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The total supply of Walrus (WAL) is fixed at 5 billion tokens. By June 15, 2026, the token allocation will be governed by a multi-year vesting schedule that began near the mainnet launch (March 2025).
Walrus (WAL) Token Allocation Breakdown
The WAL token distribution is divided into several key categories to support long-term ecosystem growth and security
Community Reserve (43%): The largest share, 2.15 billion WAL, is reserved for community grants, developer support, and incentive programs. It began a linear unlock at launch that continues until March 2033.
Early Contributors (20%): 1 billion WAL is allocated to core engineers and infrastructure supporters. These tokens typically follow a 4-year unlock with a 1-year cliff.
Subsidies (10%): 500 million WAL are used to lower storage costs for early users while ensuring node profitability. This allocation unlocks linearly over 50 months.
Mysten Labs (10%): 500 million WAL is allocated to the developer team. This portion includes 50 million WAL available at launch, with the remainder unlocking linearly until March 2030.
Walrus User Drop / Airdrop (10%): This segment is split into 4% for pre-mainnet participants and 6% for post-mainnet distributions.
Investors (7%): 350 million WAL are reserved for early backers. These tokens typically begin unlocking 12 months after the mainnet launch.
Projected Status on June 15, 2026
As of mid-2026, the circulating supply will be increasing through several active vesting streams
Circulating Supply: By January 15, 2026, the circulating supply already reached approximately 1.54 billion to 1.57 billion WAL. Regular linear unlocks from the Community Reserve, Subsidies, and Mysten Labs will continue to add to this total monthly through June 2026.
Investor Cliff: Investors are scheduled for a 12-month unlock following the mainnet launch in March 2025. Consequently, by June 15, 2026, investor tokens will have recently entered or be in the process of entering the circulating supply.
@Walrus 🦭/acc #walrus

$WAL

The information provided in this post Walrus tokenomics is for informational and educational purposes only. It does not constitute financial, investment, legal, or tax advice. The data presented is based on the current supply and allocation schedule as of January 15, 2026.

Security audits play a critical role in @Dusk Network by ensuring strong protection for confidential transactions and maintaining trust across the ecosystem. As a blockchain designed for regulated finance and privacy preserving applications Dusk must meet high standards of security reliability and transparency. Regular audits help validate that the protocol smart contracts and supporting infrastructure operate as intended without exposing sensitive user data.
Dusk focuses on confidential transactions that allow participants to transact privately while still enabling auditability for regulators and authorized entities. This balance introduces technical complexity which makes security reviews essential. Audits examine cryptographic implementations zero knowledge proof systems and consensus logic to ensure that privacy features cannot be exploited. By testing these components under adversarial assumptions auditors help uncover edge cases that could otherwise remain hidden until exploited in production environments.
Independent security firms are typically engaged to conduct these audits. External reviewers bring fresh perspectives and deep expertise in blockchain security cryptography and distributed systems. They analyze source code protocol specifications and threat models in detail. This process includes manual code review automated testing and simulation of potential attack scenarios. Any identified issues are documented with severity assessments and remediation guidance which the core development team addresses before deployment.
Smart contracts deployed on Dusk undergo particular scrutiny because they often manage value sensitive operations and confidential logic. Auditors verify that contract logic aligns with intended financial workflows and that access controls are correctly enforced. They also check for common vulnerabilities such as reentrancy overflow issues or improper state transitions adapted to Dusk virtual machine and privacy model. Ensuring contract correctness reduces the risk of financial loss and strengthens confidence for developers building on the network.
Beyond code level analysis security audits in Dusk also assess governance mechanisms and upgrade processes. Since the network evolves through protocol improvements audits help ensure that upgrade paths do not introduce new attack vectors. Reviewers evaluate how changes are proposed validated and activated to confirm that malicious actors cannot hijack governance or force unsafe updates. This is especially important for a network serving institutional use cases where stability is a key requirement.
Audit transparency is another important aspect of Dusk security strategy. Summaries of completed audits and resolved findings are often shared with the community. This openness demonstrates accountability and allows ecosystem participants to understand how risks are managed. It also encourages responsible disclosure practices where security researchers can report issues safely and receive recognition for their contributions.
Continuous auditing is becoming the norm rather than a one time event. As Dusk expands its feature set and integrations ongoing reviews help maintain a strong security posture. Bug bounty programs internal testing and repeated third party audits create multiple layers of defense. This defense in depth approach aligns with the networks mission to support confidential finance without compromising safety.
In conclusion security audits are foundational to Dusk Network success. They protect confidential transactions validate complex cryptographic systems and reinforce trust among users developers and institutions. Through rigorous independent reviews transparent reporting and continuous improvement Dusk demonstrates a long term commitment to robust protection in privacy focused blockchain finance.
#Dusk $DUSK

Decentralized media is reshaping how content is stored shared and consumed across the internet. As creators and platforms move away from centralized hosting they face challenges around speed reliability and global reach. @Walrus 🦭/acc and Pipe Network together present a powerful model that combines resilient decentralized storage with optimized content delivery layers. This integration supports a new generation of media platforms that value openness censorship resistance and performance at scale.
Walrus provides a decentralized storage layer designed for large scale data such as videos audio images and dynamic media assets. It enables content to be stored as programmable blobs that remain accessible and verifiable over time. This approach removes reliance on centralized servers and reduces single points of failure. Media stored on Walrus benefits from durability and transparency which are essential for independent creators publishers and decentralized applications.
While decentralized storage solves persistence it does not always guarantee fast delivery to end users. This is where Pipe Network adds critical value. Pipe Network acts as an optimized distribution layer that focuses on efficient routing caching and delivery of content across a global network. By leveraging proximity aware nodes and intelligent data paths Pipe Network reduces latency and improves streaming quality for users regardless of location.
The combination of Walrus and Pipe Network creates a full stack solution for decentralized media. Content is securely stored on Walrus while Pipe Network ensures that the same content reaches viewers quickly and reliably. This mirrors the role of traditional content delivery networks but without centralized control. Instead distribution is handled by a decentralized set of participants aligned through incentives and transparent rules.
For creators this integration means better audience experiences without sacrificing ownership. Videos load faster streams remain stable and archives stay permanently available. Creators can publish once and rely on the network to handle both storage and delivery. There is no need to negotiate with centralized platforms that may change terms restrict reach or remove content without warning.
For developers building decentralized media platforms the Walrus and Pipe Network stack simplifies infrastructure decisions. Storage and delivery are modular yet interoperable. Developers can focus on user interfaces monetization models and community features while relying on proven decentralized layers for performance and resilience. This accelerates innovation and lowers barriers to entry for new media projects.
From a broader ecosystem perspective this model supports a more open internet. Decentralized journalism education entertainment and cultural archives can thrive when content is both permanent and accessible. Combining Walrus storage with Pipe Network distribution ensures that decentralized media is not only principled but also competitive with traditional platforms in terms of user experience.
As decentralized media adoption grows solutions that balance resilience with performance will define success. Walrus and Pipe Network together demonstrate how storage and delivery can work in harmony. Their integration points toward a future where decentralized media is fast reliable and truly owned by its creators and communities.
#Walrus
$WAL

As early 2026 approaches many users are preparing to move personal data away from deprecated platforms. Tusky has emerged as a familiar interface for decentralized storage users. With @Walrus 🦭/acc becoming the preferred storage layer the migration process is an important step toward long term data ownership resilience and cost efficiency. This guide explains practical steps and best practices to help users transition smoothly and securely.
Tusky is designed to interact with decentralized storage in a user friendly way. Walrus introduces a more scalable and cost optimized storage architecture. Together they offer a path for individuals to store files metadata and personal archives without relying on centralized providers. Migration is not only a technical shift but also a mindset change toward self custody and programmable data.
The first step is preparation. Users should audit their existing data on deprecated platforms. This includes documents images backups and application data. Organize files into clear folders based on purpose or access frequency. Removing duplicates and outdated content reduces storage costs and simplifies the move. Creating a local backup before migration is strongly recommended to protect against accidental loss.
Next users should set up access to Walrus through Tusky. This typically involves connecting a supported wallet and generating storage credentials. Walrus relies on cryptographic identities so securing private keys is essential. Users should store recovery phrases offline and avoid sharing credentials. Once access is established Tusky will act as the control panel for uploads management and retrieval.
Uploading data is the core migration step. Start with small non critical files to confirm the process works as expected. Tusky allows users to upload files and assign them to Walrus storage objects. During upload users can define permissions such as private access or shared access through links. Walrus is optimized for both frequently accessed data and long term archives so users can choose storage strategies based on their needs.
For larger datasets batch uploads are recommended. Tusky supports handling multiple files efficiently which is helpful when migrating years of personal data. Users should monitor upload progress and verify file integrity after completion. Checking hashes or opening files directly from Walrus through Tusky ensures data has transferred correctly.
Metadata management is another important consideration. Walrus enables programmable metadata which allows users to tag files with descriptions timestamps or custom fields. Taking time to add meaningful metadata improves future search and organization. This is especially useful for photos records and creative work where context matters.
After uploading users should test retrieval. Download several files on different devices to confirm availability and speed. Walrus is designed for durability and distributed access so performance should remain consistent. If issues arise users can adjust settings or re upload specific files before fully decommissioning old platforms.
The final step is phasing out deprecated services. Once users are confident that all necessary data resides on Walrus they can close accounts or reduce reliance on legacy platforms. Keeping a temporary overlap period is wise in case something was missed. Over time users can rely entirely on Tusky and Walrus for personal data storage and management.
Migration in early 2026 is more than a technical upgrade. It represents a move toward user controlled data privacy and long term resilience. By following careful preparation structured uploads and thorough verification users can transition smoothly. Tusky and Walrus together provide a practical and future ready solution for personal data in a decentralized world.
#Walrus
$WAL

The integration of @Dusk Network with the Ethereum ecosystem through DuskEVM compatibility marks a transformative moment in blockchain development. This convergence opens the door for enhanced interoperability expanded developer opportunities and a stronger foundation for decentralized finance while preserving the privacy and security that Dusk Network champions.
At its core Dusk Network is a privacy first blockchain protocol designed to support confidential smart contracts and secure digital assets. It focuses on compliance friendly solutions while enabling the creation of complex financial instruments that respect user privacy. Ethereum on the other hand stands as the most widely used smart contract platform in the world with a vast community of developers decentralized applications and liquidity spread across its network. Each of these ecosystems brings distinct strengths to the table. By enabling compatibility between them DuskEVM aims to create a bridge that empowers developers and users alike to benefit from both worlds.
DuskEVM compatibility means that smart contracts written for Ethereum can be executed on Dusk Network without requiring extensive modifications. This feature dramatically lowers the barrier to entry for developers seeking to leverage the privacy features of Dusk while maintaining the familiar tooling and development processes established in the Ethereum community. The promise lies in seamless integration with existing tools such as MetaMask Remix Hardhat and other development environments that already support Ethereum. In practical terms developers can build on Dusk Network using their preferred frameworks while unlocking new use cases that were previously challenging due to privacy limitations on Ethereum.
One of the most compelling aspects of this integration is the potential to expand decentralized finance applications. Ethereum houses a massive amount of liquidity and hosts a multitude of financial protocols ranging from lending and borrowing platforms to decentralized exchanges and derivatives markets. By bringing these capabilities into the realm of Dusk Network with privacy enhancements it becomes possible to create financial products that protect user data without sacrificing access to deep liquidity. For instance a lending protocol could operate in a manner that allows users to borrow assets while keeping sensitive financial information confidential. This kind of innovation could attract a new class of users who are concerned about transparency of personal financial positions.
Beyond finance the interoperability between Dusk and Ethereum encourages collaboration across ecosystems. Projects that exist on Ethereum can extend their features into the Dusk Network environment allowing them to experiment with privacy centric functionality while still tapping into the established user base on Ethereum. This could spur creativity among developers and entrepreneurs seeking to differentiate their offerings. Community growth in both networks could accelerate as developers migrate fluidly between platforms unlocking novel solutions that leverage the strengths of each protocol.
DuskEVM compatibility also eases the onboarding process for developers. Learning a new language or framework can be time consuming and detract from innovation. With support for Ethereum virtual machine standards developers can bring existing code bases into the Dusk environment quickly allowing them to iterate faster and refine their projects more effectively. This seamless developer experience can speed up adoption and encourage a broader range of contributors to engage with privacy centric solutions.
From a technical perspective the integration requires careful alignment of consensus mechanisms transaction handling and virtual machine execution without compromising the distinct value propositions of each network. Dusk Network’s focus on privacy preservation must coexist with the ability to execute Ethereum style smart contracts efficiently and securely. Achieving this balance is crucial to ensuring that both ecosystems benefit from the integration without diluting their individual identities.
The promise of DuskEVM also extends to users who will enjoy greater choice in how they interact with decentralized applications. Users familiar with Ethereum tools can explore applications deployed on the Dusk Network with minimal friction. At the same time individuals seeking enhanced confidentiality can leverage the privacy features of Dusk Network for transactions and contract interactions that require discretion. This duality of choice enhances user autonomy and aligns with the broader ethos of decentralization.
In conclusion the integration of Dusk with Ethereum through DuskEVM compatibility represents a significant evolution in blockchain interoperability. It bridges two powerful ecosystems unlocking opportunities for privacy centric finance and broader developer engagement without sacrificing the usability and familiarity of established tools. As these networks continue to grow together the synergy created by this integration could pave the way for innovative applications that respect user privacy expand financial inclusion and drive the next wave of decentralized solutions.
#Dusk
$DUSK
$ETH

The @Walrus 🦭/acc RFP Program is a structured funding initiative designed to accelerate ecosystem growth through targeted grants. The program focuses on empowering builders who expand the utility of Walrus by creating developer tools deep integrations and innovative programmable use cases. By aligning capital with clear technical goals Walrus aims to transform storage and data execution into a foundation for next generation decentralized applications.
At its core the RFP Program invites teams to submit proposals that address specific needs within the Walrus ecosystem. These needs often include improving developer experience enabling seamless protocol integrations and unlocking new ways to use programmable data blobs. Rather than open ended grants the RFP model provides clarity on priorities which helps builders focus on high impact solutions that directly benefit users and infrastructure partners.
Developer tools are a major pillar of the program. Walrus recognizes that strong tooling is essential for adoption at scale. Grants support the creation of SDKs testing frameworks dashboards and deployment utilities that simplify building on Walrus. When developers can integrate storage logic programmable blobs and data availability features with minimal friction innovation accelerates across the ecosystem. These tools also reduce onboarding time for new teams which expands the long term builder base.
Integrations form another key focus area. Walrus is designed to be chain agnostic and modular which makes integrations with blockchains applications and middleware especially valuable. The RFP Program funds bridges APIs and adapters that connect Walrus to DeFi NFT gaming and identity platforms. Each integration strengthens network effects by making Walrus storage and programmability accessible wherever developers already operate.
New programmable use cases are where the RFP Program truly differentiates itself. Walrus is not only about storing data but also about enabling logic and updates directly within data structures. Grants encourage experiments in dynamic NFTs updatable credentials decentralized social graphs AI data pipelines and enterprise compliance workflows. These use cases demonstrate how programmable blobs can support applications that evolve over time without sacrificing decentralization.
The grant process itself is designed to be transparent and milestone driven. Teams submit detailed proposals outlining objectives timelines and expected outcomes. Selected projects receive funding in stages based on progress and deliverables. This approach ensures accountability while giving builders enough flexibility to iterate and adapt during development.
Beyond funding the RFP Program also provides strategic support. Grant recipients often gain access to Walrus engineers ecosystem partners and community channels. This collaboration helps projects refine architecture address security considerations and reach early users. Over time successful RFP projects often become core contributors or long term partners within the ecosystem.
In summary the Walrus RFP Program plays a critical role in driving ecosystem innovation. By funding developer tools integrations and new programmable use cases it creates a virtuous cycle of adoption experimentation and real world utility. As more builders leverage these grants Walrus moves closer to its vision of becoming a universal programmable storage layer for Web3 and beyond.
#Walrus
$WAL

The @Dusk Foundation plays a central role in nurturing a strong and sustainable ecosystem around the Dusk Network. Community incentives are a core pillar of this mission. Through carefully designed token pools and engagement strategies the foundation aligns long term network growth with active participation from users builders and validators. These incentives are not short term rewards but structural tools that support adoption governance and innovation across the privacy focused blockchain.
At the heart of the incentive model are dedicated token pools. These pools are allocated from the broader DUSK token supply and are governed with transparency and long term planning. A significant portion is reserved for community rewards which include staking incentives validator participation and delegation programs. By encouraging users to stake DUSK tokens the network strengthens its security while participants earn rewards for supporting consensus. This creates a virtuous cycle where economic incentives reinforce decentralization and resilience.
Another important token pool supports developers and ecosystem builders. The Dusk Foundation recognizes that real utility emerges from applications built on the network. Grants and milestone based funding are distributed to teams working on privacy preserving DeFi tools compliance focused financial products and infrastructure services. These incentives lower entry barriers for new developers and help sustain ongoing projects through market cycles. The result is a growing ecosystem that reflects the network mission of regulated privacy.
Community engagement strategies extend beyond financial rewards. Governance participation is a key focus. DUSK token holders are encouraged to propose and vote on protocol upgrades funding initiatives and strategic directions. Incentives tied to governance participation motivate informed decision making rather than passive holding. This approach empowers the community to shape the future of the network while maintaining accountability and transparency.
Educational initiatives also play a major role. The foundation allocates resources to learning campaigns documentation programs and community led workshops. Token incentives are often used to reward contributions such as tutorials research analysis and translations. By valuing knowledge sharing the foundation builds a more informed and capable community that can support adoption at scale.
Campaign based engagement is another effective strategy. Periodic events such as testnet participation bug bounties and feature trials invite users to interact directly with new technology. Participants are rewarded with DUSK tokens based on meaningful contributions rather than simple activity. This ensures that incentives drive quality feedback and real network improvements.
Social engagement and ambassador programs further extend community reach. Active members who organize local meetups manage online discussions or represent the network at industry events may receive token based recognition. These programs transform community members into advocates who organically expand awareness and trust.
The long term vision behind these incentives is sustainability. Rather than inflating short term metrics the Dusk Foundation designs token distribution to reward alignment with core values such as privacy compliance and decentralization. By combining structured token pools with diverse engagement strategies the foundation ensures that growth is shared driven by community effort and resilient over time.
Through this balanced approach the Dusk Foundation demonstrates how thoughtful incentives can cultivate an active committed and empowered community while supporting the evolution of a next generation privacy blockchain.
#Dusk
$DUSK