboration
How to Propose a DIP
Familiarize Yourself with Existing DIPs: Before drafting a new proposal, please review the existing DIPs to ensure your idea is unique and not already covered.
Draft Your Proposal: Following the DIP Template specification, the template structure for a DIP follows. Your DIP should provide a concise specification of the feature and a rationale for the feature.
Submit Your DIP: Fork the repository, add your DIP draft to the dips directory using the naming convention dip-<number>.md, where <number> is your proposed DIP number in four figures. Then, submit a PR against the main branch of the Dusk DIPs repository.
Discussion and Review: The DIP will undergo a review and discussion phase where the community and DIP editors will provide feedback. Be prepared to revise your draft in response to feedback.
Finalization: Once accepted, the DIP editors will assign a DIP number, merge your PR, and track the progress of the DIP implementation.
DIP Structure
Each Dusk Improvement Proposal (DIP) must adhere to the following structure so as to ensure clarity and consistency across proposals.
Preamble:
DIP Number: (To be assigned upon acceptance)
Title
Author(s): Contact information and GitHub usernames
Status: (Draft, Review, Accepted, Final, Rejected)
Category/Type: (Core, Standards, Governance, etc.)
Creation Date
Abstract: A concise technical summary of the proposal.
Motivation: Describes the issue being addressed and why the proposal is necessary.
Technical Specification: Detailed description of the proposed changes, including protocol changes, data structures, API alterations, and cryptographic considerations.
Rationale: Discussion on the decision-making process and trade-offs considered.
Backwards Compatibility: Analysis of how the proposal interacts with existing features or might affect backward compatibility.
Test Cases: Practical examples and test cases for validating the proposed changes.
Implementation: Reference to the implementation code; this may include links to PRs in external repositories.
Security Considerations: Assessment of potential security implications and how they are addressed.
References: Links to any related documents, discussions, or other relevant materials.
Updates (Optional): Documenting significant changes or updates to the proposal post-acceptance.
DIP Workflow
The Dusk Improvement Proposal (DIP) process is designed to provide a transparent and structured approach to proposing improvements within the Dusk protocol. Each DIP follows a clear path from inception to finalization:
Idea: The process begins with an initial concept or idea. The write-up is unstructured, and the idea is introduced as a proposal with a title that goes as Proposal: [Title]. There is no DIP number assigned yet.
Draft: Once the idea has been sufficiently fleshed out, a formal draft is created to detail the proposal. A DIP number is assigned, a structure is created, and the draft undergoes review and feedback.
Feedback: The DIP offers a first deliverable in a prototypical from. Feedback is collected in order to improve the DIP.
Staging: After the review, the proposal enters the Staging phase, indicating it is nearing completion and providing a final chance for feedback. If the DIP relates to technical implementation, it is staged on our testnet, Nocturne.
Active: If the DIP receives consensus, it is marked as Active and its deliverables are incorporated into the production environment.
Additionally, proposals can be transitioned to a Stagnant state if they are not actively being developed. A proposal might also become Dead either by the author or if it stays in Stagnant status for more than 6 months.
@Dusk #dusk $DUSK
What is a DIP?
A Dusk Improvement Proposal (DIP) is a formal document that proposes a new feature, standard, or protocol adjustment within Dusk. DIPs are the primary mechanism for proposing new features, collecting community input on an issue, and documenting the design decisions that have gone into the Dusk protocol architecture. They are meant to be the source of truth for Dusk protocol improvements, serving both as a historical document and a detailed explanation of the feature and its purpose.
A DIP may be required to enable specific use-cases, as the Dusk protocol encompasses all rules that nodes must follow in order to:
Achieve consensus
Achieve synchronism
Create, validate, and process transactions
Purpose
The DIP repository is intended to provide a structured process for making substantive changes to the Dusk protocol. Its goals are to:
Ensure that proposed improvements are thoroughly discussed and evaluated
Create a transparent and inclusive process for governance
Facilitate the collection and documentation of a coherent and comprehensive history of governance and feature proposals
Encourage active community participation and collaboration
How to Propose a DIP
Familiarize Yourself with Existing DIPs: Before drafting a new proposal, please review the existing DIPs to ensure your idea is unique and not already covered.
Draft Your Proposal: Following the DIP Template specification, the template structure for a DIP follows. Your DIP should provide a concise specification of the feature and a rationale for the feature.
Submit Your DIP: Fork the repository, add your DIP draft to the dips directory using the naming convention dip-<number>.md, where <number> is your proposed DIP number in four figures. Then, submit a PR against the main branch of the Dusk DIPs repository.
Discussion and Review: The DIP will undergo a review and discussion phase where the community and DIP editors will provide feedback. Be prepared to revise your draft in response to feedback.
Finalization: Once accepted, the DIP editors will assign a DIP number, merge your PR, and track the progress of the DIP implementation.
DIP Structure
Each Dusk Improvement Proposal (DIP) must adhere to the following structure so as to ensure clarity and consistency across proposals.
Preamble:
DIP Number: (To be assigned upon acceptance)
Title
Author(s): Contact information and GitHub usernames
Status: (Draft, Review, Accepted, Final, Rejected)
Category/Type: (Core, Standards, Governance, etc.)
Creation Date
Abstract: A concise technical summary of the proposal.
Motivation: Describes the issue being addressed and why the proposal is necessary.
Technical Specification: Detailed description of the proposed changes, including protocol changes, data structures, API alterations, and cryptographic considerations.
Rationale: Discussion on the decision-making process and trade-offs considered.
Backwards Compatibility: Analysis of how the proposal interacts with existing features or might affect backward compatibility.
Test Cases: Practical examples and test cases for validating the proposed changes.
Implementation: Reference to the implementation code; this may include links to PRs in external repositories.
Security Considerations: Assessment of potential security implications and how they are addressed.
References: Links to any related documents, discussions, or other relevant materials.
Updates (Optional): Documenting significant changes or updates to the proposal post-acceptance.
DIP Workflow
The Dusk Improvement Proposal (DIP) process is designed to provide a transparent and structured approach to proposing improvements within the Dusk protocol. Each DIP follows a clear path from inception to finalization:
Idea: The process begins with an initial concept or idea. The write-up is unstructured, and the idea is introduced as a proposal with a title that goes as Proposal: [Title]. There is no DIP number assigned yet.
Draft: Once the idea has been sufficiently fleshed out, a formal draft is created to detail the proposal. A DIP number is assigned, a structure is created, and the draft undergoes review and feedback.
Feedback: The DIP offers a first deliverable in a prototypical from. Feedback is collected in order to improve the DIP.
Staging: After the review, the proposal enters the Staging phase, indicating it is nearing completion and providing a final chance for feedback. If the DIP relates to technical implementation, it is staged on our testnet, Nocturne.
Active: If the DIP receives consensus, it is marked as Active and its deliverables are incorporated into the production environment.
Additionally, proposals can be transitioned to a Stagnant state if they are not actively being developed. A proposal might also become Dead either by the author or if it stays in Stagnant status for more than 6 months.
@Dusk #dusk $DUSK
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yes
Richiedi subito🎁🎁🎁
#ahcharlie #redpacket #Binance
#ahcharlie #redpacket #Binance
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Dusk Network Launches Hedger Alpha: Professional-Grade Privacy Infrastructure for Regulated Markets
a new product from Dusk Network, and visually communicates Dusk’s focus on institutional-grade blockchain infrastructure. The dark, minimalist design paired with a professional trading-style interface reflects Dusk’s positioning as a serious privacy-focused blockchain tailored for financial applications rather than consumer hype. The message “Hedger Alpha is live for public testing” signals an important milestone, moving the product from internal development toward real-world validation by users and developers.
Dusk Network is a privacy-first, Layer-1 blockchain built specifically to support regulated financial markets. Unlike general-purpose blockchains, Dusk is designed to meet the needs of institutions that must balance confidentiality with compliance. It achieves this by combining zero-knowledge cryptography with selective disclosure, allowing sensitive financial data to remain private while still being auditable by regulators when required. This makes Dusk particularly relevant for securities, payments, and on-chain financial infrastructure.
Hedger, is a decentralized hedging and settlement tool built on Dusk. Hedger enables users to manage financial risk directly on-chain without exposing proprietary strategies or positions. The interface shown on the laptop suggests functionality such as account management, deposits, contract interaction, and address configuration—features typical of professional financial tools rather than retail crypto wallets. This reinforces Dusk’s institutional focus and its aim to bridge traditional finance with decentralized systems.
Hedger Alpha being released for public testing indicates that Dusk is actively inviting feedback, stress testing, and community participation before a full production rollout. Public test phases are critical for financial infrastructure, as they help uncover edge cases related to security, performance, and user experience. For a privacy-centric blockchain like Dusk, this phase is especially important to validate cryptographic guarantees and ensure that usability does not suffer due to complexity.
@Dusk #dusk $DUSK
Dusk Network is a privacy-first, Layer-1 blockchain built specifically to support regulated financial markets. Unlike general-purpose blockchains, Dusk is designed to meet the needs of institutions that must balance confidentiality with compliance. It achieves this by combining zero-knowledge cryptography with selective disclosure, allowing sensitive financial data to remain private while still being auditable by regulators when required. This makes Dusk particularly relevant for securities, payments, and on-chain financial infrastructure.
Hedger, is a decentralized hedging and settlement tool built on Dusk. Hedger enables users to manage financial risk directly on-chain without exposing proprietary strategies or positions. The interface shown on the laptop suggests functionality such as account management, deposits, contract interaction, and address configuration—features typical of professional financial tools rather than retail crypto wallets. This reinforces Dusk’s institutional focus and its aim to bridge traditional finance with decentralized systems.
Hedger Alpha being released for public testing indicates that Dusk is actively inviting feedback, stress testing, and community participation before a full production rollout. Public test phases are critical for financial infrastructure, as they help uncover edge cases related to security, performance, and user experience. For a privacy-centric blockchain like Dusk, this phase is especially important to validate cryptographic guarantees and ensure that usability does not suffer due to complexity.
@Dusk #dusk $DUSK
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Myriad and Walrus Foundation Partner to Bring AI-Ready Data to Prediction Markets
Myriad, the decentralized prediction-market protocol built by the team behind Decrypt Media and Rug Radio, announced on November 18, 2025 that it has integrated Walrus as its trusted data layer. The integration moves Myriad’s market artifacts — images, media, evidence sets and outcome records — onto Walrus’s decentralized, on-chain storage, replacing a legacy blend of cloud and hybrid decentralized storage.
Under the new arrangement, every piece of media and every recorded outcome associated with a Myriad market will be stored immutably on Walrus. That means market images, news snapshots, and outcome proofs will have verifiable on-chain provenance — tamper-proof records that remain publicly auditable over time. Myriad describes the move as part of a broader strategy to become a “fully on-chain” prediction market.
Why this matters
The integration has three immediate benefits:
Verifiability & Trust: Storing market artifacts on a decentralized layer removes single-point trust in centralized servers, making it easier for users, auditors or regulators to confirm what information informed a market and what the final outcome was.
Composability for DeFi & AI: With on-chain evidence sets and price-like feeds derived from prediction results, other protocols (DeFi contracts, settlement engines, or AI models consuming verified evidence) can reference Myriad’s markets as authenticated data inputs. Walrus and Myriad explicitly flag AI and DeFi use cases as a focus of the integration.
Operational resilience and auditability: For a platform handling financial flows and forecasts, immutable storage improves audit trails and supports potential future regulatory or institutional use cases.
The tech stack and partners
Walrus is a decentralized data storage protocol built on the Sui ecosystem; the partnership will also allow Myriad to explore deeper integrations with the wider Sui stack. The Walrus Foundation frames itself as a data layer optimized for high-throughput, verifiable media storage — a good fit for markets that embed news, videos and images alongside forecast contracts.
Adoption signals and scale
Walrus’s announcement notes Myriad has processed notable on-chain activity since launch (Walrus’s blog cited “over $5 million in total on-chain prediction transactions”), while several industry write-ups and aggregator pieces have described Myriad as handling large flows (some outlets referenced figures like ~$10 million in weekly inflows). The range of figures reflects different metrics and reporting sources; readers should treat throughput claims as helpful context rather than a single authoritative statistic.
Reactions and quotes
Ilan Hazan, Myriad’s co-founder and COO, emphasized the platform’s move toward full on-chain transparency; Rebecca Simmonds of the Walrus Foundation highlighted how bringing “every market’s media and outcome on-chain” makes information “transparent, verifiable, and composable for AI and DeFi use cases.” Those statements have framed the partnership as both a practical infrastructure upgrade and an architectural bet on composable, evidence-driven markets.
@Walrus 🦭/acc #walrus $WAL
Under the new arrangement, every piece of media and every recorded outcome associated with a Myriad market will be stored immutably on Walrus. That means market images, news snapshots, and outcome proofs will have verifiable on-chain provenance — tamper-proof records that remain publicly auditable over time. Myriad describes the move as part of a broader strategy to become a “fully on-chain” prediction market.
Why this matters
The integration has three immediate benefits:
Verifiability & Trust: Storing market artifacts on a decentralized layer removes single-point trust in centralized servers, making it easier for users, auditors or regulators to confirm what information informed a market and what the final outcome was.
Composability for DeFi & AI: With on-chain evidence sets and price-like feeds derived from prediction results, other protocols (DeFi contracts, settlement engines, or AI models consuming verified evidence) can reference Myriad’s markets as authenticated data inputs. Walrus and Myriad explicitly flag AI and DeFi use cases as a focus of the integration.
Operational resilience and auditability: For a platform handling financial flows and forecasts, immutable storage improves audit trails and supports potential future regulatory or institutional use cases.
The tech stack and partners
Walrus is a decentralized data storage protocol built on the Sui ecosystem; the partnership will also allow Myriad to explore deeper integrations with the wider Sui stack. The Walrus Foundation frames itself as a data layer optimized for high-throughput, verifiable media storage — a good fit for markets that embed news, videos and images alongside forecast contracts.
Adoption signals and scale
Walrus’s announcement notes Myriad has processed notable on-chain activity since launch (Walrus’s blog cited “over $5 million in total on-chain prediction transactions”), while several industry write-ups and aggregator pieces have described Myriad as handling large flows (some outlets referenced figures like ~$10 million in weekly inflows). The range of figures reflects different metrics and reporting sources; readers should treat throughput claims as helpful context rather than a single authoritative statistic.
Reactions and quotes
Ilan Hazan, Myriad’s co-founder and COO, emphasized the platform’s move toward full on-chain transparency; Rebecca Simmonds of the Walrus Foundation highlighted how bringing “every market’s media and outcome on-chain” makes information “transparent, verifiable, and composable for AI and DeFi use cases.” Those statements have framed the partnership as both a practical infrastructure upgrade and an architectural bet on composable, evidence-driven markets.
@Walrus 🦭/acc #walrus $WAL
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DeepBook and Walrus: Building the Foundation for High-Performance DeFi and AI Economies
As blockchain systems evolve beyond simple asset transfer and generalized smart contract execution, there is a growing emphasis on specialized infrastructure primitives that address structural inefficiencies in decentralized markets and data management. This paper examines DeepBook and Walrus, two protocol-level systems within the Sui ecosystem, which respectively target the challenges of on-chain liquidity formation and decentralized data availability. We analyze their design principles, technical architectures, and broader implications for decentralized finance (DeFi), data tokenization, and AI-driven applications.
Introduction
The maturation of decentralized systems increasingly depends on the availability of high-performance, composable infrastructure layers. Early blockchain applications often embedded core functionalities—such as trading and storage—directly into monolithic protocols, leading to fragmentation, inefficiency, and limited scalability. In contrast, modern blockchain architectures increasingly adopt a modular design paradigm, wherein specialized protocols provide shared services to higher-layer applications.
Within this context, DeepBook and Walrus represent two orthogonal but complementary infrastructure components. DeepBook addresses the microstructure of on-chain markets by implementing a decentralized central limit order book (CLOB), while Walrus focuses on the secure and efficient storage of large-scale data objects under adversarial conditions. Together, they exemplify a shift toward infrastructure-first design in blockchain ecosystems.
DeepBook: On-Chain Market Microstructure
1. Limitations of Automated Market Makers
Automated market makers (AMMs) have been the dominant liquidity mechanism in decentralized finance due to their simplicity and permissionless nature. However, AMMs exhibit several structural limitations:
Capital inefficiency for large or low-volatility trades
Inherent price impact and slippage
Limited expressiveness for advanced trading strategies
These limitations restrict the suitability of AMMs for professional market participants and for applications requiring precise price discovery.
2. DeepBook Architecture
DeepBook is a fully on-chain central limit order book implemented natively on the Sui blockchain. Unlike AMM-based systems, DeepBook allows participants to place explicit limit and market orders, enabling fine-grained control over execution prices.
Key architectural properties include:
On-chain order matching: All order placement, cancellation, and matching operations are executed on-chain, ensuring transparency and verifiability.
Shared liquidity layer: DeepBook functions as a common liquidity pool accessible by multiple applications, reducing fragmentation.
Parallel execution: By leveraging Sui’s object-centric and parallel execution model, DeepBook achieves higher throughput relative to traditional on-chain CLOB designs.
3. Economic and Systemic Implications
By reintroducing order book-based market structure into a decentralized setting, DeepBook narrows the gap between centralized and decentralized exchanges. This design supports:
Improved price discovery
Greater capital efficiency
The development of complex financial instruments, including derivatives and structured products.
Complementarity Between DeepBook and Walrus
Although DeepBook and Walrus address distinct problem domains, their integration reveals a coherent architectural vision. DeepBook provides efficient market infrastructure, while Walrus supplies verifiable data availability, enabling new classes of applications where data itself becomes a tradable and programmable asset.
This combination enables:
Markets for tokenized datasets and AI models
Financial instruments backed by off-chain data
Composable data and liquidity primitives at the protocol level.
Implications for Decentralized Finance and AI-Native Systems
1. Decentralized Finance
DeepBook introduces market structures that more closely resemble traditional financial exchanges, while Walrus enables reliable storage of off-chain collateral and reference data. Together, they support the development of more sophisticated and institutionally viable DeFi applications.
2. Data and AI Economies
In AI-driven systems, large datasets and model artifacts constitute core economic assets. Walrus provides a mechanism for their secure storage and verification, while DeepBook enables price discovery and exchange. This architecture supports emerging data marketplaces and agent-based economic systems.
@Walrus 🦭/acc #walrus $WAL
Introduction
The maturation of decentralized systems increasingly depends on the availability of high-performance, composable infrastructure layers. Early blockchain applications often embedded core functionalities—such as trading and storage—directly into monolithic protocols, leading to fragmentation, inefficiency, and limited scalability. In contrast, modern blockchain architectures increasingly adopt a modular design paradigm, wherein specialized protocols provide shared services to higher-layer applications.
Within this context, DeepBook and Walrus represent two orthogonal but complementary infrastructure components. DeepBook addresses the microstructure of on-chain markets by implementing a decentralized central limit order book (CLOB), while Walrus focuses on the secure and efficient storage of large-scale data objects under adversarial conditions. Together, they exemplify a shift toward infrastructure-first design in blockchain ecosystems.
DeepBook: On-Chain Market Microstructure
1. Limitations of Automated Market Makers
Automated market makers (AMMs) have been the dominant liquidity mechanism in decentralized finance due to their simplicity and permissionless nature. However, AMMs exhibit several structural limitations:
Capital inefficiency for large or low-volatility trades
Inherent price impact and slippage
Limited expressiveness for advanced trading strategies
These limitations restrict the suitability of AMMs for professional market participants and for applications requiring precise price discovery.
2. DeepBook Architecture
DeepBook is a fully on-chain central limit order book implemented natively on the Sui blockchain. Unlike AMM-based systems, DeepBook allows participants to place explicit limit and market orders, enabling fine-grained control over execution prices.
Key architectural properties include:
On-chain order matching: All order placement, cancellation, and matching operations are executed on-chain, ensuring transparency and verifiability.
Shared liquidity layer: DeepBook functions as a common liquidity pool accessible by multiple applications, reducing fragmentation.
Parallel execution: By leveraging Sui’s object-centric and parallel execution model, DeepBook achieves higher throughput relative to traditional on-chain CLOB designs.
3. Economic and Systemic Implications
By reintroducing order book-based market structure into a decentralized setting, DeepBook narrows the gap between centralized and decentralized exchanges. This design supports:
Improved price discovery
Greater capital efficiency
The development of complex financial instruments, including derivatives and structured products.
Complementarity Between DeepBook and Walrus
Although DeepBook and Walrus address distinct problem domains, their integration reveals a coherent architectural vision. DeepBook provides efficient market infrastructure, while Walrus supplies verifiable data availability, enabling new classes of applications where data itself becomes a tradable and programmable asset.
This combination enables:
Markets for tokenized datasets and AI models
Financial instruments backed by off-chain data
Composable data and liquidity primitives at the protocol level.
Implications for Decentralized Finance and AI-Native Systems
1. Decentralized Finance
DeepBook introduces market structures that more closely resemble traditional financial exchanges, while Walrus enables reliable storage of off-chain collateral and reference data. Together, they support the development of more sophisticated and institutionally viable DeFi applications.
2. Data and AI Economies
In AI-driven systems, large datasets and model artifacts constitute core economic assets. Walrus provides a mechanism for their secure storage and verification, while DeepBook enables price discovery and exchange. This architecture supports emerging data marketplaces and agent-based economic systems.
@Walrus 🦭/acc #walrus $WAL
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Itheum integra Walrus per sbloccare la tokenizzazione scalabile dei dati musicali e dell'IA
Itheum su Walrus è pronto a spingere la prossima generazione delle economie dei dati musicali e dell'IA.
Itheum, un protocollo di tokenizzazione dei dati per esseri umani e agenti AI, ha stretto una partnership con Walrus per abilitare l'archiviazione sicura e lo scambio fluido di grandi asset dati attraverso la piattaforma di Itheum. Walrus è un protocollo di archiviazione decentralizzato che permette a qualsiasi applicazione di scrivere, leggere, verificare e gestire, tramite smart contract su Sui, qualsiasi tipo di dato in blockchain.
Come protocollo di tokenizzazione dei dati focalizzato sugli indici della musica e dell'AI agente, l'infrastruttura di Itheum trasforma in modo fluido i dati del mondo reale in beni negoziabili e liquidi. Musicisti e agenti AI musicali possono utilizzare la tecnologia di Itheum per tokenizzare canzoni, interi album e cataloghi, offrendo un mezzo per monetizzare la propria musica, controllare diritti d'autore e distribuzione, e stabilire una protezione del diritto d'autore.
Itheum, un protocollo di tokenizzazione dei dati per esseri umani e agenti AI, ha stretto una partnership con Walrus per abilitare l'archiviazione sicura e lo scambio fluido di grandi asset dati attraverso la piattaforma di Itheum. Walrus è un protocollo di archiviazione decentralizzato che permette a qualsiasi applicazione di scrivere, leggere, verificare e gestire, tramite smart contract su Sui, qualsiasi tipo di dato in blockchain.
Come protocollo di tokenizzazione dei dati focalizzato sugli indici della musica e dell'AI agente, l'infrastruttura di Itheum trasforma in modo fluido i dati del mondo reale in beni negoziabili e liquidi. Musicisti e agenti AI musicali possono utilizzare la tecnologia di Itheum per tokenizzare canzoni, interi album e cataloghi, offrendo un mezzo per monetizzare la propria musica, controllare diritti d'autore e distribuzione, e stabilire una protezione del diritto d'autore.
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Compliance-by-Design: How Dusk Network Is Engineering the RWA Revolution
While the promise of Decentralized Finance (DeFi) is a more open, accessible, and efficient financial system, its reality has been largely confined to the realm of speculative crypto assets. For institutional capital and the vast wealth represented by real-world assets (RWAs) to participate, critical barriers of regulatory compliance, privacy, and security must be overcome. The Dusk Foundation is addressing this exact challenge, constructing the essential infrastructure to unlock a new era: compliant, institutional-grade DeFi where real-world assets can be used as collateral.
The Institutional DeFi Impasse
Traditional finance institutions see the potential in DeFi’s 24/7 settlement and programmable efficiency but are halted by legitimate concerns:
Regulatory Gray Areas: Most public blockchains offer transparency but lack tools for enforcing mandatory rules like KYC, AML and investor accreditation.
Privacy Deficits: Full transaction visibility on public ledgers is untenable for institutions, exposing strategic positions and sensitive financial data.
Asset Limitations: DeFi's "money Lego" has been built almost exclusively on volatile cryptocurrency collateral, missing the stability and familiarity of RWAs like bonds, real estate, or institutional debt.
The Dusk Network: Compliance-by-Design Infrastructure
The Foundation’s core innovation is the Dusk Network, a blockchain protocol engineered from the ground up for regulated finance. It integrates compliance and privacy directly into its layer-1 architecture, making them native features, not afterthoughts. This is achieved through two groundbreaking technologies:
Confidential Security Tokens (XSCs): Real-world assets are tokenized as XSCs on Dusk. Unlike typical tokens, XSCs leverage zero-knowledge cryptography to keep transaction amounts and participant identities confidential on the public ledger, while remaining verifiable.
Programmable Regulatory Compliance: The genius of the system lies in its smart contracts. Issuers and regulators can encode compliance rules directly into the asset's contract. The network automatically enforces these rules for every transaction, invisibly and irreversibly.
Enabling the Compliant RWA-Backed DeFi Ecosystem
This foundational technology unlocks transformative use cases that merge TradFi assets with DeFi efficiency:
1. Private Credit & Lending Markets: A tokenized commercial real estate portfolio or a corporate bond can be used as collateral to borrow stablecoins or other digital assets on a Dusk-based lending protocol. The compliance layer ensures only eligible parties can participate, and the collateral’s ownership rights and restrictions are automatically enforced, creating a secure, global lending pool for institutional assets.
2. Tokenized Treasury Bonds & Funds: Asset managers can tokenize shares of a fund or government bonds and make them available as yield-generating collateral in DeFi strategies. Investors gain composability, while managers benefit from global, 24/7 liquidity, all within a regulated framework that prevents unauthorized ownership.
3. Complex Structured Products: The programmability of XSCs allows for the creation of on-chain derivatives, securitizations, and other structured products based on real-world collateral. Automated compliance ensures these complex instruments are only traded by qualified counterparties, mitigating systemic risk.
4. Institutional Liquidity Pools: Instead of fragmented, jurisdiction-specific pools, Dusk enables the creation of global liquidity pools for RWA tokens that are nonetheless compliant with multiple regulatory regimes. This dramatically reduces liquidity fragmentation, tightens spreads, and improves price discovery for traditionally illiquid assets.
@Dusk #dusk $DUSK
The Institutional DeFi Impasse
Traditional finance institutions see the potential in DeFi’s 24/7 settlement and programmable efficiency but are halted by legitimate concerns:
Regulatory Gray Areas: Most public blockchains offer transparency but lack tools for enforcing mandatory rules like KYC, AML and investor accreditation.
Privacy Deficits: Full transaction visibility on public ledgers is untenable for institutions, exposing strategic positions and sensitive financial data.
Asset Limitations: DeFi's "money Lego" has been built almost exclusively on volatile cryptocurrency collateral, missing the stability and familiarity of RWAs like bonds, real estate, or institutional debt.
The Dusk Network: Compliance-by-Design Infrastructure
The Foundation’s core innovation is the Dusk Network, a blockchain protocol engineered from the ground up for regulated finance. It integrates compliance and privacy directly into its layer-1 architecture, making them native features, not afterthoughts. This is achieved through two groundbreaking technologies:
Confidential Security Tokens (XSCs): Real-world assets are tokenized as XSCs on Dusk. Unlike typical tokens, XSCs leverage zero-knowledge cryptography to keep transaction amounts and participant identities confidential on the public ledger, while remaining verifiable.
Programmable Regulatory Compliance: The genius of the system lies in its smart contracts. Issuers and regulators can encode compliance rules directly into the asset's contract. The network automatically enforces these rules for every transaction, invisibly and irreversibly.
Enabling the Compliant RWA-Backed DeFi Ecosystem
This foundational technology unlocks transformative use cases that merge TradFi assets with DeFi efficiency:
1. Private Credit & Lending Markets: A tokenized commercial real estate portfolio or a corporate bond can be used as collateral to borrow stablecoins or other digital assets on a Dusk-based lending protocol. The compliance layer ensures only eligible parties can participate, and the collateral’s ownership rights and restrictions are automatically enforced, creating a secure, global lending pool for institutional assets.
2. Tokenized Treasury Bonds & Funds: Asset managers can tokenize shares of a fund or government bonds and make them available as yield-generating collateral in DeFi strategies. Investors gain composability, while managers benefit from global, 24/7 liquidity, all within a regulated framework that prevents unauthorized ownership.
3. Complex Structured Products: The programmability of XSCs allows for the creation of on-chain derivatives, securitizations, and other structured products based on real-world collateral. Automated compliance ensures these complex instruments are only traded by qualified counterparties, mitigating systemic risk.
4. Institutional Liquidity Pools: Instead of fragmented, jurisdiction-specific pools, Dusk enables the creation of global liquidity pools for RWA tokens that are nonetheless compliant with multiple regulatory regimes. This dramatically reduces liquidity fragmentation, tightens spreads, and improves price discovery for traditionally illiquid assets.
@Dusk #dusk $DUSK
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The Dusk Foundation is advancing its governance framework to ensure the network remains resilient, decentralized, and aligned with its community as adoption grows. Through the evolution of its on-chain governance model, Dusk is introducing a multi-tiered voting system designed to balance decentralization with responsible decision-making.
This upgraded governance structure enables different stakeholder groups—such as validators, token holders, and ecosystem contributors—to participate meaningfully in protocol decisions. By distributing influence across multiple tiers, Dusk reduces governance centralization while ensuring that technical upgrades, economic parameters, and ecosystem initiatives are evaluated with appropriate expertise and accountability.
The shift toward structured, on-chain governance strengthens transparency and long-term sustainability. It allows proposals to be debated, voted on, and executed directly on the network, reinforcing trust and reducing reliance on off-chain coordination.
By prioritizing community participation without compromising network stability, the Dusk Foundation positions governance as a core pillar of its institutional-grade blockchain—one built not only for privacy and compliance, but for durable, decentralized ownership.
@Dusk #dusk $DUSK
This upgraded governance structure enables different stakeholder groups—such as validators, token holders, and ecosystem contributors—to participate meaningfully in protocol decisions. By distributing influence across multiple tiers, Dusk reduces governance centralization while ensuring that technical upgrades, economic parameters, and ecosystem initiatives are evaluated with appropriate expertise and accountability.
The shift toward structured, on-chain governance strengthens transparency and long-term sustainability. It allows proposals to be debated, voted on, and executed directly on the network, reinforcing trust and reducing reliance on off-chain coordination.
By prioritizing community participation without compromising network stability, the Dusk Foundation positions governance as a core pillar of its institutional-grade blockchain—one built not only for privacy and compliance, but for durable, decentralized ownership.
@Dusk #dusk $DUSK
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The Dusk Foundation is advancing from infrastructure to real-world deployment with the planned Q1 2026 rollout of the STOX platform and Dusk Pay—two products designed to bring regulated finance fully on-chain.
STOX is Dusk’s tokenized securities trading platform, built to support compliant issuance, trading, and settlement of regulated financial instruments. By combining privacy-preserving technology with regulatory alignment, STOX enables institutions to access blockchain efficiency without compromising on legal certainty.
Complementing this is Dusk Pay, a MiCA-compliant payment network purpose-built for Euro-denominated stablecoins. Dusk Pay aims to enable secure, transparent, and regulation-ready digital payments across Europe, bridging traditional finance and blockchain-based settlement.
Together, STOX and Dusk Pay represent a strategic shift from experimentation to production. They position Dusk as a blockchain ecosystem not just capable of supporting regulated finance—but actively delivering it at scale.
@Dusk #dusk $DUSK
STOX is Dusk’s tokenized securities trading platform, built to support compliant issuance, trading, and settlement of regulated financial instruments. By combining privacy-preserving technology with regulatory alignment, STOX enables institutions to access blockchain efficiency without compromising on legal certainty.
Complementing this is Dusk Pay, a MiCA-compliant payment network purpose-built for Euro-denominated stablecoins. Dusk Pay aims to enable secure, transparent, and regulation-ready digital payments across Europe, bridging traditional finance and blockchain-based settlement.
Together, STOX and Dusk Pay represent a strategic shift from experimentation to production. They position Dusk as a blockchain ecosystem not just capable of supporting regulated finance—but actively delivering it at scale.
@Dusk #dusk $DUSK
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