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Chain scientists, are you still troubled by high borrowing fees?
Try borrowing USD1 with BTCB collateral on @ListaDAO ! With borrowing interest as low as 1%, lend out the USD1 directly to Binance Earn's stablecoin product for a 20% annualized return, achieving a net arbitrage of 19%! The low borrowing cost brings benefits: First, it reduces opportunity cost—your BTCB continues to hold potential for price appreciation (BTC ecosystem is booming), and the borrowing interest is almost negligible. Second, it amplifies leverage: the borrowed USD1 is used for risk-free investment, and the difference is pure profit.
Compared to MakerDAO and others, @ListaDAO offers lower gas fees and smoother operations on BNB Chain.

In the 2026 crypto market, infrastructure projects are leading the bull run, and @Walrus 🦭/acc is undoubtedly the star storage solution in the Sui ecosystem. Mysten Labs raised $140 million, with a team originating from Meta Diem engineers, delivering unmatched execution. Walrus mainnet has been running stably with over 100 global nodes, processing real production data. The latest roadmap focuses on SUI adoption, developer tools, and ecosystem expansion; a16z report identifies it as a reshaper of the Web3 data layer. Walrus uses Red Stuff encoding to achieve a 4.5x replication factor, offering low storage costs, high security, and censorship resistance, perfectly solving the 'data explosion' challenges faced by NFTs, blockchain games, and AI.

In 2026, the integration of AI and blockchain is reaching its peak, with data storage becoming a critical bottleneck.@Walrus 🦭/acc Walrus, developed by Mysten Labs and built on the Sui blockchain, provides a large-scale on-chain blobs storage solution. It's not just a tool—it's a platform specifically designed for AI agents and data markets. Recent updates show that after 100 days of operation on mainnet, Walrus has attracted numerous developers uploading AI datasets, with costs 60% lower than cloud services and staking tokens exceeding 1B. This is made possible by the magic of Red Stuff erasure coding: data is efficiently split and distributed across global nodes with low redundancy and high fault tolerance, supporting asynchronous challenges and self-healing mechanisms. Even with dynamic node changes, the system operates non-blockingly, ensuring data is never lost.

In the blockchain world of 2026, data storage is no longer an invisible burden on Web3 development.
@Walrus 🦭/acc as a decentralized storage and data availability protocol launched by Mysten Labs, is reshaping the entire ecosystem at an astonishing pace.
According to the latest reports, the Sui blockchain will introduce private transactions as a protocol primitive in 2026, perfectly aligning with Walrus's privacy storage, enabling users to handle sensitive data efficiently and securely. Walrus is not just a simple file repository; it transforms large chunks of unstructured data (blobs) into on-chain programmable assets. Through its innovative Red Stuff 2D erasure coding technology, Walrus maintains a replication factor of around 4.5x, significantly lower than Filecoin's 25x or Arweave's hundreds of times. This means storage costs are drastically reduced, approaching levels of centralized cloud services, while ensuring data can self-heal and recover even with up to 2/3 node failures.

In the Web3 ecosystem, tokens are not just speculative tools, but also reflections of project value.
Dusk, designed with meticulous precision, is such a token that captures the benefits of network growth through a clear economic model. Today, we delve into Dusk's tokenomics and how it supports the long-term development of the Dusk Network. Dusk Network is a project focused on financial-grade blockchain, emphasizing regulatory compliance, privacy, and the practical implementation of RWA.
Dusk's core features are threefold: First, it serves as the network's 'gas,' used to pay transaction fees. As the number of on-chain assets increases, gas demand will grow linearly. Second, the PoS staking mechanism allows holders to secure the Dusk network by locking their Dusk and earning rewards. The current high staking rate—representing a significant proportion of the total supply—has enhanced network security while reducing circulating supply, thus promoting price stability. Third, governance functionality: Dusk enables voting on protocol upgrades, ecosystem fund allocation, and more, truly realizing community-driven development. Technological underpinnings are key to Dusk. Its architecture innovatively separates the settlement layer from the application layer—ensuring high TPS and determinism in the former, while the latter supports EVM compatibility and integrates ZKP privacy. Modules such as Hedger (privacy execution), Citadel (zero-knowledge identity), and Shelter (enhanced privacy) make the network suitable for institutional use. The committee-based lottery consensus design further optimizes performance, avoiding common bottlenecks. Real-world progress strengthens Dusk's position: collaboration with NPEX has successfully tokenized real securities, exceeding €300 million in scale; the integration of EURQ stablecoin with Chainlink provides a complete toolchain.

The crypto market is always bustling with activity, full of meme coins and trending narratives, but what truly drives the industry forward are projects that solve real-world problems.
@Dusk is the unsung champion in the RWA (Real World Assets) space, focusing on seamlessly bringing traditional assets onto the blockchain while ensuring compliance and privacy, giving institutional investors hope.
Dusk's innovation lies in its protocol-level design.
Compliance has never been a post-hoc patch since the beginning, but an embedded capability. The network supports "on-demand privacy": transactions are encrypted by default, but regulators can access audit data through predefined rules. This is enabled by the collaboration of the Hedger, Citadel, and Shelter modules. Hedger handles privacy transaction execution, Citadel provides a sovereign identity system supporting zero-knowledge proof-based KYC, while Shelter extends to off-chain scenarios. The underlying consensus mechanism is a variant of Segregated Byzantine Agreement, achieving fast confirmation and node cleanup through committee lotteries, avoiding the energy consumption of traditional PoW and the centralization risks of PoS. But no matter how good the technology is, without real-world implementation, it's just talk.