In the current situation where Web3 infrastructure is still trapped in "single scenario breakthroughs" and the practical application of Crypto "fails to cover the dual demands of parenting + purchasing," Solayer has achieved breakthroughs with a hardware-accelerated Layer1 architecture focused on community parent-child services + convenient retail—its self-developed InfiniSVM engine, through "customized FPGA chips + parent-child-retail dual scenario transaction optimization," achieves over 1 million TPS, infinite scalability, and ultra-low latency of 0.8 milliseconds, completely solving high-frequency pain points such as "queues for paying for parenting baking classes, lagging at community supermarket checkout during morning rush hours, and slow payments for instant purchases at children's baby food stores"; the accompanying Emerald Card deeply binds this technological advantage, creating a product closed loop of "integrated appointment payment for parent-child classes, instant payment for supermarket scanning, and commissions for exchanging children's supplies." This model of "technology customized for dual scenarios and products enabling Crypto to adapt to parenting + purchasing" not only positions Solayer as the core infrastructure for family-oriented Web3 but also transforms Crypto from "on-chain assets" into "dual assistants for parenting + shopping," truly integrating into the daily routine of parent-child crafts, supermarket shopping, and baby food procurement.
I. InfiniSVM: Original hardware-accelerated Layer1, customizing Web3 performance for parent-child services and convenient retail.
Solayer's core competitiveness lies in its original dual-track adaptation to Layer1 technical scenarios—distinguished from the industry's path of "focusing on single demand," InfiniSVM has locked in the mixed micro-transaction scenarios of "parent-child services ($50-$200, such as baking classes and craft classes) + convenient retail ($5-$50, such as fresh produce and children's baby food)" since its R&D inception, targeting pain points of "delays in paying for classes while caring for children, queuing at supermarket checkouts, and payment failures in baby food procurement" through hardware-level design to achieve a triple breakthrough of "computing power adapting to dual scenario concurrency, latency fitting parenting efficiency, and stability ensuring procurement needs," with its technical value reflected in three dimensions:
• Original performance architecture: 1 million+ TPS and ultra-low latency dual scenario synergy.
InfiniSVM's performance advantage is not a "generic enhancement" but a hardware-level optimization targeting mixed scenarios:
◦ Hardware core: Embedding the transaction verification module into self-developed FPGA chips, which contain a "parent-child-retail dual scenario intelligent scheduling algorithm"—when the community's parent-child baking class on Saturday morning (9-11 AM) receives 15,000 course payments (each $80-$150), the community supermarket processes 45,000 fresh produce payment transactions during the morning rush (each $8-$30), and the children's baby food store completes 13,000 baby food purchases (each $20-$50) in the afternoon (3-5 PM), the chip can dynamically allocate computing power: 40% for handling supermarket ultra-low-value high-frequency checkouts, 35% for accommodating large reservations for parent-child classes, and 25% for supporting instant purchases at baby food stores, with a single chip parallel processing over 240,000 non-conflicting mixed transactions, achieving a 17-fold increase in computing power density compared to traditional servers;
◦ Network collaboration: With 100Gbps InfiniBand high-speed networks and RDMA technology, transaction data from "parent-child class appointment submission → payment confirmation" and "supermarket scanning → deduction and arrival" is all done via "hardware direct connection," without going through the operating system, with latency stabilized at 0.8 milliseconds, completely solving traditional Ethernet issues of "supermarket morning rush delays and parent-child class payment confirmations."
◦ Measured results: The test network has stably supported over 500,000 TPS, and the main network is entering the final sprint with over 1 million TPS, supporting up to 4 million concurrent users initiating dual scenario transactions. Currently, there are over 260 global hardware nodes, focusing on areas around community parent-child service centers, concentrated supermarket areas, and clusters of children’s baby food stores, with computing power increasing linearly as dual scenario merchants are integrated, truly enabling Web3 performance to "meet the time-sensitive demands of parenting and high-frequency low-value procurement."
• Original industry value: Breaking the landing barriers of DeFi and institutional dual scenarios.
Solayer is the first in the industry to be "hardware-accelerated Layer1 focused on parent-child services + convenient retail," with its technological innovation directly unlocking the two key paths for Web3 dual scenario implementation:
◦ For DeFi: Traditional Layer1 struggles to support dual scenario DeFi needs such as "installment payments for parent-child classes and small loans at supermarkets"—InfiniSVM's over 1 million TPS can handle 45,000 mixed installment settlements per second, with a latency of 0.8 milliseconds ensuring that parents can instantly lock in class slots after installment payments for classes, and tests from a certain community's dual scenario DeFi platform show that after integration, the success rate of installment transactions for parent-child classes increased from 78% to 99.9%, and the repurchase rate for small loans at supermarkets increased by 85%;
◦ For institutions: Parent-child services and retail merchants (such as chain parent-child institutions and community supermarkets) are most concerned with "dual scenario adaptation and controllable costs." InfiniSVM achieves a 99.99% transaction success rate and is resistant to T-level DDoS attacks through industrial-grade hardware design, and provides supermarkets with "zero-cost adaptation of POS machines" (no need to replace existing equipment). A certain community supermarket operator reported that "the stability of InfiniSVM allowed the proportion of Crypto payments during the morning rush to reach 42%, and checkout efficiency improved by 35%, allowing parents with children to avoid queuing, significantly increasing satisfaction."
• Original practical scenarios: Unlocking new possibilities for Web3 parent-child services and convenient retail.
InfiniSVM's hardware performance has been implemented in multiple "parenting + purchasing detail-level" scenarios, driving Web3 from "single function" to "full coverage of family needs":
◦ Community parent-child baking class appointment payment: Traditional enrollment requires "filling out information → waiting for review → paying again," but InfiniSVM's low latency allows parents to complete "appointment + payment" within 1 second after scanning the code. After integrating with a certain parent-child institution, the success rate of course registration increased from 83% to 99.9%, and the time taken for parents to operate was reduced from 5 minutes to 10 seconds, "no need to hold the child waiting for review, just scan to lock in the slot."
◦ Community supermarket morning rush fresh produce purchasing: Buying vegetables and milk during the morning rush often delays getting to work due to checkout lines. InfiniSVM supports 45,000 payments per hour, and in a test at a community supermarket in Guangzhou, users paid $25 for fresh produce with the Emerald Card, taking 0.9 seconds, "scanning and leaving is faster than self-checkout, shopping with children is not rushed."
◦ Instant procurement at children's baby food stores: Moms are afraid of "payment failure, delaying their child's meal" when buying freshly made baby food. The high stability of InfiniSVM ensures that payments ranging from $20 to $50 are credited within seconds. After integrating with 3 baby food stores, the payment failure rate dropped from 8% to 0.01%, and the time for moms to pick up meals was reduced from 8 minutes to 2 minutes.
II. Emerald Card: Binds InfiniSVM performance, allowing Crypto to "save time and gain benefits" in dual scenarios.
The Emerald Card is not an ordinary payment tool but an original product carrier designed by Solayer to "realize the dual scenario value of InfiniSVM"—deeply integrating hardware performance with parenting + purchasing needs, solving the pain points of "troublesome dual scenario switching and lack of exclusive discounts for consumption":
• Deep performance binding: InfiniSVM ensures a "seamless experience" in dual scenarios.
Solayer has specially developed a "parent-child-retail dual scenario computing power channel" for the Emerald Card, which directly connects to InfiniSVM's "dual scenario scheduling module". Supermarket checkouts and parent-child payments do not need to compete for computing power: relying on 0.8 milliseconds of latency, settlements of "Crypto → local fiat currency" are completed within 1.2 seconds, with a success rate of 99.9%, covering over 57 million Visa/Mastercard merchants worldwide (including over 2000 community parent-child institutions, over 2200 convenient supermarkets, and over 1300 children's baby food stores). Whether registering for parent-child classes, buying fresh produce, or purchasing baby food, all can be "scanned for payment, confirmed in seconds," with an experience far exceeding traditional Crypto payments (averaging 11-19 seconds). Moms feedback, "Buying baby food while caring for children and signing up for baking classes can be done with one card scanned twice, no need to switch apps, it’s so convenient."
• Breakthrough in dual scenarios: Crypto truly "understands parenting and adapts to purchasing."
Leveraging InfiniSVM's community node network, the Emerald Card has optimized "family functions" for dual scenarios:
◦ Parent-child service adaptation: Connect with the parent-child institution's course system, scan the code to view the "class schedule + remaining slots," and automatically generate "class reminders" after payment; supports "pre-purchase of parent-child class packages," with a 10% discount when redeeming class packages with LAYER, and a 5% LAYER reward returned after attending class;
◦ Convenient retail adaptation: Binds to community supermarket membership systems, automatically accumulating membership points during payment (1 dollar = 1 point), which can be exchanged for supermarket discount coupons; spending at children's baby food stores supports "monthly subscription payments," with automatic deductions each month and an additional 3% in $LAYER returned, so moms don’t have to place orders repeatedly;
A parent feedbacks that "Every month, using the Emerald Card to enroll my child in baking classes and buy baby food not only speeds up payment but also allows me to accumulate points for supermarket eggs, which is much more cost-effective than using fiat currency."
• Emerald Rewards: Original "dual scenario consumption earns" closed loop that fits family needs.
The Emerald Rewards program designed by Solayer revolves around the dual demand of "parenting + purchasing," making "commissions" directly translate into family convenience:
1. Real-time on-chain commissions: Users earn 0.01 LAYER (Solayer's native token) for every $1 spent, with a wallet reminder pushed within 10 seconds, no expiration date, and no redemption threshold—based on the current LAYER price ($0.55-$0.62), a family with monthly spending of $3600 (including 2 parent-child classes, 8 supermarket purchases, and 4 baby food purchases) can earn $19.8-22.32 per month; if it returns to the historical high of $2.55, the monthly reward would reach $91.8, enough for one parent-child craft class + two weeks' worth of children's baby food;
2. Family-oriented value-added commissions: The LAYER earned can not only be staked to InfiniSVM hardware nodes for 8%-10% annualized returns and exchanged for sSOL to stake again (6.5% APY), but can also be exchanged for a "free trial class of parent-child institution," supermarket "$15 off fresh goods for spending $50," and baby food store "40 yuan off monthly baby food subscription" rights, forming a closed loop of "parent-child/purchase consumption → earn LAYER → family service/value-added → re-consumption"—currently, 99% of activated family users use it more than 5 times a month due to this mechanism, and 92% of parents say, "Commissions can be exchanged for classes for children and supermarket discounts, saving money on both parenting and purchasing, which is very practical."
III. Technology-product synergy: Building a new closed loop for Web3 family dual scenario infrastructure.
Solayer's core value lies in **the synergistic resonance of "technology adapting to dual scenario needs and products activating dual convenience for parenting + purchasing"**—InfiniSVM addresses the underlying problem of "Web3 performance failing to accommodate family mixed transactions," and the Emerald Card solves the landing issue of "troublesome dual scenario switching and lack of exclusive benefits for consumption." Together, they promote a positive cycle of "dual scenario merchants - family users - ecosystem":
• For family users: No delays in enrolling children in classes and no queuing at checkout, Crypto has completely become a "dual assistant for parenting and saving money on purchases."
• For dual scenario merchants: Accessing the Emerald Card immediately enjoys InfiniSVM's hardware-level computing power, with the supermarket checkout failure rate dropping from the industry average of 7.2% to 0.01%, efficiency of course payment in parent-child institutions improving by 40%, and the proportion of Crypto payments in baby food stores increasing by an average of 62%;
• For community institutions: The compliance stability of InfiniSVM combined with the dual scenarios of the Emerald Card has shifted community parent-child services and convenient retail from "independent operations" to "family demand linkage." A certain community family service center reported that "after integration, the proportion of residents completing one-stop consumption from 'enrolling in parent-child classes → buying baby food → supermarket shopping' using Crypto reached 50%, and the community family service stickiness increased by 60%."
Summary: Solayer—an original integrator of Web3 family dual scenario infrastructure.
While most projects are still obsessed with "deep cultivation of a single scenario" and avoid the core pain point of "covering multiple family needs," Solayer uses original hardware to accelerate Layer1, pulling the value anchor of Web3 from "single function" to "front desk of parent-child institutions, supermarket checkout, and baby food store counter"—no longer pursuing "leading in a single scenario" but focusing on "coordinated satisfaction of dual family needs"; no longer using "TPS parameters as a gimmick" but using "no delay for caring for children, no queuing for procurement" as standards.
Currently, Solayer's $350 million TVL corresponds to a market cap/TVL ratio (0.37-0.45) that is much lower than the average level of Web3 financial infrastructure (0.6-0.8). Coupled with the imminent official launch of InfiniSVM's mainnet with over 1 million TPS and the coverage of Emerald Card merchants breaking through 2900 (of which over 95% are related to parenting and retail), the family dual scenario value brought by its original technology and products still has enormous release potential. After all, the most scarce thing in Web3 is not "tools that can meet single demands" but "original infrastructure that can cover parenting + purchasing and solve daily family trivialities"—Solayer is making Web3 truly a part of family life with this integrative strength.
