cVault.finance 價格CORE

The $LAYER token is the native governance token of Solayer, a platform focused on enhancing the scalability of the Solana Virtual Machine (SVM) through hardware acceleration. Solayer aims to achieve high transaction throughput and near-zero latency, introducing innovations like InfiniSVM, which aspires to be the world's first network capable of processing 1 million transactions per second. ✅$LAYER serves multiple roles within the Solayer ecosystem: Governance: Token holders can participate in decision-making processes, such as protocol upgrades and key ecosystem initiatives. Network Utility: In the future, $LAYER is expected to be used in Proof of Stake consensus mechanisms for decentralized verification, allowing participants to earn block rewards. It may also function as a gas token for transactions on the Solayer network. The total supply of $LAYER is capped at 1 billion tokens, with an initial circulating supply of 220 million. The distribution is designed to promote decentralization and community involvement: Community & Ecosystem (51.23%): Allocated for research and development, developer programs, ecosystem growth, community events, and incentives. This includes a 12% allocation for a Genesis Drop to reward early adopters. Core Contributors (17.11%): Reserved for the core team and advisors. Investors (16.66%): Allocated to investors who have supported the project. Foundation (15%): Dedicated to the Solayer Foundation to support product expansion and network development. As of February 14, 2025, $LAYER is trading at approximately $0.815, with a daily high of $0.891 and a low of $0.783. The token distribution includes vesting schedules to ensure long-term commitment from contributors and investors. For instance, core contributors and advisors have a one-year cliff followed by three years of linear vesting, while investors have a one-year cliff and two years of linear vesting. In summary, $LAYER is integral to Solayer's mission of creating a scalable, hardware-accelerated blockchain ecosystem, offering utility in governance and network operations.

Future Core ExtensibilityStory’s architecture supports adding new specialized cores, allowing the blockchain to expandbeyond intellectual property capabilities. Let’s take a closer look at two possible future cores.The Artificial Intelligence (AI) core could optimize and streamline AI-related onchain operations. Implementing such operations within the EVM is infeasible by default—asreported in the paper[5], even a simple task like na¨ıve multiplication of two square matricesof 1000 x 1000 integers would cost over 3 billion gas, which far exceeds the logical blockgas limit. This core can leverage modern GPU integer processing by utilizing deterministicfixed-point arithmetic, quantization techniques[6], and an onchain pseudo-random generatorto address concerns about nondeterministic behavior from randomness and floating-pointerrors. The Zero-Knowledge (ZK) core could enable efficient verification of zero-knowledgeproofs such as ZK-SNARKs. Zero-knowledge proofs are used in cryptography to allow oneparty (the prover) to prove to another party (the verifier) that they possess specific knowledgeor information without revealing the actual information itself. By providing native supportfor ZK-proof verification using a highly optimized software stack or hardware acceleration,the core reduces computational overhead and gas costs compared to implementing theseoperations in smart contracts. The core is particularly valuable for applications requiringconfidential IP exchanges or verifiable IP graphs of massive scale. For example, it can enableIP owners to prove ownership or authenticity of their IP assets without exposing sensitivedetails.$IP

Future Core ExtensibilityStory’s architecture supports adding new specialized cores, allowing the blockchain to expandbeyond intellectual property capabilities. Let’s take a closer look at two possible future cores.The Artificial Intelligence (AI) core could optimize and streamline AI-related onchain operations. Implementing such operations within the EVM is infeasible by default—asreported in the paper[5], even a simple task like na¨ıve multiplication of two square matricesof 1000 x 1000 integers would cost over 3 billion gas, which far exceeds the logical blockgas limit. This core can leverage modern GPU integer processing by utilizing deterministicfixed-point arithmetic, quantization techniques[6], and an onchain pseudo-random generatorto address concerns about nondeterministic behavior from randomness and floating-pointerrors. The Zero-Knowledge (ZK) core could enable efficient verification of zero-knowledgeproofs such as ZK-SNARKs. Zero-knowledge proofs are used in cryptography to allow oneparty (the prover) to prove to another party (the verifier) that they possess specific knowledgeor information without revealing the actual information itself. By providing native supportfor ZK-proof verification using a highly optimized software stack or hardware acceleration,the core reduces computational overhead and gas costs compared to implementing theseoperations in smart contracts. The core is particularly valuable for applications requiringconfidential IP exchanges or verifiable IP graphs of massive scale. For example, it can enableIP owners to prove ownership or authenticity of their IP assets without exposing sensitivedetails.$IP

🎉$IP : Rising Market Interest and Development Progress🎉 🎉Introduction🎉 $IP , a cryptocurrency that has been gaining significant attention in recent times, continues to demonstrate rising market interest and development progress. This article provides an overview of the current state of $IP, highlighting its growing market presence and ongoing development initiatives. 💥Rising Market Interest💥 $IP 's market presence has been steadily increasing, with several factors contributing to its growing popularity. 1. _Increased Trading Volume_: $IP's trading volume has been on the rise, indicating growing investor interest and market activity. 2. _Improved Liquidity_: Enhanced liquidity has made it easier for investors to buy and sell $IP, contributing to its increasing market presence. 3. _Growing Community_: $IP's community has been expanding, with more investors, developers, and enthusiasts joining the ecosystem. 🎉Development Progress🎉 The $IP development team has been actively working on various initiatives to enhance the cryptocurrency's functionality, scalability, and adoption. 1. _Core Development_: The team has been focusing on improving $IP's core protocol, ensuring enhanced security, scalability, and usability. 2. _Ecosystem Expansion_: $IP's ecosystem has been expanding, with new partnerships, integrations, and use cases being developed. 3. _Research and Development_: The team has been conducting research and development in areas such as decentralized finance (DeFi), gaming, and social media. 💥Future Outlook💥 With rising market interest and ongoing development progress, $IP's future outlook appears promising. 1. _Increased Adoption_: Growing market presence and ecosystem expansion are expected to drive increased adoption and usage of $IP . 2. _Improved Scalability_: Ongoing development initiatives are focused on enhancing $IP's scalability, ensuring it can accommodate increasing transaction volumes. 3. _Enhanced Security_: The development team's focus on security ensures that $IP's ecosystem remains secure and resistant to potential threats. 💥Conclusion💥 $IP 's rising market interest and development progress demonstrate its growing presence in the cryptocurrency space. With a strong focus on development, ecosystem expansion, and community engagement, $IP is poised for continued growth and adoption.

Future Core ExtensibilityStory’s architecture supports adding new specialized cores, allowing the blockchain to expandbeyond intellectual property capabilities. Let’s take a closer look at two possible future cores.The Artificial Intelligence (AI) core could optimize and streamline AI-related onchain operations. Implementing such operations within the EVM is infeasible by default—asreported in the paper[5], even a simple task like na¨ıve multiplication of two square matricesof 1000 x 1000 integers would cost over 3 billion gas, which far exceeds the logical blockgas limit. This core can leverage modern GPU integer processing by utilizing deterministicfixed-point arithmetic, quantization techniques[6], and an onchain pseudo-random generatorto address concerns about nondeterministic behavior from randomness and floating-pointerrors. The Zero-Knowledge (ZK) core could enable efficient verification of zero-knowledgeproofs such as ZK-SNARKs. Zero-knowledge proofs are used in cryptography to allow oneparty (the prover) to prove to another party (the verifier) that they possess specific knowledgeor information without revealing the actual information itself. By providing native supportfor ZK-proof verification using a highly optimized software stack or hardware acceleration,the core reduces computational overhead and gas costs compared to implementing theseoperations in smart contracts. The core is particularly valuable for applications requiringconfidential IP exchanges or verifiable IP graphs of massive scale. For example, it can enableIP owners to prove ownership or authenticity of their IP assets without exposing sensitivedetails.$IP