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My daily routine… Coffee. I open X and say GM Reply to comments and engage with others Try to get exposure on my art Increase XP by trading, swapping and doing perps on @defidotapp Use the AGENTIC swarm on @Infinit_Labs Doing the daily task on @ethos_network Create zk

Researching a crypto project before trading is crucial to understand its fundamentals, assess risks, and avoid potential scams or unsustainable investments. That’s why we are discussing $PHY. About the Project: DePHY is a Decentralized Physical Infrastructure Network (DePIN) framework designed to simplify and reduce the costs of developing DePIN projects by providing open-source hardware solutions, a decentralized messaging layer, and automated tokenomics execution. $PHY aims to bridge the physical world with Web3 infrastructure, enabling secure, verifiable, and scalable interactions for IoT devices and decentralized networks leveraging technologies like Trusted Execution Environment (TEE) and Zero Knowledge (ZK) Oracles. DePHY’s goal is to support real-world infrastructure deployment by offering essential layers for communication, hardware interoperability, and incentive-based coordination. It acts as a foundational layer for projects building in the DePIN, IoT, and AI-integrated space. This makes it a strong infrastructure play for anyone betting on real-world Web3 utility. DePHY Intriguing Tokenomics: The $PHY token is the native utility token of the DePHY Network, used for incentives, governance, and network operation with the following statistics: Maximum Supply: 1 billion Total Supply: 1 billion $PHY tokens Circulating Supply: Approx. 72.29 million $PHY (7.23% of total supply) Current Market Cap: Around $3.02 million Fully Diluted Market Cap: ~$41.3 million All-Time High: $0.1002 (July 26, 2025) All-Time Low: $0.03738 (July 26, 2025) Current Price: $0.0419 (as of latest market data) This sharp volatility—both ATH and ATL occurring within hours on the same day—shows how early-stage this project is and how speculative it remains. Still, such price behavior is not uncommon in low-float, low-cap tokens in the early weeks after their Token Generation Event (TGE). Project Utility: The token supports network participation by allowing node operators to earn rewards, incentivizing contributions to the DePHY and broader DePIN ecosystem, and facilitating decentralized governance. Additionally, $PHY may be used in multi-token mining environments where users deploy physical infrastructure that connects to the DePHY ecosystem. This ensures that infrastructure growth and token incentives are tightly aligned. Funding and Early Backers: DePHY completed a seed funding round on February 16, 2024, achieving a $40 million valuation and raising several million dollars in capital. The project is backed by several notable venture capital firms and ecosystem players including: Blockchain Builders Fund Foresight Ventures IoTeX Paramita Waterdrip Capital DefinanceX Having reputable and recognized backers like IoTeX and Foresight Ventures instills confidence in DePHY’s long-term vision and technical capabilities. It reflects positively on the project’s credibility, especially in a space where many startups lack institutional validation. Why DePHY Matters: DePHY is not just another token project—it is targeting a critical problem: bridging physical hardware with the decentralized digital layer. This is a growing market, as enterprises and startups increasingly look for verifiable, low-trust infrastructure solutions that integrate IoT, AI, and blockchain. By building a full-stack solution with open-source hardware and flexible messaging layers, DePHY is positioning itself as an enabling infrastructure provider—not merely a dApp or protocol. Risks and Considerations: Despite its vision, DePHY is still early-stage and highly volatile. With only 7.2% of the token supply currently in circulation, there is significant dilution risk if large unlocks occur. Price action over the last week shows sharp drops from its post-TGE high of $0.1002 to sub-$0.042 levels. This kind of volatility is common in low-cap DePIN tokens but must be considered when evaluating entry or exit points. Additionally, the project’s liquidity and trading volume—though decent at $21.4 million—could shrink quickly if sentiment shifts. Investors should closely monitor unlock schedules, team vesting events, and protocol growth to manage exposure appropriately. Opportunities Ahead: If DePHY succeeds in scaling real-world IoT participation through its open hardware kits, its token may find increasing utility in securing the network, incentivizing uptime, and facilitating hardware-backed mining. The integration with Web3-native oracles, ZK tooling, and decentralized messaging frameworks further enhances its potential to serve as the backbone for future DePIN applications. DePHY’s interoperability across chains like Solana and BNB Chain makes it well-positioned to capture cross-chain DePIN demand. Combined with a growing narrative around AI x Web3 x IoT convergence, this positions $PHY as a token worth watching—especially for long-term infrastructure-focused investors. Conclusion: DePHY is an early-stage DePIN framework with a real-world focus, institutional backers, and a clear mission to bridge the hardware layer with blockchain infrastructure. $PHY, its native token, saw significant volatility after launch but remains a critical component of the network’s incentive and governance model. While risks related to low float and high dilution remain, the project’s fundamentals and backers offer a strong foundation for future growth. Before entering a position, investors should consider market depth, liquidity, token unlock timelines, and actual network usage. If the project continues delivering on its roadmap and builds adoption among hardware developers and node operators, $PHY could become a key player in the decentralized infrastructure movement. For now, it remains a high-risk, high-potential asset that demands careful monitoring and strategic positioning

Ethereum Turns 10 But What’s Next Is Even Bigger After completing 10 powerful years, Ethereum has just dropped its next-level roadmap — called the Lean Ethereum Plan. And it’s not just a small upgrade… it’s a complete transformation 👇 🔰 Fort Mode = Always Online Ethereum wants 100% uptime- No shutdowns, no crashes. Even if the internet is under attack, Ethereum keeps running. 🔰 Beast Mode = Massive Speed Boost ✅ 10,000 transactions per second on Layer 1 ✅ Over 1 million TPS across Layer 2 That means faster apps, cheaper fees, and real-time user experience. 🔰 Major Upgrades Coming: 1️⃣ New Consensus (Beacon Chain 2.0) – Faster finality 2️⃣ Data Layer Upgrade (Blobs 2.0) – Handles more data, more securely 3️⃣ Execution Layer Update (EVM 2.0) – Supports future tech like zk-proofs 🔰 Quantum-Resistant Security They’re future-proofing Ethereum using next-gen cryptography that can handle even quantum computer attacks. 🔰 Modular & Clean Design Less complexity, more flexibility. Easier upgrades, faster innovation. Ethereum isn’t just evolving — it’s preparing to become the most powerful and resilient blockchain in the world. The next 12–18 months will be game-changing. $BTC $ETH $IOST

detailed general protocol analysis of $PHY (Phylo), structured into three sections covering background, technical protocols, and ecosystem/utility: GENERAL PROTOCOLS ANALYSIS OF $PHY (PHYLO) 1. Introduction and Background of $PHY Phylo ($PHY) is a blockchain-based token that aims to create a bridge between decentralized finance (DeFi) and bioinformatics/genetic data sharing. Phylo presents itself as a solution to some of the key issues in the research, data accessibility, and scientific funding spaces. It incentivizes both data contributors (such as genomics labs, researchers, and patients) and data users (biotech companies, institutions) through a token economy, using blockchain to ensure transparency, immutability, and fair compensation. Key features of the project’s vision include: Tokenizing genetic data ownership. Enabling decentralized data sharing with privacy controls. Promoting funding for scientific projects through DeFi models. As a protocol, $PHY tries to address key challenges in traditional genomic data management systems: centralization, lack of incentives, restricted access, and privacy risks. 2. Core Protocol Components and Mechanisms The $PHY protocol incorporates multiple technical and governance layers to create a fully decentralized ecosystem for genomics and life sciences data sharing. Its main protocols include: a. Data Tokenization and Access Control Genetic and biomedical data is converted into tokenized assets stored on-chain or via IPFS/Arweave links with encryption. Owners of genetic data can tokenize their datasets as NFTs or SBTs (Soulbound Tokens), enabling proof of ownership and traceable access. Smart contracts are used to govern how data is shared, sold, or licensed. Access control protocols ensure only authorized users with proper permissions can view/download datasets. b. Consent Protocols Phylo uses multi-signature smart contracts to handle informed consent. Data contributors must approve the use of their data for specific research purposes before access is granted. These consents can be dynamic and revocable depending on governance rules, giving contributors power over their personal data. c. Incentive Layer $PHY tokens are distributed as rewards to contributors and validators of data, researchers who share findings, and users who provide computation/storage power. A staking system may be integrated to validate high-quality contributions and reduce spam or low-quality datasets. Phylo introduces a data marketplace where researchers or companies can pay in $PHY to access datasets, while contributors earn passive income. d. Interoperability and Layer-2 Solutions The protocol may utilize Layer-2 scaling solutions (e.g., zk-rollups, optimistic rollups) to reduce costs for data transaction confirmations. It supports cross-chain compatibility, meaning data assets can be registered or transferred across different blockchains (e.g., Ethereum, Polygon, Arbitrum). e. DAO Governance Protocol $PHY holders participate in a Decentralized Autonomous Organization (DAO) to vote on changes to the protocol, funding grants, partnerships, and ethical issues in data usage. Governance tokens might be required to submit proposals or vote on key issues such as protocol upgrades or data rights. 3. Ecosystem, Use Cases, and Security Considerations a. Real-world Use Cases Medical Research Funding: Researchers can tokenize project proposals and seek decentralized funding using $PHY, similar to grant systems. Biotech Data Licensing: Pharma companies can license genomic datasets directly from individuals or labs using smart contracts. Patient-powered Research: Patients can upload their genome data and get rewarded when it's used in ethical studies. b. Security and Privacy Protocols Zero-Knowledge Proofs (ZKPs): To enable privacy-preserving computations on genetic data without exposing it. End-to-End Encryption: All datasets are encrypted, and keys are only shared with authorized wallets. Data Audit Trails: Every data request and usage event is logged immutably on the blockchain, providing a transparent audit trail for compliance and trust. c. Potential Risks and Mitigations Data Misuse: By enforcing programmable access rights and audits, Phylo aims to prevent unauthorized data use. Centralization of Infrastructure: The project encourages community-run nodes and decentralized storage to avoid single points of failure. Token Volatility: $PHY’s utility is designed to reduce speculation by embedding usage within research ecosystems. Conclusion The $PHY (Phylo) protocol is an ambitious attempt to bring blockchain’s strengths—decentralization, transparency, and incentive alignment—to the world of genetic data sharing and biomedical research. It does so by combining tokenization, smart contracts, DAO governance, and privacy-preserving tech into a robust framework. With real-world applications in scientific funding, patient data monetization, and pharmaceutical research, $PHY positions itself as a crucial layer in the future of decentralized science (DeSci). Continued success will depend on adoption by researchers, public trust in its privacy measures, and proper regulatory navigation. But as a protocol, $PHY is a model for how blockchain can be used to empower individuals and communities in the scientific world.

PHY is the token driving DePHY Network, which just landed on Bitget. Currently trading at around $0.021. If you’re curious about how this token works, think of it as the fuel for a groundbreaking decentralized physical infrastructure network (DePIN). $PHY is the utility token for DePHY, a platform connecting real-world hardware like IoT devices or AI-driven gear to blockchains. It’s built on a blockchain like Ethereum or Solana ensuring secure, low-latency transactions. The core mechanism is DePHY’s messaging layer, which uses Trusted Execution Environment (TEE) and Zero-Knowledge (ZK) Oracles to verify data from devices to the blockchain. This makes it super cost-efficient for projects to tokenize assets or manage device networks. On Bitget, you can trade $PHY in pairs like PHY/USDT or stake it to earn rewards, kind of like interest from a savings account. Staking might share network fees or mining rewards from DePHY’s 50,000+ active nodes, used in edge AI and smart cities. $PHY also powers governance, letting holders vote on upgrades, like tweaking reward structures. Bitget’s CandyBomb event, dropping 6.6M $PHY, is a fun way to grab some tokens. The mechanics make $PHY a workhorse, bridging physical and digital worlds. Whether it’s paying for network messaging or voting on DePHY’s future, $PHY’s got a big role. If you’re trading on Bitget, check out staking options or the Launchpool for extra perks. Crypto’s a wild ride, so dig into DePHY’s whitepaper before jumping in