Ton 猫

The current Ethereum L2 ecosystem faces a dual bottleneck of 'stiff payment for Rollup functions' and 'single scenario for contribution rebates'—most traditional RaaS projects use a 'one-time buyout' model, making it difficult for small and medium projects to bear high costs, resulting in wasted idle functions; ecological contribution rebates are only distributed at a fixed rate of ERA, disconnected from the actual value of contributors in different scenarios (such as DeFi promotion and GameFi user acquisition). Caldera breaks the payment barrier with its 'dynamic subscription protocol for Rollup functions', leveraging ERA to create a 'contribution value scenario-based rebate system', linking Rollup function subscriptions to contribution rebates for the first time, becoming a rare target in the RaaS track focusing on 'pay-as-you-go + precise rebates'.

In the Web3 data ecosystem, there is a 'fantasy dilemma': individual users want to use on-chain data for 'NFT collection promotion', have ideas but do not know 'how to find cooperating brands, how to package data'; a five-person small team’s Web3 startup wants to create a 'player data visualization tool', but is stuck in the 'demand research, function design' phase; an offline coffee shop wants to hold a 'chain consumption NFT giveaway activity', has conceived a plan but does not understand 'how to connect data, how to execute on the ground'—'having an idea, but no method' has left many data-related ideas stuck on paper. Chainbase, as a decentralized data infrastructure, is using 'creative breakdown + landing tools' to build a 'data solution generator', enabling novice ideas to turn into executable tasks, allowing small project ideas to become monetizable products, and helping small shops execute activity plans quickly, breaking the dilemma of 'ideas hard to land'.

Currently, the Ethereum L2 ecosystem faces the dual dilemma of 'fragmented cross-scenario asset interactions' and 'single-cycle cash-out of contribution value'—traditional RaaS projects' asset interactions between Rollups are limited to similar assets (e.g., USDC cross-chain), failing to achieve scenario-based asset conversions such as 'DeFi staking certificates → GameFi items' or 'NFT copyrights → RWA financing quotas'; ecological contribution value can only be cashed out in a single cycle (e.g., monthly), failing to convert short-term contribution earnings into long-term compound value appreciation, resulting in a low ceiling for long-term earnings for contributors. Caldera breaks the asset conversion barrier with the 'Rollup scenario-based asset interaction protocol,' relying on $ERA to create a 'cross-cycle compound interest system for contribution value,' achieving for the first time flexible conversion of scenario-based assets and compound value appreciation of contribution earnings, becoming a scarce asset in the RaaS track focusing on 'asset collaboration + yield appreciation.'

There is a "ceiling dilemma" in the Web3 data ecosystem: individual novices earn hundreds of $C per month through basic data tasks, but they don't know "how to improve data value and connect with high-yield demands" if they want to earn more; a 3-person small team's Web3 tool project barely makes a profit with single-chain data services, but they lack technology and resources if they want to expand multi-chain business; offline chain flower shops use data to do basic membership activities, but they don't have the ability to integrate multi-store data if they want to do cross-store linkage - "wanting to advance, but lacking direction" traps many participants in low-value links. As a decentralized data infrastructure, Chainbase is paving a "data growth ladder" with "capability enhancement + resource upgrade", allowing novices to upgrade from "earning pocket money" to "earning long-term income", allowing small projects to expand from "single-chain services" to "multi-chain business", and helping participants break through the growth ceiling.

Currently, the Ethereum L2 ecosystem faces dual constraints of 'long cross-domain collaboration links' and 'rigid contribution profit-sharing mechanisms' — traditional RaaS projects' Rollup cross-domain collaboration (e.g., DeFi and RWA jointly developing asset mortgage products) need to connect multiple systems, leading to high communication costs and long development cycles; ecological contribution profit-sharing is only distributed based on fixed ratios, without considering the 'real-time value impact' of contributions (e.g., a certain code optimization that leads to a surge in TVL in a short period), resulting in a disconnect between profit-sharing and actual contribution value. Caldera reduces collaboration links with its 'lightweight Rollup cross-domain collaboration platform' and builds a 'dynamic profit-sharing network based on contribution value' using $ERA , achieving one-stop connection for cross-domain collaboration and real-time adjustment of contribution profit-sharing for the first time, making it a rare target in the RaaS sector focusing on 'cross-domain efficient collaboration + precise profit-sharing'.

In the Web3 data ecosystem, there is a painful point: individual users authorize data but do not receive $C, and after searching for customer service for a long time with no response, they can only accept their misfortune; small and medium NFT platforms suddenly report errors when calling data, and the technical team has no clue after investigating for a long time, watching activities get interrupted; offline bookstores use data redemption tools, but customers' NFT information cannot be retrieved, and with no guidance, customers can only wait in vain—'When problems arise, no one is in charge; when faults occur, no one comes to the rescue', leaving many participants both in love and fear of Web3 data. As a decentralized data infrastructure, Chainbase is building a 'Data Emergency Station' with 'Real-time Response + Fault Resolution', ensuring that newcomers receive answers within 10 minutes, small projects have solutions within 1 hour, and small stores get immediate guidance, thoroughly solving the dilemma of 'no way to seek help'.

The current Ethereum L2 ecosystem faces dual constraints of 'long cross-domain collaboration links' and 'fixed profit-sharing mechanisms based on contributions'—traditional RaaS project Rollup cross-domain collaboration (such as joint development of asset pledge products by DeFi and RWA) requires integration with multiple systems, resulting in high communication costs and long development cycles; ecosystem contribution profit-sharing is only distributed according to a fixed ratio, without considering the 'real-time value impact' of contributions (for instance, a code optimization that significantly boosts TVL in the short term), leading to a disconnect between profit sharing and actual contribution value. Caldera shortens collaboration links with its 'lightweight cross-domain collaboration platform,' relying on $ERA to build a 'dynamic profit-sharing network based on contribution value,' achieving one-stop cross-domain collaboration and real-time adjustment of profit sharing for the first time, becoming a rare asset focusing on 'efficient cross-domain collaboration + precise profit sharing' in the RaaS track.

Currently, the Ethereum L2 ecosystem faces a dual bottleneck of 'fragmented user identity across scenarios' and 'insufficient liquidity of contribution rights'—users' identities are independent between Rollups in traditional RaaS projects, and KYC authentication in DeFi Rollup and role levels in GameFi Rollup cannot interoperate, requiring repeated operations; ecological contribution rights (such as fee-sharing rights and participation rights) are mostly static on-chain rights that cannot be split or combined, making it difficult to flow and reuse across different scenarios. Caldera breaks identity barriers with the 'Rollup Cross-Scenario User Identity Interoperability Protocol', relying on $ERA to create the 'Contribution Value Rights Tokenization 3.0 system', achieving for the first time cross-scenario reuse of user identity and programmable flow of contribution rights, becoming a rare asset in the RaaS track focusing on 'identity collaboration + rights flexibility'.

In the Web3 data ecosystem, there is a 'starting deadlock': individual newcomers lack 'massive NFT collections' or 'high-frequency on-chain transactions' as 'quality data resources', making it impossible to undertake even basic monetization tasks; a small three-person team's Web3 tool project lacks 'multi-chain data reserves' and 'technical development resources', and wants to provide data services but can't find data sources; an offline cake shop lacks 'Web3 member resources' and 'event planning experience', and wants to attract customers using data but doesn't know where to start—'lack of resources = unable to take the first step', which leaves many who want to enter the field stuck at the starting stage. Chainbase, as a decentralized data infrastructure, is building a 'data resource library' through 'resource sharing + free empowerment', enabling newcomers with zero resources to undertake tasks, small projects with zero reserves to find data sources, and small shops with zero experience to run events, helping participants easily overcome the 'starting hurdle'.

The current Ethereum L2 ecosystem faces the dual dilemma of 'high operating costs for Rollups' and 'single contribution value exchange'—the operating costs (gas fees, data storage fees) of traditional RaaS projects are fixed and cannot be dynamically optimized with business fluctuations, putting medium and small projects under long-term pressure of 'costs consuming profits'; ecological contribution value can only be exchanged for ERA tokens, unable to match users' actual needs in different scenarios (such as DeFi fee deductions, NFT minting discounts), resulting in low value practicality. Caldera reduces operating costs with the 'Rollup dynamic cost optimization protocol', relying on ERA to build a 'contribution value scenario-based exchange system', achieving for the first time intelligent control of Rollup costs and precise matching of contribution value with scenario needs, making it a rare asset that focuses on 'cost optimization + value practicality' in the RaaS track.

In the Web3 data ecosystem, a common reason for giving up is: individual novices following tutorial instructions for data authorization get stuck at the 'wallet connection' step with no one to ask, leading them to uninstall the software; a small 3-person GameFi team finds no results after adjusting operations with data and can't find anyone to analyze the problems, so they abandon their data investments; an offline pet shop owner wants to run a Web3 membership event but encounters the issue of 'unable to find customer NFTs' and puts it on hold due to lack of guidance — 'when problems arise, there's no one to help, and when stuck, there's no one to lead', has become a direct reason for many participants to abandon Web3 data. As a decentralized data infrastructure, Chainbase is providing '1-on-1 partners + community mutual assistance' models to deliver 'data partners', ensuring novices have dedicated guides, small projects have experts to assist with optimizations, and small shops have consultants to solve problems, completely resolving the dilemma of 'giving up when unable to manage'.

In the Web3 data ecosystem, there is a 'last mile' problem: individual users earn hundreds of C from data but do not know 'how to convert it into cash or buy daily necessities', leaving C to languish in their wallets; small and medium DeFi projects earn C profits from shared data but cannot find convenient channels for 'C to fiat currency or services'; offline fruit shops earn C from data-driven activities but are discouraged by processes like 'withdrawing coins, trading, and exchanging'—'earnable but not cashable' makes data profits 'visible but untouchable numbers', diminishing participants' enthusiasm. As a decentralized data infrastructure, Chainbase is building a 'data profit exchange network' using 'multi-scenario exchanges + convenient circulation' to turn individual C into essentials and small project $C into operational cost offsets, truly transforming data profits into 'usable benefits'.

The current Ethereum L2 ecosystem faces dual challenges of 'fast cross-scenario risk transmission' and 'homogenization of contribution empowerment'—traditional RaaS projects have insufficient risk isolation among Rollups, making it easy for risks from one scenario (such as DeFi liquidation crises) to transmit to other scenarios (such as GameFi asset pledging), triggering a chain reaction; ecological contribution empowerment only provides fixed ERA rewards and does not offer differentiated support based on contributors' growth stages (novice → advanced → core), making it difficult for novices to enter and core contributors to break through. Caldera blocks risk transmission with the 'Rollup cross-scenario risk joint defense protocol', relying on ERA to create a 'contribution value tiered empowerment system', achieving cross-scenario risk collaborative prevention and full-cycle growth support for contributors for the first time, becoming a rare entity in the RaaS track focusing on 'risk prevention + inclusive growth'.

Currently, the Ethereum L2 ecosystem faces a dual bottleneck of 'high costs for Rollup function expansion' and 'singular contribution dividend scenarios'—the new functions (like cross-chain payments and compliance audits) of traditional RaaS projects require custom development, which small and medium projects cannot afford with development costs in the hundreds of thousands; ecological contribution dividends are only directly issued in ERA tokens, not integrated with user needs in different scenarios (DeFi, GameFi), resulting in low dividend value utilization. Caldera breaks down the functional expansion barriers with the 'Rollup lightweight functional plugin market', relying on ERA to create a 'contribution value scenario-based dividend system', achieving for the first time the reuse of Rollup function plugins and matching of contribution dividends to scenarios, becoming a rare target in the RaaS track focused on 'plugin inclusiveness + precise dividends'.

Currently, the Ethereum L2 ecosystem faces a dual bottleneck of 'non-compliant cross-domain data circulation' and 'lack of time dimension in contribution rights confirmation'—the data circulation between Rollups in traditional RaaS projects (such as medical data and corporate financial data) lacks compliance control and is prone to regional privacy regulation violations (such as GDPR, CCPA); ecological contribution rights confirmation only records 'whether a contribution was made' without distinguishing between 'short-term temporary contributions' and 'long-term sustained contributions,' leaving the value of long-term deep participants insufficiently recognized. Caldera breaks down data circulation barriers with the 'Rollup cross-domain data compliance circulation protocol,' relying on $ERA to create a 'contribution value time-sequencing rights confirmation system,' achieving for the first time compliant cross-domain data circulation and quantifying contribution value by time dimension, making it a rare target in the RaaS track that focuses on 'compliant data value + long-term contribution recognition.'

The Web3 data ecosystem is like a 'handrail-less bridge': a retired aunt who has just come into contact wants to earn a little pocket money through on-chain data, but does not know 'where to find data tasks, how to authorize data'; a community hardware store owner wants to send discounts to Web3 customers but can't even find the entry to 'check customer NFTs'; a 2-person small team Web3 tool project wants to procure basic on-chain data but is stuck on 'not knowing which platform to connect to, what process to follow'—'lacking a clear path, no guiding route', leaving many who want to participate only able to 'gaze at the data'. Chainbase, as a decentralized data infrastructure, is paving a 'data convenience bridge' with 'path simplification + entry sinking + full guidance', allowing newcomers with zero technology to find the right path and enabling small stores to access services at zero cost, thoroughly opening up the last mile of 'wanting to participate but being unable to enter'.

Innovation in Web3 finance often focuses on 'high-heat commercial tracks,' neglecting the two practical livelihood areas of 'children's picture book libraries' and 'community auto repair shops'—the picture book libraries lack copyright traceability and safety regulation, while community auto repair shops face settlement difficulties in cross-border procurement of original parts. Parents and car owners also encounter issues with fragmented consumption management across multiple scenarios. Solayer's breakthrough logic is to use the hardware-accelerated InfiniSVM as a 'scenario adaptation engine,' allowing sUSD (compliant RWA) and Emerald Card (daily payments) to precisely target these two scenarios, safeguarding children's reading safety while supporting efficient community auto repair, filling the gap for Web3 in practical livelihood scenarios.

In the Web3 data ecosystem, there is an invisible rule: only large users who hold 'hundreds of NFTs and have tens of millions in DeFi data' can receive high-value monetization orders; only top projects that 'cover ten chains and have a million users' can sell data services; even offline chain brands prefer to cooperate with large platforms, while the data needs of community small shops in Web3 are largely ignored—'small scale = no opportunity', leaving many small and medium participants on the edge of the data ecosystem. Chainbase, as a decentralized data infrastructure, is creating a 'micro data stage' through 'micro data adaptation + support for small and micro projects', allowing individuals' 'small data' (such as single NFT transactions and small DeFi investment records) to earn $C, and allowing small micro projects' 'small services' (such as single-chain data inquiries and small-scale event planning) to have a market, giving small-scale roles a dedicated space.

Currently, the Ethereum L2 ecosystem faces a dual dilemma of 'resource scheduling and scenario disconnection' and 'single value contribution anchoring' — traditional RaaS projects allocate Rollup resources (computing power, storage) at fixed ratios, which cannot match the dynamic demands of different scenarios (e.g., high computing power needed for DeFi settlements, large capacity needed for NFT storage); ecological contribution value is solely anchored to the ERA token price, disconnected from the business growth of specific scenarios, making it difficult for contributors to share in scenario-based dividends. Caldera breaks the resource mismatching dilemma with its 'Rollup scenario-based resource scheduling protocol,' relying on ERA to build a 'dual anchoring system for contribution value,' achieving for the first time dynamic resource allocation with scenarios, and a strong binding of contribution value with scenario growth, becoming a rare asset in the RaaS track that focuses on 'scenario-based resource efficiency + value symbiosis.'