mr lucky123

#BSCProjectSpotlight GRANDI NOTIZIE 🥳Previsione di Prezzo $Pi 🥳 ✨ 👇🏻
Questa tabella sembra mostrare le previsioni di prezzo per la Pi Network (PI) per l'anno, inclusi i prezzi minimi, medi e massimi insieme al potenziale ROI per ogni mese.
Compra $Pi e tienilo stretto 😉 per un po' di tempo e vendi quando il prezzo è alto. Se compri ora ti darà un buon profitto a ogni trader 💯 🔥
Qual è la tua previsione di prezzo per la Pi Network, discutiamo nella casella dei commenti?
Ecco alcune informazioni sui progetti BSC
📊 Prestazioni di Mercato & Analisi degli Investimenti

aelf, an AI-enhanced Layer 1 blockchain network, leverages the robust C# programming language for efficiency and scalability across its sophisticated multi-layered architecture. Founded in 2017 with its global hub in Singapore, aelf is a pioneer in the industry, leading Asia in evolving blockchain with state-of-the-art AI integration to ensure an efficient, low-cost, and highly secure platform that is both developer and end-user friendly. Aligned with its progressive vision, aelf is committed to fostering innovation within its ecosystem and advancing Web3 and AI technology adoption.
Revenue and User Statistics 2025-03-20
$ELF Token Metrics as of March 25, 2025
Market Cap: $182,606,374
Fully Diluted Market Cap: $246,131,397
Circulating Supply: 739,281,225
Total Supply: 996,446,891
Token Holders: 126K holders on multiple networks (aelf MainChain, aelf dAppChain, Ethereum, BSC)
Performance Highlights:
aevatar.ai Launch: aelf proudly announces the launch of aevatar.ai, a codeless, cloud-native multi-agent framework designed to democratise the creation, deployment, and management of AI agents across Web3 and other digital ecosystems. Powered by leading large language models (LLMs) such as ChatGPT, Claude, and DeepSeek, aevatar.ai enables autonomous, interoperable, and intelligent operations. With its user-friendly no-code dashboard, both developers and retail users can create, manage, and scale AI agents within minutes. Technically advanced, the framework utilises a modular design, incorporating a RAG architecture and Orleans Actor Model, which minimises hallucinations, ensures robust concurrency, and enhances alert traceability. Its debut proof-of-concept, dAIpp, demonstrates the platform's versatility by operating an AI agent coin pumppad for automated blockchain trading. This milestone highlights aevatar.ai's ability to support a range of Web3 applications, from DeFi automation and smart contract analysis to practical real-world scenarios in marketing, operations, and customer engagement.
MineAI Test Launch: aelf has supported the launch of MineAI, the first AI-driven and AI-developed mining ecosystem, on the aelf Testnet, combining strategic gameplay with advanced AI capabilities. Compatible with multiple LLMs like Deepseek, Claude, and OpenAI, MineAI allows users to command AI agents through natural language prompts to mine, attack, defend, and strategise in real-time. Players refine their strategies and guide their agents in a dynamic, high-stakes environment, where the smarter the strategy, the greater the rewards. As an AI social experiment, MineAI explores the boundaries of human creativity and machine execution, offering not just bragging rights through tokens, but insights into the future of AI-human collaboration.
Cross-Chain Integration: aelf provides robust technical support for the development of cross-chain projects within its ecosystem, such as eBridge and ETransfer. These solutions facilitate seamless token transfers, including USDT, ELF, and five other tokens, between aelf and major blockchains like Ethereum, BSC, Solana, TRON, Polygon, AVAX C-Chain, Arbitrum One, Optimism, TON, and Base. By connecting aelf with these leading chains, it enhances network activity while offering users a convenient and cost-effective cross-chain solution.
Future Outlook:
Modular Execution and Consensus: Extend modularity to the execution and consensus layers, enabling developers to leverage default implementations or build custom solutions via standardised interfaces. This enhances flexibility and future-proofs the blockchain for next-phase advancements in Web3 AI technology.
Customisable Blockchain Assembly: Proof-of-Concept (PoC) validation for dynamically loading custom module components at runtime, specified through configuration files. This empowers developers to tailor the blockchain to specific use cases and experiment with novel configurations.
AI Intent Recognition and Automated Execution: Introduce an AI-powered layer that automates complex Web3 and crypto interactions. By recognising user intents, the Web3 AI system can execute tasks like signing, contract calls, and fee settlements without manual intervention, improving user experience and efficiency.