Phicoin $PHI is a high-performance cryptocurrency designed to enhance decentralization and scalability in Proof-of-Work systems. More
Fully Diluted Valuation | $419,230 |
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24H Trading Volume | $35,651 |
24H Low / High | $0.00 / $ 0.00 |
Circulating Supply | 210.84M |
Total Supply | 210.84M |
Max Supply | ∞ |
Categories | Solana Ecosystem 3 more |
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Founder | Anonymous |
Website | phicoin.net Whitepaper |
Socials | 4 more |
Chains | Solana Ecosystem |
Explorer | Solscan 1 more |
Contracts |
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Name | Pair | OG Score |
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Phicoin $PHI, launched in November 2024, addresses the pressing challenges of mining centralization in blockchain networks by introducing the Phihash algorithm. This innovative approach resists ASIC and FPGA devices, ensuring that individuals with consumer-grade GPUs can participate effectively, thereby preserving the decentralized nature of the blockchain. With a block time of 15 seconds and a block size of 4 MB, Phicoin supports over 1,000 transactions per second (TPS), making it highly suitable for modern financial applications.
The supply model of Phicoin $PHI is entirely mining-based, ensuring fair distribution with no pre-minted tokens. Mining rewards are structured to incentivize participation, with 95% allocated to miners and 5% directed towards infrastructure maintenance and developer incentives. The project emphasizes ecological sustainability by encouraging the use of efficient, modern GPUs while phasing out outdated hardware. This ensures the long-term viability of the network while minimizing energy consumption, aligning with global trends toward sustainable blockchain technology.
Decentralization and Fair Participation: The Phihash algorithm is at the core of Phicoin’s commitment to decentralization. By combining the Ethash cache structure with the randomness of KawPow/ProgPow, it significantly enhances resistance to specialized mining hardware, such as ASICs and FPGAs. This algorithm increases memory requirements, which naturally excludes outdated GPUs, encouraging participation from users with modern consumer-grade hardware.
Additionally, FP32 logic computation is incorporated to optimize performance on GPUs, ensuring fairness and inclusivity for everyday miners. To further reinforce decentralization, Phicoin eliminates the dominance of large-scale mining operations, enabling individuals and smaller mining pools to contribute meaningfully to the network's security and stability.
Scalability and Performance: With a block time of 15 seconds and a block size of 4 MB, Phicoin $PHI can handle over 1,000 TPS, making it ideal for decentralized applications (dApps) and modern financial ecosystems. These features allow Phicoin to support complex use cases such as DeFi platforms, distributed computing, and smart contracts.
The design also includes a gradual increase in DAG size, ensuring the network evolves alongside advancements in GPU technology. This feature phases out obsolete hardware while maintaining a high level of network efficiency, ensuring Phicoin remains a competitive and viable solution in the long run.
Decentralized Finance (DeFi): The high transaction throughput of Phicoin $PHI makes it a powerful platform for DeFi applications. It supports a range of services, including lending, borrowing, staking, and trading. The scalability ensures seamless execution of smart contracts, providing users with a reliable framework for financial interactions.
Decentralized Domain Name Service (DDNS): Leveraging blockchain technology, Phicoin supports a DDNS system that integrates domain ownership with IPFS for distributed storage. This setup ensures that domain records are secure, immutable, and resistant to censorship or hijacking. This use case demonstrates Phicoin’s potential in creating a more decentralized and resilient internet.
Distributed Computing: The infrastructure of Phicoin $PHI aligns with GPU-intensive workloads, making it an excellent choice for applications in AI, big data, and scientific research. By enabling decentralized computing, Phicoin contributes to advancements in cutting-edge technologies, promoting collaboration and innovation across industries.
Sustainability and Energy Efficiency: Phicoin’s emphasis on modern GPUs ensures lower energy consumption compared to traditional proof-of-work (PoW) systems. This feature aligns with global efforts to create environmentally friendly blockchain solutions, setting a new standard for sustainable decentralized systems.
Phicoin $PHI offers a robust and innovative solution to the challenges faced by traditional PoW cryptocurrencies. Its Phihash algorithm promotes fair participation by resisting hardware centralization, ensuring decentralization remains at the heart of the project. With its scalability, high transaction throughput, and commitment to security and transparency, Phicoin is well-positioned to become a foundational infrastructure for future web3 and blockchain applications.
By emphasizing ecological sustainability and enabling diverse use cases such as DeFi, DDNS, and distributed computing, Phicoin $PHI demonstrates a forward-thinking approach that reflects the evolving needs of the digital finance landscape. Its design and principles ensure it remains a competitive, innovative, and trusted platform in the rapidly growing world of blockchain technology.
Phicoin $PHI uniqueness lies in its Phihash algorithm, which resists ASIC and FPGA mining, ensuring fair participation for individuals with consumer-grade GPUs. Additionally, its high transaction throughput and commitment to decentralization set it apart in the cryptocurrency landscape.
The founders of Phicoin $PHI are not available publicly at the moment.
Information regarding specific backers or partners of Phicoin $PHI is not readily available, suggesting that the project may be community-driven or operating without disclosed partnerships.
LBank, Raydium, BIT
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