皮大人

DUSK's ecological niche selection is quite clear; it does not aim to compete with other public chains but to serve as a unified on-chain service provider.
Not competing with other L1 chains.
It is building a native issuance and settlement layer—compliance and ownership exist on-chain.
The goal is clear: to allow on-chain assets to circulate freely without obstacles while protecting privacy.
Therefore, wherever DUSK is established, it is where prosperity is.
Currently, DUSK has committed to ETH, BSC, SOL, ADA, helping these on-chain assets achieve dual functions of privacy and regulation.
DUSK's privacy and compliance mainly serve RWA tokenization. Real-world assets, such as stocks and bonds, previously faced challenges going on-chain due to privacy and regulatory issues, but Dusk has solved this with programmable privacy contracts. Recently, they partnered with NPEX to tokenize assets worth 200 million euros, which not only means digital assets but also that institutional players can safely enter Web3. Think about it: when SMEs finance, they can issue tokenized bonds without exposing sensitive data, instantly enhancing liquidity. Zero-knowledge technology plays a significant role here; it can generate proofs to validate asset authenticity without revealing underlying details, thus avoiding data leakage risks.

Today I experienced NFTs on SUI
To celebrate the 1000th day of SUI's launch, the Chinese official Twitter of SUI launched a free minting event for commemorative NFTs.
On the minting website, I noticed the familiar $WAL , it seems Walrus has become an important part of the SUI ecosystem. I have seen many projects using Walrus, and currently, there are no challengers to Walrus on the SUI chain. In fact, looking at the entire blockchain, WAL is also an excellent project.
But for us ordinary players, we might be more concerned about the coin price. The reason I mentioned the Walrus ecosystem is to say that this project is unlikely to go to zero. The more SUI develops, the better it will perform. This situation is actually suitable for long grid trading. Of course, leverage should be a bit low, and the bearish factors are minimal. There is a high probability of short-term fluctuations and a low probability of a significant surge.

Recently, while researching the deep integration of AI and blockchain, I increasingly feel that @vanar Chain is on a particularly solid path. As a Layer 1 public chain designed to be AI-native from the ground up, it doesn't simply add an AI module on the chain but constructs a complete five-layer infrastructure stack: Vanar Chain serves as a scalable foundational execution layer, Neutron as the semantic compression and permanent memory layer, and Kayon as the on-chain contextual reasoning engine.
The core highlight lies in Neutron's 'Seeds' mechanism, which can compress massive amounts of unstructured data (such as videos and documents) into small, verifiable semantic objects on the chain, achieving compression ratios of hundreds of times while maintaining full traceability. This solves the problem of high storage costs and non-portable data in traditional blockchains. Kayon then performs real-time reasoning based on these Seeds, supporting natural language queries, compliance checks, and automated decision-making, allowing smart contracts to evolve from 'execution' to 'understanding and adaptation.'

Brothers, just after the New Year, big news exploded in the Crypto circle -

On January 23rd, it was announced that NEAR Intents would be integrated, directly making large stablecoin settlements and cross-chain swaps super smooth. Simply put, in the past, transferring USDT across chains required jumping through several chains, accumulating transaction fees. Now, Plasma, built specifically for stablecoins as a Layer 1, directly integrates with NEAR's intent system using the 1Click Swap API, allowing users to complete large transfers with one click, arriving in seconds, and with zero friction. Just think, institutional-level traders handling millions of dollars in USDT used to wait half a day, but now seamlessly connect to 25+ networks, with 125 types of assets in the liquidity pool, doubling the efficiency.

Oh dear, brothers, the Crypto circle is so lively at the beginning of 2026! The Dusk Network mainnet was officially activated on January 7th. After six years of refinement, this is not just about going online; it directly pushes privacy and compliant finance to the practical stage. Just think about it, in the past, when dealing with on-chain assets, there was always concern about data leakage or regulatory red lines. Now

with its zero-knowledge proof technology, transactions are anonymous yet auditable. Simply put, it proves your compliance without revealing your cards, perfectly bridging traditional finance and Web3.

Once the mainnet is opened, the block time is compressed to two seconds, with instant confirmation, and it has built-in compliance modules, allowing institutions to easily issue tokenized assets. For example, they are collaborating with the Netherlands' NPEX exchange; the DuskTrade application will be launched this year, capable of handling over 300 million euros of real-world assets (RWA), from stocks to bonds, with privacy protection throughout the chain. Developers use DuskEVM—an upgraded version compatible with the Ethereum Virtual Machine, enabling the writing of privacy smart contracts, and it will be deployed on the mainnet in Q1. Imagine, companies using it for cross-border payments or asset tokenization, doubling efficiency while keeping costs shockingly low.

Recently, while brushing through the Sui ecosystem, the more I play, the more I feel

this guy is the one who can truly make Web3 data shine as a storage layer. No exaggeration, storing large files (videos, AI datasets, game assets, etc.) on traditional blockchains has always been a pain point, either ridiculously expensive or with high centralization risks. Walrus directly uses RedStuff encoding technology to break files into fragments distributed across decentralized nodes, so losing a few nodes is not a concern, and it can dynamically adjust storage allocation, with costs ridiculously low—100 times cheaper than Filecoin, just a few cents per GB, with durable storage and programmability.

Hey, brothers in the Crypto circle, the market in January 2026 is really interesting for stablecoin infrastructure.

Recently, we just passed the honeymoon period of the mainnet beta, and now we are facing a big test — the wave of 88.89 million on January 25.

Unlocking (about 4.33% of circulation), prices have slightly retreated, but the community has become more active. Many people think this is not a bad thing, but rather a good opportunity for positioning at low levels.

Plasma, designed specifically for high-performance Layer 1 for stablecoins like USDT, the zero-fee instant transfer feature is killer, especially now with skyrocketing global payment demand. The pBTC bridge has been activated, seamlessly integrating the Bitcoin ecosystem. Imagine: your BTC assets directly settled as stablecoins on Plasma, drastically reducing DeFi yield farming costs. With the integration of NEAR Intents, large stablecoin settlements become more efficient, and institutional players are starting to enter the market.

Hey, guys, the Crypto market has been fluctuating over the past two years, but there are always projects quietly building up strength, and suddenly they explode. Think about the V23 protocol upgrade at the end of 2025.

That was groundbreaking, directly optimizing the chain from 'usable' to 'super efficient,' doubling transaction speed and lowering gas fees to dust. Now, at the beginning of 2026, the market is starting to warm up. Don't you think this is a great entry point? The feeling of FOMO is getting stronger, especially when seeing

price predictions pointing to $0.0115, my heart is racing.Vanar, as an AI-native Layer 1 chain, excels in modular design, seamlessly integrating semantic memory and on-chain reasoning, allowing dApps not only to store data but also to process it intelligently. For example, last month they launched an AI integration stack that enables developers to build intelligent applications with a single click, covering everything from Web3 games to enterprise data analysis. In the community,

Recently came across the update of @Plasma and honestly, this Layer 1 design amazed me a bit. Plasma is built for stablecoin payments, supporting instant USDT transfers on a high-performance chain, with fees almost zero, and fully EVM compatible—simply put, it allows developers to easily migrate Ethereum DApps while focusing on global scale payments with USD stablecoins. Think about traditional bank transfers being slow; Plasma uses its parallel processing technology to achieve second-level confirmations, no longer getting stuck in congestion. I believe this is the future of Web3 payments; I wish I had paid more attention sooner.
In terms of the economic model, to put it bluntly, $XPL is the native token used for Gas fees and validator rewards, but the key point is the deflationary design: the more transactions there are, part of the fees are burned, reducing supply, plus staking incentives for node security. Compared to high TPS chains like Solana, Plasma focuses more on the stablecoin ecosystem; after integrating Aave V3, the stablecoin lending ratio is the highest, and DeFi TVL is rapidly climbing. In practice, not long after the mainnet launch, there are already seamless USDT transfer cases, like cross-border payments or in-game settlements, saving time and money with Plasma. Regarding privacy, on-chain data encryption is optional, reducing tracking risks, but experienced users know that Layer 1 always has volatility, and liquidity may be thin during market downturns.

Hey, everyone! Recently, while browsing in the Crypto space, I've always been attracted to projects that can truly solve pain points. Imagine the data in your hands—from AI training sets to personal files—not relying on centralized servers anymore, but distributed across a global network, secure and efficient? This is not science fiction, it's

what we are doing.

Walrus is a decentralized storage protocol built on the Sui chain, designed for big data. Traditional storage is prone to data loss, high cost, and monopolized by big companies. But Walrus uses distributed nodes to store 'Blobs' (large binary data), making uploads and retrieval super fast. For example, I recently tried their testnet, uploading a few GB video file, completed in seconds, and it can be accessed programmatically, suitable for AI developers training models.