Solyer无限硬件加速
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On June 4th, I said that once the contract was signed, it would be halved. Today, on the 11th, it has already been halved to #Solyer无限硬件加速 .
白手起家:
呢你在说说啥时候归零
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A true story: Withdrawing 1.5 million, directly 'invited for tea' by the police
😨 A friend of mine recently withdrew 1.5 million RMB from the crypto world, and just a few days after entering the bank, his account was frozen, citing 'suspicious source of funds';
📞 On the third day, the police came directly to ask questions, and even his parents were scared to use their credit cards.
🤯 He didn't launder money or engage in pyramid schemes; he earned everything through DeFi, but in the eyes of traditional finance, as long as you touch on-chain assets – it's all considered dirty.
This reminded me: in the eyes of traditional banks, 'cash out from the crypto world' is inherently high risk.
🟩 To ensure asset freedom, you must use the methods of 'on-chain people'
📞 On the third day, the police came directly to ask questions, and even his parents were scared to use their credit cards.
🤯 He didn't launder money or engage in pyramid schemes; he earned everything through DeFi, but in the eyes of traditional finance, as long as you touch on-chain assets – it's all considered dirty.
This reminded me: in the eyes of traditional banks, 'cash out from the crypto world' is inherently high risk.
🟩 To ensure asset freedom, you must use the methods of 'on-chain people'
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#Solayer Infinite Hardware Acceleration
Will Solayer's InfiniSVM ignite a blockchain performance revolution? <t-12/><t-13/>#Solyer无限硬件加速 $SOL
Friends, I have recently researched deeply and couldn't help but share this shock! This is not just another Layer1 narrative, but a disruptive leap for the Solana ecosystem and the entire high-performance public chain track. The core goal targets >1M TPS and infinite scalability. Does that sound like a fantasy? But Solayer's path shows me a solid possibility for realization!
1. Hardware Acceleration: The key to breaking physical bottlenecks 🔑
Traditional blockchain relies on software optimization, and the performance ceiling is within reach. InfiniSVM boldly introduces hardware acceleration (such as FPGA/ASIC), offloading resource-intensive transaction execution, signature verification, and other key processes to dedicated hardware. This is akin to equipping the engine with a turbocharger, directly breaking through the physical limitations of the CPU and achieving exponential throughput improvements. Just imagine, a million TPS is no longer just a theoretical concept, but a reality supported at the hardware level! This is the cornerstone of Solayer's vision of 'infinite hardware acceleration.'
Friends, I have recently researched deeply and couldn't help but share this shock! This is not just another Layer1 narrative, but a disruptive leap for the Solana ecosystem and the entire high-performance public chain track. The core goal targets >1M TPS and infinite scalability. Does that sound like a fantasy? But Solayer's path shows me a solid possibility for realization!
1. Hardware Acceleration: The key to breaking physical bottlenecks 🔑
Traditional blockchain relies on software optimization, and the performance ceiling is within reach. InfiniSVM boldly introduces hardware acceleration (such as FPGA/ASIC), offloading resource-intensive transaction execution, signature verification, and other key processes to dedicated hardware. This is akin to equipping the engine with a turbocharger, directly breaking through the physical limitations of the CPU and achieving exponential throughput improvements. Just imagine, a million TPS is no longer just a theoretical concept, but a reality supported at the hardware level! This is the cornerstone of Solayer's vision of 'infinite hardware acceleration.'
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Solayer: Solana's Layer∞ is emerging
#Solyer无限硬件加速
🌐 01｜The ceiling of Solana has appeared
Solana was once renowned for its high-performance main chain, but is now facing challenges:
• Severe resource competition: Transaction confirmation delays up to 4~6 seconds during peak times for popular projects
• Difficult to scale: The demand for new applications like AI, RWA, and blockchain games far exceeds current performance
By Q4 2024, Solana's peak TPS has approached 65,000, and the performance ceiling is becoming apparent. Solayer was born in this context, aiming to break Solana's scalability limit.
⚙️ 02｜InfiniSVM: One million TPS is not a dream
The core technology of Solayer, InfiniSVM, integrates hardware acceleration + protocol reconstruction, building a modular execution environment compatible with SVM.
🌐 01｜The ceiling of Solana has appeared
Solana was once renowned for its high-performance main chain, but is now facing challenges:
• Severe resource competition: Transaction confirmation delays up to 4~6 seconds during peak times for popular projects
• Difficult to scale: The demand for new applications like AI, RWA, and blockchain games far exceeds current performance
By Q4 2024, Solana's peak TPS has approached 65,000, and the performance ceiling is becoming apparent. Solayer was born in this context, aiming to break Solana's scalability limit.
⚙️ 02｜InfiniSVM: One million TPS is not a dream
The core technology of Solayer, InfiniSVM, integrates hardware acceleration + protocol reconstruction, building a modular execution environment compatible with SVM.
Israel Melesse:
no, we are waiting for the us/china trade talk
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奋斗的韭菜:
这个会归零
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Exploring Solayer: An Innovator Breaking the Boundaries of Blockchain Infrastructure
Exploring Solayer: An Innovator Breaking the Boundaries of Blockchain Infrastructure
In today's rapidly developing blockchain field, Solayer shines like a dazzling new star, constantly breaking the boundaries of infrastructure and demonstrating strong capabilities in enhancing scalability, economic security, and DeFi integration.
Solayer's hardware-accelerated SVM optimized execution environment is an important manifestation of its technical innovation. The hardware acceleration structure acts like a powerful 'engine' for blockchain operations, combined with a high-performance multi-executor model, significantly enhancing parallel processing capabilities and greatly improving transaction efficiency. The optimized transaction scheduling mechanism can accurately allocate resources and maximize throughput, enabling the blockchain network to handle more transactions. Meanwhile, consensus expansion technology also provides strong guarantees for the stability and reliability of the entire system.
In today's rapidly developing blockchain field, Solayer shines like a dazzling new star, constantly breaking the boundaries of infrastructure and demonstrating strong capabilities in enhancing scalability, economic security, and DeFi integration.
Solayer's hardware-accelerated SVM optimized execution environment is an important manifestation of its technical innovation. The hardware acceleration structure acts like a powerful 'engine' for blockchain operations, combined with a high-performance multi-executor model, significantly enhancing parallel processing capabilities and greatly improving transaction efficiency. The optimized transaction scheduling mechanism can accurately allocate resources and maximize throughput, enabling the blockchain network to handle more transactions. Meanwhile, consensus expansion technology also provides strong guarantees for the stability and reliability of the entire system.
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Solayer has launched the new Emerald Card #Solyer无限硬件加速
The Solayer Emerald Card is a Visa cryptocurrency financial card, and here are the reasons why it is worth having:
Substantial Returns: This card is linked to Solayer's native stablecoin sUSDC, and the deposited funds can earn an annual return of 4% to 5% supported by U.S. Treasury bonds, with no lock-up restrictions and minimum thresholds, supporting instant minting and redemption.
Convenient Spending: The Emerald Card supports Apple Pay, Google Pay, LINE Pay, etc., allowing for online and offline spending and international payment settlement in over 100 countries worldwide. Spending with USDC can be deducted directly without prior conversion, and once the physical card is launched, it will also support ATM withdrawals in local fiat currency.
- Rich Rewards: The official will hold card usage-related activities, giving users the chance to receive Layer token airdrops or participate in points programs, obtaining more rewards through card usage and enjoying the benefits brought by the development of the Solayer ecosystem.
Solayer is a re-staking protocol on Solana, rather than a traditional Layer 1 public chain, but it has significant potential within the Solana ecosystem for the following reasons:
Innovative Re-staking Mechanism: Solayer allows users to re-stake their staked SOL or its liquidity derivatives to generate SSOL tokens, enabling the same staked assets to serve multiple purposes in various services, enhancing capital efficiency, and providing security guarantees for DApps and other services in the Solana ecosystem, thus increasing ecosystem security.
Advanced Technical Architecture: Solayer has created an endogenous AVS mechanism to optimize block space allocation and transaction priority for DApps on the Solana mainnet. It also employs Remote Direct Memory Access (RDMA) technology to achieve zero-copy data transfer, with end-to-end latency below 1 microsecond, significantly reducing CPU overhead, combined with InfiniBand technology to provide hardware-level acceleration for blockchain transaction processing.
Powerful Resource Allocation Capability: Solayer utilizes a stake-weighted quality service mechanism to dynamically allocate resources based on demand, ensuring that critical services receive sufficient security guarantees and computing power, which contributes to the stability and efficient operation of the Solana ecosystem.
The Solayer Emerald Card is a Visa cryptocurrency financial card, and here are the reasons why it is worth having:
Substantial Returns: This card is linked to Solayer's native stablecoin sUSDC, and the deposited funds can earn an annual return of 4% to 5% supported by U.S. Treasury bonds, with no lock-up restrictions and minimum thresholds, supporting instant minting and redemption.
Convenient Spending: The Emerald Card supports Apple Pay, Google Pay, LINE Pay, etc., allowing for online and offline spending and international payment settlement in over 100 countries worldwide. Spending with USDC can be deducted directly without prior conversion, and once the physical card is launched, it will also support ATM withdrawals in local fiat currency.
- Rich Rewards: The official will hold card usage-related activities, giving users the chance to receive Layer token airdrops or participate in points programs, obtaining more rewards through card usage and enjoying the benefits brought by the development of the Solayer ecosystem.
Solayer is a re-staking protocol on Solana, rather than a traditional Layer 1 public chain, but it has significant potential within the Solana ecosystem for the following reasons:
Innovative Re-staking Mechanism: Solayer allows users to re-stake their staked SOL or its liquidity derivatives to generate SSOL tokens, enabling the same staked assets to serve multiple purposes in various services, enhancing capital efficiency, and providing security guarantees for DApps and other services in the Solana ecosystem, thus increasing ecosystem security.
Advanced Technical Architecture: Solayer has created an endogenous AVS mechanism to optimize block space allocation and transaction priority for DApps on the Solana mainnet. It also employs Remote Direct Memory Access (RDMA) technology to achieve zero-copy data transfer, with end-to-end latency below 1 microsecond, significantly reducing CPU overhead, combined with InfiniBand technology to provide hardware-level acceleration for blockchain transaction processing.
Powerful Resource Allocation Capability: Solayer utilizes a stake-weighted quality service mechanism to dynamically allocate resources based on demand, ensuring that critical services receive sufficient security guarantees and computing power, which contributes to the stability and efficient operation of the Solana ecosystem.
Katy Northern FleT:
是不是意味着Solayer上涨潜力无限
Monnie Brunt OkvK:
看来大概率真的要破前高了，不过应该不是这波。这次跌也就1000多点 下一次应该是玩假突破110900左右要突破又没上去再来个跌吧，反正狗庄很爱玩这个😂
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In-depth Analysis of the Innovative Code of InfiniSVM and the Solayer Ecosystem
In the rapid development of blockchain, InfiniSVM launched by Solayer has become a focus in the industry with its core technical advantages such as over 1MTPS, hardware acceleration, and unlimited scalability. It not only redefines the performance boundaries of blockchain but also reshapes the on-chain dollar ecosystem and payment system. Below, we will delve into these technical advantages and related ecological layouts.
Analysis of the Core Technical Advantages of InfiniSVM
Technical path to achieve over 1MTPS
• Hardware Acceleration Foundation: InfiniSVM utilizes dedicated integrated circuits (ASICs) and field-programmable gate arrays (FPGAs) to accelerate underlying computations. ASICs are customized for specific blockchain computing tasks and can efficiently handle complex mathematical calculations and cryptographic algorithms, significantly enhancing computation speed; FPGAs offer flexibility and can be programmed for different blockchain application scenarios, optimizing the allocation of computational resources. In the transaction signature verification process, FPGAs can achieve 1.4 million EdDSA signature verifications per second, a 17-fold improvement over traditional CPU solutions, providing a solid hardware foundation for high TPS.
Analysis of the Core Technical Advantages of InfiniSVM
Technical path to achieve over 1MTPS
• Hardware Acceleration Foundation: InfiniSVM utilizes dedicated integrated circuits (ASICs) and field-programmable gate arrays (FPGAs) to accelerate underlying computations. ASICs are customized for specific blockchain computing tasks and can efficiently handle complex mathematical calculations and cryptographic algorithms, significantly enhancing computation speed; FPGAs offer flexibility and can be programmed for different blockchain application scenarios, optimizing the allocation of computational resources. In the transaction signature verification process, FPGAs can achieve 1.4 million EdDSA signature verifications per second, a 17-fold improvement over traditional CPU solutions, providing a solid hardware foundation for high TPS.
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