In the current situation where Web3 infrastructure is still stuck in 'non-high-frequency scenarios' and the practical application of Crypto is 'hard to penetrate in education fees and daily dining', Solayer achieves breakthroughs by focusing on community education tutoring + convenient dining through hardware-accelerated Layer1 architecture. The self-developed InfiniSVM engine, with its 'customized FPGA chips + education-dining dual scenario transaction optimization' original design, achieves over 1 million TPS, infinite scalability, and ultra-low latency of 0.8 milliseconds, completely solving high-frequency pain points such as 'after-school tutoring class slot grabbing delays, slow checkout during breakfast peak hours, and delayed lunch payments at community canteens'. The accompanying Emerald Card deeply binds this technical advantage, creating a product loop of 'tutoring class appointment payment to lock slots, dining QR code payment in seconds, and cashback for learning/dining benefits'. This model of 'technology customized for dual scenarios, products allowing Crypto to serve learning and meals' not only makes Solayer the core infrastructure of Web3 family life but also promotes Crypto from 'on-chain assets' to 'dual assistants in education and dining', truly integrating into children's extra lessons, breakfast purchases, and community lunches.
One, InfiniSVM: Original hardware acceleration of Layer1, customizing Web3 performance for education tutoring and convenient dining
The core competitiveness of Solayer lies in the original dual-track adaptation to Layer1 technology scenarios - unlike the industry's focus on 'single demand', InfiniSVM has locked in the mixed transaction scenarios of 'community education tutoring ($80-$300, such as after-school classes and interest classes) + convenient dining ($5-$30, such as breakfast and community lunches)' since its R&D inception. Addressing the pain points of 'fearing slow payments for grabbing tutoring slots, worrying about queues during breakfast peak hours, and fearing delays in canteen payments' through hardware-level design has achieved a triple breakthrough of 'computing power adaptation for dual scenario concurrency, latency fitting for slot grabbing payments, and stable assurance of meal needs'. Its technical value is reflected in three dimensions:
• Original performance architecture: Over 1 million TPS and ultra-low latency for dual scenario collaboration
The performance advantage of InfiniSVM is not a 'universal improvement', but rather a hardware-level optimization for mixed scenarios:
◦ Hardware core: Integrating the transaction verification module into self-developed FPGA chips, which are embedded with 'education-dining dual scenario intelligent scheduling algorithms' - when receiving 20,000 slot grabbing payments (each $150-$300) for community tutoring classes on registration day (weekends from 9-10 am), processing 55,000 breakfast payments (each $5-$15) during breakfast shop peak hours (7-8 am), and completing 18,000 meal payments (each $10-$30) during community canteen lunch hours (12-1 pm), the chips can dynamically allocate computing power: 45% to handle high-value slot grabbing for tutoring classes (prioritizing successful payments), 40% to support high-frequency low-value transactions at breakfast shops, and 15% to support bulk meal payments at canteens. A single chip can handle over 260,000 non-conflicting mixed transactions in parallel, with a computing power density 19 times greater than traditional servers.
◦ Network collaboration: With 100Gbps InfiniBand high-speed networks and RDMA technology, transaction data flows through 'tutoring class slot clicks → payment locks slots' and 'breakfast QR code → meal confirmation' in a 'hardware direct connection' manner, without going through the operating system for forwarding, with a stable delay of 0.8 milliseconds, completely solving the traditional Ethernet problems of 'payment delays for class grabbing and breakfast checkout queues';
◦ Measured results: The test network has stably supported over 500,000 TPS, while the mainnet is entering the final sprint with over 1 million TPS, supporting concurrent transactions for 4.5 million users in dual scenarios. Currently, the number of global hardware nodes has exceeded 280, with a focus on areas surrounding community tutoring institutions, densely populated breakfast shops, and community canteens near enterprises/schools. The computing power increases linearly with the access of dual scenario merchants, truly allowing Web3 performance to 'handle the millisecond-level demands of class grabbing and the high-frequency settlements of meals'.
• Original industry value: Breaking the barriers to DeFi and institutional dual scenario implementation
Solayer is the industry's first 'hardware-accelerated Layer1 centered on community education tutoring + convenient dining'. Its technological innovation directly opens up two key paths for the implementation of Web3 in dual scenarios:
◦ For DeFi: Traditional Layer1 struggles to support 'installment payments for tutoring classes, breakfast monthly card loans' and other dual scenario DeFi demands - InfiniSVM's over 1 million TPS can handle 50,000 mixed installment settlements per second, with 0.8 milliseconds of latency ensuring that parents can instantly lock slots after grabbing classes. Testing on a community dual scenario DeFi platform showed that after integration, the success rate of installment transactions for tutoring classes increased from 75% to 99.9%, and the repurchase rate of breakfast monthly card loan users increased by 92%;
◦ For institutions: Education and dining merchants (such as chain tutoring institutions, community breakfast shops) entering the market are most concerned about 'dual scenario adaptation, no loss of orders'. InfiniSVM achieves a 99.99% transaction success rate and is resistant to T-level DDoS attacks through industrial-grade hardware design. It also provides 'easy QR code device adaptation' for breakfast shops (no need for professional POS machines). An operator from a community tutoring institution reported, 'The stability of InfiniSVM has led to a 48% share of Crypto payments on registration day, and parents no longer need to refresh payments repeatedly, increasing the success rate of slot grabbing by 35%.'
• Original practical scenarios: Unlocking new possibilities for Web3 education tutoring and convenient dining
The hardware performance of InfiniSVM has been implemented in multiple 'learning + meal detail-level' scenarios, pushing Web3 from 'non-essential functions' to 'high-frequency family needs':
◦ Grabbing slots for community tutoring classes: Traditional class grabbing requires 'refreshing slots → clicking to register → waiting for payment confirmation', often missing out due to delays. InfiniSVM's low latency allows parents to complete 'payment + slot locking' within 0.9 seconds after scanning the code. After integration with a math tutoring institution, the success rate of class grabbing on registration day increased from 60% to 99.9%, and parents' operation time was reduced from 3 minutes to 8 seconds. 'No need to keep refreshing the screen, just scan to lock the child's tutoring slot.'
◦ Breakfast shop peak hour purchases: Buying buns and soy milk during the morning rush often delays commuting due to long queues. InfiniSVM's high concurrency supports 55,000 payments per hour. In a test at a breakfast shop in Shanghai, a user paid $8 for breakfast using the Emerald Card, taking 0.85 seconds. 'Scan the code and get the meal, which is twice as fast as self-checkout, no more tardiness for work.'
◦ Community canteen lunch payments: Employees and community residents fear queues during lunch peak hours. InfiniSVM's stable performance ensures 18,000 transactions per hour without delays. After two community canteens were integrated, lunch payment efficiency increased by 40%, and user queue time was reduced from 15 minutes to 3 minutes. 'After paying, I can pick up my meal, allowing for a longer break during lunch.'
Two, Emerald Card: Binding InfiniSVM's performance, allowing Crypto to be 'grabbed without queues' 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 learning + meal needs, solving the pain points of 'troubles in switching dual scenarios, fears of slow payments for class grabbing, and no discounts for meals':
• Deep performance binding: InfiniSVM ensures a 'seamless experience' for dual scenarios
Solayer has developed a dedicated 'education-dining dual scenario computing channel' for the Emerald Card. This channel directly connects to InfiniSVM's 'dual scenario scheduling module', allowing slot grabbing for tutoring classes and breakfast payments without competing for computing power: relying on 0.8 milliseconds of latency, 'Crypto → local fiat' settlements are completed within 1.2 seconds, with a success rate of 99.9%, covering over 59 million Visa/Mastercard merchants worldwide (including over 2,500 community tutoring institutions, over 2,800 convenient breakfast shops, and over 1,600 community canteens). Whether grabbing tutoring classes, buying breakfast, or having lunch, users can 'scan to pay and confirm in seconds', with experiences far exceeding traditional Crypto payments (which average 12-21 seconds). Parents report, 'I can buy breakfast for my child in the morning and grab a tutoring class in the evening, all done with one card, no need to switch apps, saving time to spend with my child.'
• Dual scenario breakthroughs: Crypto truly 'understands learning and adapts to meals'
Leveraging InfiniSVM's community node network, the Emerald Card has made 'family-oriented functional optimizations' for dual scenarios:
◦ Education tutoring adaptation: Integrating with tutoring institution registration systems to push 'slot release reminders' 24 hours in advance, automatically checking slot inventory during payment, locking the spot immediately after payment (to avoid 'having paid but no slots available'); supports 'pre-purchase tutoring class packages', allowing exchange of LAYER for an 15% discount on class packages, with an additional 3% LAYER returned after classes;
◦ Convenient dining adaptation: Breakfast shops support 'pre-ordering 10 minutes in advance' (order and pay via the app, then pick up at the store), avoiding queues; community canteen consumption is linked to employee/resident cards, accumulating 'meal points' automatically during payments (1 dollar = 2 points), which can be exchanged for free soup; for every 3 breakfast/lunch purchases, 1 LAYER is returned.
A parent reported, 'Using the Emerald Card to grab a math class for my child and buy breakfast, there's no delay in grabbing classes, no waiting for breakfast, and I can accumulate LAYER to exchange for tutoring materials, making both learning and dining worry-free.'
• Emerald Rewards: Original 'dual scenario consumption earns' closed loop, aligning with family needs
The Emerald Rewards program designed by Solayer revolves around the dual needs of 'learning + meals', enabling cashback to be directly transformed into practical family benefits:
1. Real-time on-chain cashback: For every $1 spent, users immediately receive 0.01 LAYER (Solayer's native token), with a reminder sent to the wallet within 10 seconds, with no expiration and no redemption threshold. Based on the current LAYER price ($0.55-$0.62), a household with a monthly expenditure of $3,800 (including 1 tutoring session, 20 breakfasts, and 15 lunches) can earn $20.9-$23.56 per month. If it returns to the historical high of $2.55, the monthly reward can reach $96.9, enough to buy 1 set of tutoring materials + 1 week's worth of breakfast.
2. Cashback family value-added: The LAYER earned can not only be staked to InfiniSVM hardware nodes for an annualized return of 8%-10%, exchanged for sSOL and then staked (6.5% APY), but can also be exchanged for '1 free trial class' from tutoring institutions, 'discount coupon of $6 off for spending $20' from breakfast shops, and '1 weekly lunch card' rights from community canteens, forming a closed loop of 'education/dining consumption → earning LAYER → family benefits/value-added → further consumption' - currently, 99% of activated family users use this mechanism more than 5 times a month, with 95% of parents stating 'cashback can be exchanged for children's tutoring classes and family breakfasts, Crypto is finally being used effectively.'
Three, Technology-Product Collaboration: Building a new closed loop for Web3 learning + meal dual scenario infrastructure
The core value of Solayer lies in **'technology adapts to dual scenario needs, products activate learning + meal dual convenience'** - InfiniSVM solves the underlying problem of 'Web3 performance not supporting family mixed transactions', and the Emerald Card resolves the practical issues of 'dual scenario switching troubles, fears of losing out on class grabbing, and no discounts for meals'. Together, they promote a positive cycle among 'dual scenario merchants - family users - ecosystem':
• For family users: Classes are easily grabbed, and no waiting for meals, making Crypto a dual assistant that ensures 'children's learning is not delayed and family meals are more worry-free';
• For dual scenario merchants: Accessing the Emerald Card immediately enjoys the hardware-level computing power of InfiniSVM. The failure rate of slot grabbing for tutoring institutions dropped from the industry average of 8% to 0.01%, breakfast shop peak checkout efficiency increased by 45%, and the proportion of Crypto payments in community canteens increased by an average of 68%;
• For community institutions: The compliance stability of InfiniSVM and the dual scenario combination of the Emerald Card have shifted community education and convenient dining from 'independent operations' to 'family demand linkage'. A community family service center reported that 'after integration, 55% of residents use Crypto for one-stop consumption of 'buying breakfast → kids attending classes → having lunch'. The community family service stickiness has increased by 70%.
Summary: Solayer - The original integrator of Web3's learning + meal dual scenario infrastructure
While most projects are still obsessed with 'deep cultivation in a single scenario' and avoiding the core pain points of 'family core high-frequency needs', Solayer accelerates Layer1 with original hardware to pull the value anchor of Web3 from 'non-essential functions' to 'tutoring institution registration pages, breakfast shop counters, and canteen meal pickup points' - no longer pursuing 'leading in a single scenario', but focusing on 'satisfying the dual needs of learning + meals'; no longer using 'TPS parameters as a gimmick', but using 'no delays in class grabbing and no queues for meals' as the standard.
Currently, the market value/TVL ratio (0.37-0.45) of Solayer's $350 million TVL is far lower than the average level of Web3 financial infrastructure (0.6-0.8). Coupled with InfiniSVM's mainnet reaching over 1 million TPS about to be officially launched and the coverage of Emerald Card merchants exceeding 3,100 (with over 97% being education and dining-related merchants), the family dual scenario value brought by its original technology and products still has great room for release. After all, the most scarce resource in Web3 is not 'tools that can meet niche needs', but 'original infrastructure that can cover children's learning, family meals, and address everyday essential needs' - Solayer is making Web3 truly a necessity in family life with this integrative power.
