Cosmos price

How will AI Agents reshape the user entry and ecosystem landscape of Web3? Web3 has attracted a lot of attention in recent years, but user growth has always faced high barriers to entry. Wallets, cross-chain assets, and smart contract operations are complex and difficult for ordinary users to master. This is why many projects, despite having excellent technology, struggle to form a large user base. The emergence of AI Agents is fundamentally changing this landscape, and HeyElsa is at the forefront. The core value of AI Agents lies in reducing operational difficulty. Users only need to issue natural language commands, and the intelligent agent can execute on-chain operations, from transactions to strategy execution to asset management. This experience shifts Web3 from "tool usage" to "service experience," significantly lowering the entry barrier for new users and making it easier for ecosystem traffic to gather. At the same time, HeyElsa has built a complete value closed loop. The data generated from user interactions not only optimizes the AI model but also rewards users through token incentives, achieving the distribution of economic value. This mechanism allows users to be not just tool users but also ecosystem contributors and value beneficiaries. As the user base expands, the AI Agent becomes smarter with use, and the value of the tokens also increases, forming a self-reinforcing ecological cycle. This model also has far-reaching implications for the market landscape. Projects that integrate with HeyElsa will have a first-mover advantage in efficiency and experience, attracting more users and capital participation. In contrast, projects that do not integrate may gradually be marginalized due to operational complexity and lack of value feedback. This trend not only affects short-term competition but also determines the long-term ecological landscape. Ultimately, AI Agents may become the new standard for user entry into Web3. They lower operational barriers, enhance user experience, clarify value flows, and allow early participants to gain cognitive, economic, and operational advantages. HeyElsa's layout indicates that whoever masters AI Agents first will have the opportunity to occupy a core position in the next wave of Web3. @HeyElsaAI × @wallchain_xyz #Wallchain Disclaimer: This article is for personal research and market observation only and does not constitute any investment advice.

【 What’s different about the next generation L1 that keeps coming out? 】 Just last year and this year, new L1s and L2s have been pouring out. Do you really think everything has come out now? Today, I will quickly inform you about the next generation L1 from 2009 to after 2025!! ☑️ 2009 — Early Blockchain Bitcoin created the first decentralized digital currency. Thanks to this, transactions between individuals became possible without a central authority. And since it is based on Proof of Work (PoW), security was strong, but there were issues with slow block generation and small block size, resulting in low processing speed. ☑️ 2012 — Payment Network An era focused on fast payment processing. Ripple was a representative example. However, decentralization was sacrificed for high throughput, and it was simply created for payments. ☑️ 2014 — Programmable Blockchain The emergence of Ethereum! Through smart contracts, it expanded the blockchain from a simple payment method to an on-chain application platform. However, the capacity for processing was limited, resulting in low processing speed and inefficient fee structures with high storage costs. ☑️ 2019 — The Rise of Ethereum Killers After Ethereum's success, projects emerged claiming to improve Ethereum's limitations. Notable examples include Solana, Avalanche, and Near. While they were fast due to parallel processing, the high entry barrier for developers due to their own VMs led to a fragmented ecosystem with poor compatibility. ☑️ 2020 — Interoperable Networks During this period, ecosystems where various independent chains were interconnected gained attention. Cosmos was a representative example. Through IBC, a collaborative ecosystem was created, but there were still issues with complex UX, liquidity fragmentation, and security risks. ☑️ 2021 — The Era of Layer 2 To solve Ethereum's scalability issues, numerous L2s emerged. Notable examples include @base, Arbitrum, and Optimism. While they were fast and cheap due to rollup structures, liquidity was still fragmented between L2s, and the centralization risk due to a single sequencer remained. ☑️ 2023 — The Era of Ultra-Fast Chains Ultra-fast chains were born through parallel processing, pipelining, and hardware optimization. Notable examples include @monad, Sui, Aptos, and Sei. While they are ultra-fast, the problem of increasing centralization risk has arisen. ☑️ After 2025 — Next Generation And now, the next generation L1 will be @ritualnet. Ritual is not just a fast chain. It is a layer that completely redesigns the operations processed on-chain. While existing L1s focused on processing transactions, Ritual is the first blockchain that can natively handle operations. It can process complex operations such as AI inference, ZK proofs and verification, and TEE on-chain. That’s the next generation L1, Ritual!

JUST IN: $pDGN launches Decentralized Perpetual Exchange with 5% of current developer locked supply to go towards active platform users via airdrops.