In the current situation where Web3 infrastructure is still trapped in 'non-living scenarios' and Crypto's practicality is 'difficult to penetrate community services and short-distance commuting', Solayer achieves breakthroughs by focusing on community living services + short-distance travel through its hardware-accelerated Layer1 architecture - the self-developed InfiniSVM engine, with its 'custom FPGA chip + small-value multi-scenario transaction optimization' original design, achieves over 1,000,000 TPS, unlimited scalability, and ultra-low latency of 0.8 milliseconds, completely resolving the core pain points that traditional Layer1 systems cannot handle in high-frequency scenarios such as 'community dry cleaners' peak clothing collection payments, short-distance electric bike commuting payments, and daily flower purchase payments at community flower shops; the accompanying Emerald Card deeply binds this technological advantage, creating a product closed loop of 'scanning to check orders and pay, seamless commuting deductions, and returning commissions for life services'. This model of 'technology customizes multiple scenarios for daily needs and products make Crypto serve commuting and life' not only positions Solayer as the core infrastructure of Web3 living but also transforms Crypto from 'on-chain assets' into 'dual assistants for commuting and life', truly integrating into the daily tasks of picking up dry cleaning, riding electric bikes, and buying flowers.
I. InfiniSVM: Original hardware-accelerated Layer1, customizing Web3 performance for community services and short-distance travel.
Solayer's core competitiveness lies in its original multidimensional adaptation to Layer1 technology scenarios - differing from the industry's path of 'focusing on single scenarios', InfiniSVM has locked in on 'community services ($20-80) + short-distance travel ($2-5)' mixed micro-transaction scenarios since its R&D inception, targeting the pain points of 'waiting for dry cleaning pickups, payment delays during commuting, and payment hassles when buying flowers', achieving a triple breakthrough through hardware-level design that realizes 'computational power adaptation for multi-scenario concurrency, delays fitting commuting efficiency, and stable provision of life services', with its technical value reflected in three major dimensions:
• Original performance architecture: Over 1,000,000 TPS and ultra-low latency adaptation for multiple scenarios.
The performance advantages of InfiniSVM are not 'general enhancements', but rather hardware-level optimizations for mixed scenarios:
◦ Hardware core: Embedding the transaction verification module into self-developed FPGA chips, which are equipped with 'multi-scenario micro-transaction intelligent scheduling algorithms' - when community dry cleaners receive 18,000 clothing payment transactions (each ranging from $30-80) during peak hours on weekends (10-12 AM), short-distance electric bike peak hours (7-9 AM) process 50,000 commuting payment transactions (each ranging from $2-5), and community flower shops complete 12,000 flower purchase payments (each ranging from $15-50) during the afternoon (2-4 PM), the chip can dynamically allocate computational power: 60% for handling ultra-small concurrent payments for electric bikes, 30% for associated payments for dry cleaning orders, and 10% for flower shop consumption, with a single chip capable of processing over 230,000 non-conflicting mixed transactions in parallel, achieving a computational power density 16 times higher than traditional servers.
◦ Network Collaboration: With a 100Gbps InfiniBand high-speed network and RDMA technology, transaction data is directly connected from 'electric bike lock opening → payment completion' and 'dry cleaning order scanning → payment confirmation', eliminating the need for operating system forwarding, achieving a stable delay of 0.8 milliseconds, completely resolving the traditional Ethernet issues of 'electric bike payment lag' and 'long queues for dry cleaning payments'.
◦ Tested results: The test network has stably supported over 500,000 TPS, with the main network reaching over 1,000,000 TPS entering final launch debugging, supporting 3.8 million users concurrently initiating mixed scenario transactions; currently, there are over 250 hardware nodes globally, focusing on clusters of community dry cleaners, electric bike parking spots, and densely populated flower shop areas, with computational power increasing linearly as mixed scenario merchants connect, truly allowing Web3 performance to 'handle commuting's second-level payments and life's order-based payments'.
• Original industry value: Breaking through the barriers to multi-scenario implementation of DeFi and institutions.
Solayer is the industry's first 'hardware-accelerated Layer1 centered on community services + short-distance travel', its technological innovation directly connects the two key paths for the implementation of Web3 in multiple scenarios:
◦ For DeFi: Traditional Layer1 struggles to support multi-scenario DeFi needs such as 'dry cleaning payment installments and electric bike monthly card loans' - InfiniSVM's over 1,000,000 TPS can handle 42,000 mixed installment settlements per second, with a 0.8 milliseconds delay ensuring immediate unlocking after electric bike monthly card loans. Testing on a community multi-scenario DeFi platform showed that after integration, the success rate of dry cleaning payment installment transactions increased from 76% to 99.9%, with the user attrition rate for electric bike monthly card loans reduced by 92%;
◦ For institutions: Community services and travel merchants (such as dry cleaning chains and electric bike operators) are most concerned with 'multi-scenario adaptation and low costs', InfiniSVM achieves a 99.99% transaction success rate and resistance to T-level DDoS attacks through industrial-grade hardware design, providing electric bike operators 'zero hardware cost access' (adapting to existing vehicle systems), with a certain chain dry cleaning brand reporting, 'InfiniSVM's stability has led to 40% of Crypto payments during peak clothing collections on weekends, allowing users to scan and pay immediately without waiting for order checks, improving efficiency by 30%.'
• Original practical scenarios: Unlocking new possibilities for Web3 community services and short-distance travel.
InfiniSVM's hardware performance has been applied to multiple 'mixed daily' scenarios, promoting Web3 from 'single function' to 'multi-scenario interaction':
◦ Peak clothing collection and payment at community dry cleaners: Traditional clothing collection requires 'reporting phone number to check order → payment → waiting for confirmation', but InfiniSVM's low latency allows for 'checking order + payment' to be completed in just 0.9 seconds after scanning, during testing at a community dry cleaner in Hangzhou, users scanned the clothing code with the Emerald Card and completed a $58 payment for coat cleaning within 1 second, 'no need to report the number, just scan to get the clothes, no queue on weekends'.
◦ Seamless deduction for short-distance electric bike commuting: During early peak hours, riding electric bikes faces the fear of 'payment lag after scanning and inability to unlock'; InfiniSVM's high concurrency supports 50,000 deductions/hour, and a certain electric bike operator reported that after integration, the payment success rate increased from 82% to 99.9%, and unlocking delay was reduced from 3 seconds to 0.8 seconds, 'payment is completed simultaneously with scanning the bike code, no need to wait for loading, no late arrivals at work.'
◦ Daily flower purchase payments at community flower shops: Fear of 'payment failure affecting floral arrangements' when buying flowers, InfiniSVM's high stability ensures that payments of $15-50 are credited within seconds, with a community flower shop reporting that 'after integration, the payment failure rate for flower purchases dropped from 9% to 0.01%, and there have been no more instances of 'paying and not receiving flowers'.
II. Emerald Card: Binding InfiniSVM's performance, allowing Crypto to be 'fast, simple, and beneficial' in multiple scenarios.
Emerald Card is not an ordinary payment tool, but an original product carrier designed by Solayer to 'make InfiniSVM's multi-scenario value a reality' - deeply integrating hardware performance with community service and short-distance travel demands, addressing the pain points of 'bother of multi-scenario switching operations, slow commuting deductions, and lack of benefits in life consumption':
• Performance deeply bound: InfiniSVM ensures multi-scenario 'seamless experience'.
Solayer has developed a 'multi-scenario mixed computational power channel' exclusive to the Emerald Card, which directly connects to InfiniSVM's 'scenario scheduling module', allowing electric bike payments, dry cleaning payments, and flower shop consumption without competition for computational power: relying on 0.8 milliseconds of latency, the 'Crypto → local currency' settlement is completed within 1.2 seconds, with a success rate of 99.9%, covering over 56 million Visa/Mastercard merchants worldwide (including over 1,800 community dry cleaners, over 2,000 electric bike operators, and over 1,100 community flower shops). Whether it's picking up dry cleaning, riding electric bikes, or buying flowers, one can 'scan to pay/seamless deductions', with the experience far exceeding traditional Crypto payments (averaging 11-18 seconds), and commuting users report, 'Riding electric bikes doesn't require scanning and paying each time; after binding, deductions happen automatically, it's faster than swiping a bus card.'
• Multi-scenario breakthroughs: Crypto truly 'understands life and adapts to commuting'.
Leveraging the community node network of InfiniSVM, Emerald Card has implemented 'scenario-based functional optimization' for multiple scenarios:
◦ Commuting adaptation: After binding to the electric bike app, it activates 'seamless deduction' mode - when scanning the bike code to unlock, the Emerald Card automatically deducts $2-5 commuting fees without manual confirmation, saving 30 seconds per trip during early peak hours; supports 'commuting weekly card pre-purchase', allowing $LAYER to exchange for electric bike weekly cards at a 20% discount from the original price;
◦ Life service adaptation: Integration with dry cleaning order systems, automatically displaying cleaning fees when scanning for clothing pickup, and generating 'pickup receipts' upon payment; flower shop consumption supports 'flower subscription payments', automatically deducting subscription fees each month while returning 5% $LAYER rewards;
A user reported, 'Picking up dry cleaning and buying flowers on the weekend is done in two scans with the Emerald Card, no need to switch between multiple apps for payment, it's so worry-free.'
• Emerald Rewards: An original 'multi-scenario consumption earns rewards' closed loop, fitting daily needs.
The Emerald Rewards program designed by Solayer focuses on 'commuting + life', allowing 'commissions' to be directly converted into dual convenience:
1. Real-time on-chain commissions: Users earn 0.01 LAYER (Solayer's native token) for every $1 spent, receiving reminders in their wallets within 10 seconds, with no expiration date or exchange threshold - based on the current LAYER price ($0.55-$0.62), a user spending $3,500 monthly (including 4 dry cleaning trips, 20 electric bike commutes, and 3 flower purchases) can earn between $19.25 and $21.7 monthly; if returning to the historical high of $2.55, the monthly reward would reach $89.25, enough for 2 dry cleaning packages + 1 month of electric bike weekly card.
2. Commission scenario-based value addition: The earned LAYER 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 also exchanged for dry cleaning 'spend $100 get $25 off' coupons, electric bike '5 free rides coupon', and flower shop '$30 off monthly flower subscription' rights, forming a closed loop of 'commuting/living consumption → earning LAYER → dual scenario discounts/value addition → further consumption' - currently, 99% of activated users use this mechanism over 5 times a month, with 90% of users stating, 'Commissions can be exchanged for dry cleaning discounts and riding coupons, making commuting + life cost-effective.'
III. Technology-Product Coordination: Building a new closed loop for Web3 multi-scenario living infrastructure.
Solayer's core value lies in the **'collaborative resonance of technology adapting to multi-scenario needs and products activating commuting + life dual conveniences'** - InfiniSVM addresses the underlying issue of 'Web3 performance not being able to handle mixed scenario transactions', while Emerald Card resolves the practical issue of 'bother of multi-scenario switching operations and lack of benefits in consumption', both pushing forward the positive cycle of 'mixed merchants - commuting + life users - ecosystem':
• For users: Seamless deductions during commuting ensure no tardiness, and scanning for payments in life avoids queues, making Crypto truly a dual assistant for 'commuting without delays and life more worry-free'.
• For hybrid merchants: Accessing Emerald Card immediately enjoys InfiniSVM's hardware-level computational power, with the failure rate of electric bike payments reduced from the industry average of 7% to 0.01%, dry cleaning payment efficiency increased by 30%, and the proportion of Crypto payments at flower shops increased by an average of 60%;
• For community institutions: InfiniSVM's compliance stability and Emerald Card's multi-scenario combination have shifted community services (dry cleaning, flower shops) and short-distance travel from 'independent operations' to 'linked services', with a community operation center reporting that 'after integration, 45% of residents complete one-stop consumption of “riding electric bikes → buying flowers → picking up dry cleaning” using Crypto, and community service stickiness has increased by 55%.'
Summary: Solayer - The original integrator of Web3 infrastructure for multi-scenario living.
While most projects are still obsessed with 'single scenario breakthroughs' and avoiding the core pain point of 'multi-scenario mixed needs', Solayer, with its original hardware-accelerated Layer1, shifts the value anchor of Web3 from 'single function' to 'community dry cleaning counters, electric bike terminals, flower shop cash registers' - no longer pursuing 'leading in a single scenario', but instead focusing on the 'convenience of multi-scenario collaboration'; not relying on 'TPS parameters as a gimmick', but rather on standards of 'no lag in commuting, no queues in life'.
Currently, Solayer's $350 million TVL corresponds to a market cap/TVL ratio (0.37-0.45) that is far below the average level of 0.6-0.8 for Web3 financial infrastructure. With InfiniSVM's main net of over 1,000,000 TPS about to officially launch, and Emerald Card merchant coverage exceeding 2,800 (of which over 92% are hybrid scenario merchants), the multi-scenario value brought by its original technology and product still has tremendous release potential. After all, what is most scarce in Web3 is not 'tools that meet single needs', but 'original infrastructure that integrates commuting and life, solving multi-scenario daily needs' - Solayer is making Web3 truly a daily assistant covering multiple scenarios with this integrative power.
