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.

• Multi-Executor Parallel Processing: Multiple processing units operate simultaneously, breaking the traditional sequential processing model of blockchain transactions. When processing large volumes of transactions, different executors can handle different batches of transactions, similar to multiple production lines operating simultaneously in a factory, greatly enhancing transaction processing throughput. The intelligent transaction scheduling system will identify non-conflicting transactions within the same wallet and allow them to execute in parallel, reducing transaction queuing times and further improving overall processing efficiency. In scenarios with 100,000 concurrent transactions, this technology can reduce account conflict rates from 38% in traditional architectures to 6.7%.

• Predictive Transaction Preprocessing: Low-conflict transactions are preprocessed before validation, analyzing the feasibility and potential conflicts of transactions in advance. The system screens and sorts the transactions, prioritizing low-conflict transactions for processing, reducing wait times and making the entire transaction processing flow smoother, thereby enhancing the system's response speed in high-concurrency situations, providing strong support for achieving over 1MTPS transaction processing capability.

Comprehensive optimization of hardware acceleration

• Distributed Microservices Architecture: InfiniSVM decomposes the transaction processing workflow into 12 independent links, with each link deployed on node clusters equipped with dedicated acceleration hardware. The signature verification link uses FPGA acceleration, while state scheduling, storage read/write, and other links are processed by targeted hardware, avoiding the problem of 'one link lagging causing the entire line to wait' and achieving efficient collaboration among all links.

• RDMA Low Latency Communication Technology: Remote Direct Memory Access (RDMA) technology based on the InfiniBand architecture allows nodes to directly transfer memory data, reducing cross-node memory access latency from milliseconds to microseconds, with actual measurements showing inter-node state synchronization speeds reaching 98Gbps, a 40-fold improvement over traditional TCP/IP protocols, significantly reducing state access conflicts and improving communication efficiency and data transmission speed between nodes, ensuring stable system operation under hardware acceleration.

• Intelligent Storage Layered System: Divides account data into 'hot data' (high-frequency access) and 'cold data' (low-frequency access), stored separately on NVMe SSDs and distributed cloud storage nodes. The storage limit per account has been expanded from 10MB on Solana to 1TB, with data retrieval speed increased by 8 times, satisfying the demand for large-capacity data storage while optimizing data access speed to adapt to the rapid read and write requirements of large amounts of data under hardware acceleration.

Mechanism for achieving unlimited expansion

• Dynamic Sharding Technology: InfiniSVM uses dynamic sharding technology to automatically divide the blockchain network into multiple shards based on network load and transaction demands. Each shard can independently process a portion of transactions, and as the number of transactions increases, the number of shards can be dynamically increased, achieving unlimited network expansion while maintaining the integrity and composability of the blockchain, ensuring that security and efficiency are not sacrificed during the expansion process.

• Software-Defined Networking (SDN): Utilizes SDN to achieve intelligent scheduling and management of network traffic, optimizing node communication efficiency. When congestion occurs in a specific area of the network, SDN can dynamically adjust traffic paths, directing data traffic to lightly loaded nodes, ensuring the smooth operation of the entire network and providing reliable network communication assurance for unlimited network expansion.

Key position of sUSD in the on-chain dollar ecosystem

Foundation role of stablecoins

sUSD, as a stablecoin in the Solayer ecosystem, is pegged to the US dollar, providing a value-stable foundation for the entire on-chain dollar ecosystem. In various DeFi applications such as lending, trading, and payment scenarios, sUSD plays an important role. In the lending market, users can collateralize assets to borrow sUSD to meet funding needs; in the trading market, sUSD, as a vital component of trading pairs, provides users with a stable medium for transactions, reducing trading risks arising from cryptocurrency price volatility and promoting market liquidity and stability.

Interaction with other assets

sUSD is closely connected with other native yield-bearing assets in the Solayer ecosystem, such as sSOL. Users can flexibly convert and operate between different assets to achieve diversified asset allocation and maximize returns. Users can stake sUSD into specific protocols and participate in liquidity mining alongside sSOL to earn additional yields; they can also exchange sSOL and other assets for sUSD when needed to respond to market changes or meet other funding requirements. This interaction promotes the prosperity and development of the entire on-chain dollar ecosystem.

Cross-application scenario circulation

sUSD can circulate freely in various application scenarios within the Solayer ecosystem, connecting different DeFi services and real economy applications. In payment scenarios, users can use sUSD for online and offline payments for goods and services; in investment scenarios, sUSD can be used to participate in various financial product investments, realizing the value transfer from the virtual economy to the real economy, promoting the integration of the on-chain dollar ecosystem with the real economy.

Emerald Card: A bridge between on-chain payments and real-world consumption

Payment functions and convenience

Emerald Card serves as a key tool connecting on-chain payments with real-world consumption, supporting sUSD stablecoin settlements. Users can recharge sUSD from the chain onto the Emerald Card and then spend at merchants worldwide that support Visa payments, eliminating cumbersome exchange and withdrawal processes. Whether shopping online or spending at physical stores, the Emerald Card can be used as conveniently as a traditional bank card, greatly enhancing the availability and liquidity of on-chain assets.

Security Assurance Measures

To ensure the safety of users' funds, the Emerald Card has implemented strict security measures at both the technical and management levels. Technically, advanced encryption technologies and multi-signature mechanisms have been adopted to prevent card information and transaction data from being stolen or tampered with; in management, a comprehensive risk monitoring system has been established to monitor transaction behaviors in real time, and any abnormal transactions are immediately addressed by freezing accounts and notifying users to ensure the security of user assets.

Promotion of ecosystem development

The launch of the Emerald Card has expanded the application scenarios of the Solayer ecosystem, attracting more users and merchants to participate in the ecosystem. For users, the Emerald Card provides a convenient way to convert digital assets into real purchasing power, lowering the barriers to using cryptocurrencies; for merchants, accepting payments via the Emerald Card can expand their customer base, especially attracting users holding crypto assets, promoting the integration of online and offline business activities with blockchain technology, and driving the overall growth and development of the Solayer ecosystem.

The core technical advantages of InfiniSVM have brought a qualitative leap in blockchain performance, with sUSD occupying a key position in the on-chain dollar ecosystem, while the Emerald Card successfully connects on-chain payments with real-world consumption. Together, they form a solid foundation for the Solayer ecosystem, opening up new avenues for the development of Web3 finance. With ongoing technological improvements and continuous expansion of the ecosystem, they are expected to exert a greater influence in the financial sector in the future.