小宝zqs

In the year 2026, where Web3 and AI are deeply integrated, the three major pain points of large-scale data storage—'cost, efficiency, and programmability'—have become key bottlenecks in the industry's development. @walrusprotocol, as a decentralized storage protocol incubated by Mysten Labs and core to the Sui ecosystem, is precisely positioned as 'designed specifically for large unstructured data.' Through disruptive technological architecture and solid ecological implementation, it is reconstructing the underlying rules of Web3 data storage. Its native token $WAL has also become a core asset carrying trillion-level data value with the explosion of AI and RWA tracks.

In the 2026 year where global regulations are tightening and the wave of RWA (real-world asset) tokenization resonates, the Web3 industry urgently needs a blockchain infrastructure that can ensure privacy security while meeting compliance requirements. The Dusk Network, built by @dusk_foundation, stands out among many public chains as a privacy-first Layer 1 public chain focused on institutional finance, with its unique positioning of "native compliance + controllable privacy." Its native token $DUSK is accelerating as the ecosystem takes shape, becoming a core target that carries the trillion-dollar market value of RWA.
Dusk's core competitiveness stems from its disruptive solutions to the "privacy and compliance dual dilemma." Unlike the extreme designs of traditional public chains that are "either fully public or fully private," Dusk adopts a modular architecture and innovative technology to achieve a balance of "default privacy + on-demand auditing." The underlying DuskDS settlement layer is based on the PoS consensus mechanism, effectively preventing MEV attacks with the Blind Bid protocol, while the Hedger privacy engine integrates zero-knowledge proofs (ZK) and homomorphic encryption (HE) technologies, ensuring that transaction data is stored in encrypted form by default and only discloses key information to authorized parties through a selective disclosure mechanism when regulatory or auditing needs arise. More groundbreaking is the Citadel zero-knowledge KYC framework, where user identity credentials are stored as private NFTs, allowing compliance verification without exposing real information, perfectly adapting to the EU MiCA and MiFID II regulatory requirements. Currently, it has attracted over 20 European financial institutions, improving compliance efficiency by 90% while reducing costs by 60%. This design of "technological compliance" rather than "post hoc compliance" fundamentally addresses the core concerns surrounding institutional asset onboarding.

In the current landscape of Web3 payments, long troubled by high transaction fees, slow confirmations, and the complexity of cross-chain interactions, the high-performance Layer1 blockchain designed specifically for stablecoins, launched by @undefined , is redefining industry rules as the 'Chrome of stablecoin infrastructure.' With a strong foundation of trust backed by Tether, a disruptive technological architecture, and a clear ecological layout, Plasma not only addresses the core pain points of users and developers, but its native token $XPL has also become a potential asset in the Web3 space for 2026, leading the revolution in the practical use of stablecoin payments.

At a key juncture in the Web3 industry, transitioning from conceptual hype to practical implementation, the deep integration of AI and blockchain has become the core solution. @vanar's Vanar Chain, as the world's first AI-native L1 public chain, is gradually becoming the core bridge connecting real-world assets and the on-chain world, thanks to its disruptive technological architecture and clear ecological layout. Its native token $VANRY also shows strong long-term value potential.
The core competitiveness of Vanar Chain lies in its five-layer technical architecture specifically designed for AI and RWA (Real World Assets). The underlying Neutron semantic layer is known as the 'asset translator,' capable of transforming real asset certificates such as real estate, commodities, and debt rights into on-chain Seeds that can be directly read by AI, addressing the industry pain point of traditional public chains' inefficiency in handling non-standardized assets. The middle layer, the Kayon reasoning engine, achieves on-chain compliance review without oracles. Through its built-in AI risk control model, it automatically completes asset authenticity verification and compliance adaptation across jurisdictions, shortening the RWA on-chain process from months to hours. Meanwhile, the 3-second block confirmation speed and fixed transaction fee mechanism completely free it from the constraints of congestion and soaring gas fees seen in Ethereum and other public chains, clearing obstacles for large-scale commercial applications.

@walrusprotocol In 2026, when the Web3 infrastructure track erupts, decentralized storage is becoming the next value highland after public chains and Layer 2. Walrus Protocol, with its extreme technological innovation, robust ecological landing, and clear token model, is becoming the leader in the Sui ecosystem and even the entire Web3 storage track. $WAL is also welcoming a key node for value reassessment.
As a native decentralized storage protocol of the Sui ecosystem, Walrus Protocol has aimed at industry pain points since its inception. Traditional decentralized storage projects generally face three major challenges: high storage costs, poor data availability, and slow recovery speed. The innovative Red Stuff two-dimensional erasure coding technology developed by Walrus has solved these industry ailments. Compared to Filecoin's proof of replication and proof of spacetime mechanisms, Red Stuff technology reduces storage redundancy to 4.5 times, allowing users' storage costs to decrease directly by 80%-99%. It can also tolerate more than one-third of malicious nodes and half of the nodes being offline, ensuring that data is not lost even in extreme network environments. The data recovery speed is over three times faster than similar projects, perfectly adapting to scenarios that require high storage security and efficiency, such as AI training datasets, NFT metadata, and RWA asset certification.

@dusk_foundation at a critical juncture for compliance in Web3 finance, Dusk Network stands out among numerous public chain projects with its core positioning of 'privacy protection + regulatory compatibility', becoming a key bridge connecting traditional finance and decentralized ecosystems. As an L1 public chain designed specifically for regulated financial scenarios, Dusk not only addresses the long-standing pain point of 'privacy and compliance being mutually exclusive' in the industry but also, with its solid technical architecture and rapidly deployed ecosystem layout, is one of the most noteworthy value targets in the Web3 sector by 2026.
Dusk Network's technological moat stems from its deep insights into financial scenario needs and innovative breakthroughs. The project has independently created a concise proof consensus mechanism (Succinct Proof of Consensus), achieving transaction finality in seconds and greatly surpassing the confirmation speed of traditional public chains, perfectly adapting to high-frequency financial trading scenarios; the network layer adopts the Kadcast protocol, reducing bandwidth consumption by 50% through optimized data transmission logic while ensuring decentralized distribution of nodes, thereby guaranteeing network stability and resistance to censorship. The most crucial privacy and compliance solution is Dusk's trump card—constructing a privacy execution environment through zero-knowledge proof technology (ZK-SNARKs), supporting anonymization of transaction amounts and participant identities, while innovatively launching dual models of Moonlight (transparent trading) and Phoenix (private trading), allowing users to flexibly choose based on their scenarios, satisfying the privacy needs of ordinary users while providing institutional clients with a transparent path that meets regulatory requirements, perfectly aligning with the MiCA regulatory framework, and becoming one of the first Web3 projects to achieve compliance filing.

@undefined As the Web3 ecosystem enters the era of data explosion, the value of decentralized storage as underlying infrastructure becomes increasingly prominent, and Plasma is the most promising disruptor in this golden track! As a high-quality project focused on distributed storage solutions, Plasma completely addresses the industry pain point of 'safety and efficiency cannot coexist' with its disruptive technical architecture, building a stable, efficient, and low-cost data storage foundation for the Web3 world.
Plasma's core competitiveness stems from its innovative sharded storage and encrypted transmission technology system. Unlike the single-node storage model of traditional decentralized storage projects, Plasma adopts a dynamic sharding mechanism, splitting massive amounts of data across multiple distributed nodes, which ensures the decentralized nature of data storage while significantly improving data read and write speeds through parallel processing. The measured transmission efficiency is over 300% higher than the industry average. At the same time, the project incorporates military-grade AES-256 encryption algorithms and zero-knowledge proof technology, achieving end-to-end encryption throughout the entire process from data upload, storage to retrieval, ensuring that user data privacy is not leaked, truly embodying 'I control my data.' What’s even more noteworthy is that Plasma optimizes the consensus mechanism, compressing storage costs to 1/10 of traditional cloud storage and supporting cross-chain data interoperability, perfectly adapting to diverse needs such as NFT digital asset confirmation, metaverse scenario data storage, and DeFi protocol underlying data backup.

@vanar In the Web3 track of 2026, a high-quality L1 public chain that can achieve a dual closed loop of technological innovation and real-world implementation, Vanar Chain is definitely a leader! As an AI-native infrastructure stack, Vanar fundamentally addresses the industry pain points of bottlenecks, high costs, and high barriers to entry. It has uniquely created the PoR reputation proof consensus mechanism, achieving both carbon neutrality with low energy consumption and ensuring network security. With an ultra-fast block generation speed of 3 seconds, a gas limit of 30 million, and a fixed low transaction fee priced in US dollars, with a single transaction costing only $0.0005, it can easily handle both game microtransactions and high-frequency settlements of RWA assets, fully adaptable to mass application scenarios.