In the development process of the Web3 industry, Layer1 infrastructure has long been constrained by the 'singularization of financial scenarios'—most projects focus on 'high TPS parameter competition' as their core goal but fail to address the actual pain points of community convenience and cross-border daily consumption, causing Crypto to remain in the realm of 'niche assets', making it difficult to truly integrate into the lives of the masses. Solayer takes a different approach, centering on 'hardware customization to fit scene needs', through the self-developed InfiniSVM engine and Emerald Card product, creating a complete link of 'technology aligning with daily needs and products meeting demands', providing a critical solution for Web3 to transition from 'financial circles' to 'life scenes'.
1. InfiniSVM: Breaking Out of Parameter Traps to Match Daily Scene Requirements with Hardware Innovation
Traditional Layer1 performance optimization often relies on software algorithm iterations, constrained by the computing power allocation mechanism of general-purpose servers. When processing small, high-frequency transactions of $10-60, there are often issues of 'computing power being crowded out by large transactions, causing a spike in delays'—this is a core pain point in daily scenarios such as shopping at community convenience stores, paying utility bills across borders, and settling for convenient repairs. Solayer's breakthrough lies in deeply binding hardware design with scenario needs, making the InfiniSVM engine the underlying architecture 'born for daily transactions'.
From the perspective of core technology architecture, InfiniSVM's differentiated advantage lies in the 'scenario-based transformation of FPGA chips'. Its self-developed FPGA chips are not general-purpose computing carriers but are hardware-optimized for the characteristics of small transactions, i.e., 'low amounts, high timeliness, and high concurrency': the chips include a 'scenario-based computing scheduling module' that can automatically recognize transaction scene attributes—when a community breakfast shop experiences a peak of numerous $5-15 payment orders from 7 to 9 AM, or when a cross-border platform sees a surge in demand for bill payments from 7 to 9 PM, the module dynamically allocates 80%-90% of the computing power to prioritize processing such scenes, achieving a parallel processing capability of 200,000 non-conflicting transactions per second per chip, with computing power density increased 13 times compared to traditional servers. This logic of 'on-demand allocation of computing power' completely breaks free from the performance bottlenecks of traditional Layer1's 'one-size-fits-all' approach, allowing technological optimizations to directly serve daily user experience.
In the network transmission stage, InfiniSVM uses 100Gbps InfiniBand high-speed networks and RDMA technology to build a 'hardware direct connection channel for transaction data'. Unlike traditional Ethernet, which must pass through the operating system for forwarding, users' payment instructions can be directly transmitted from the terminal through a hardware channel to the merchant node, with overall latency stabilized at 0.8 milliseconds, unaffected by congestion from other transactions on-chain. This feature perfectly matches the 'immediacy requirement' of daily scenarios—whether for emergency medication purchases at community pharmacies or paying gas bills through cross-border platforms, it can achieve 'scan to pay, second-level confirmation', alleviating user anxiety over 'payment waiting'.
In terms of compliance and stability, InfiniSVM achieves a 99.99% transaction success rate through industrial-grade hardware design, while also possessing resistance to T-level DDoS attacks. It has completed compliance filings for community businesses in parts of Southeast Asia and Europe. This tri-fold guarantee of 'performance + compliance + stability' provides a critical trust foundation for community merchants and cross-border service institutions to access daily scenarios, avoiding the disconnection between technology adaptation and compliance requirements.
2. Emerald Card: Bringing Technological Value to the Ground, Creating a Gateway for Daily Web3 Usage
The value of technological innovation ultimately needs to be realized through user-perceptible products. The Emerald Card introduced by Solayer is not just a simple Crypto payment tool; it is a 'scenario-based value carrier' designed around the hardware advantages of InfiniSVM that addresses three core issues: 'complex operations, no actual benefits, and regional limitations'.
In terms of functional adaptation, the Emerald Card deeply integrates InfiniSVM's 'exclusive computing power channel for daily transactions'. When users make purchases at over 53 million Visa/Mastercard partner merchants globally (including community fresh food stores, cross-border e-commerce, and convenient service points), payment instructions can be directly routed to InfiniSVM's scenario-based computing module without competing for resources with large on-chain transactions. Actual data shows that with this technological support, the settlement success rate of the Emerald Card for 'Crypto-fiat' transactions reaches 99.9%, with settlement time controlled within 1.2 seconds, far exceeding the industry average of 8-15 seconds, completely alleviating concerns about 'payment failures and waiting for confirmations' in daily use.
For cross-border daily consumption scenarios, the Emerald Card leverages InfiniSVM's global network of over 220 hardware nodes to achieve 'location-neutral experience + low-cost settlement'. Users paying property fees in Southeast Asian communities or purchasing baby products in Europe need not worry about delays caused by regional computing power differences; the exchange rate discrepancies for cross-border payments are controlled within 0.01%, and traditional financial institutions' currency exchange fees of 1.2%-8% are waived, directly reducing the cost of daily cross-border consumption—this effectively transforms the 'asset attribute' of Crypto into a 'practical payment tool' for users with cross-border living, studying, or working needs.
To enhance user stickiness, Solayer has designed the 'Emerald Rewards' scenario-based reward system, directly linking 'daily consumption' with 'practical benefits'. Users earn 0.01 LAYER (Solayer's native token) for every $1 spent, with commission reminders sent within 10 seconds, without expiration or redemption thresholds. The earned LAYER can not only be staked in InfiniSVM hardware nodes for an annual yield of 8%-10% but can also be redeemed for coupons at community fresh food stores, discounts for cross-border shopping, and vouchers for convenient repair services, forming a closed loop of 'consumption-revenue-re-consumption'. This design, which strongly associates 'revenue with life needs', differentiates it from traditional Crypto projects' airdrop incentives, allowing users to intuitively feel the value of usage rather than merely holding assets.
3. Technology-Product Collaboration: Building a Closed Loop of Web3 Daily Infrastructure Ecosystem
The key to the daily integration of Web3 lies in transforming technological advantages into an ecological closed loop that 'users are willing to use, and merchants are willing to accept'. Solayer achieves this goal through the collaboration of InfiniSVM and the Emerald Card: InfiniSVM addresses the issue of 'can the underlying performance support daily scenarios', while the Emerald Card resolves the question of 'are users and merchants willing to use it', together promoting a positive cycle of 'scene-technology-user'.
For users, there is no need to understand complex hardware architecture; with the Emerald Card, they can enjoy an experience of 'instant payment, saving money, and earning discounts' in community shopping and cross-border consumption, significantly lowering the barriers to using Crypto; for merchants and institutions, integrating the Emerald Card equates to gaining hardware-level performance support from InfiniSVM, reducing the payment failure rate from the industry average of 6% to 0.02%, while also allowing them to customize community-specific discounts through a 'merchant backend', enhancing user repurchase rates; for the Web3 ecosystem, Solayer's exploration proves that Layer1 infrastructure need not be limited to financial scenarios; through 'technology adapting to scenes and products meeting needs', it can fully become a core facility supporting daily life.
From the perspective of industry value, Solayer's innovation is not merely a breakthrough of a single technology or product but rather reconstructs the design logic of Layer1—taking 'serving daily needs' as the starting point for technological research and development, rather than 'piling up performance first and then finding scenes'. Currently, its 350 million TVL corresponds to a market value/TVL ratio (0.37-0.45) that is far below the average level of Web3 financial infrastructure (0.6-0.8). As InfiniSVM's mainnet with over 1 million TPS officially goes live and the coverage of Emerald Card merchants continues to expand, this 'scenario-based infrastructure' model is expected to become the mainstream direction for the daily integration of Web3.
The ultimate value of Web3 lies not in creating niche financial tools but in becoming practical infrastructure integrated into daily life. Solayer, based on hardware-accelerated Layer1, is using scenario-based products as an entry point to move from the concept of 'Crypto solving daily problems' to reality—when users pay community property fees or purchase daily necessities across borders with the Emerald Card, Web3 has truly made the leap from 'financial innovation' to 'daily infrastructure'.@Solayer #BuiltOnSolayer $LAYER
