The following content is released by JuCoin Labs Research Institute: With new progress in US stablecoin legislation, the "GENIUS Act" is expected to advance formal legislation this year. This policy signal significantly boosted market expectations for compliant stablecoin development and once again drove funds back to on-chain native assets and financial infrastructure sectors. In this context, on-chain stable yields, DeFi banking, data and AI computing have become focus areas, catalyzing the rise of early projects with real demand and high growth potential.
This issue of JuChain Potential Project Mining Series focuses on four early projects with light startup, rapid growth, and strong reflective characteristics: JBank, Resolv Labs, LAGRANGE, and Calcify Tech, covering DeFi banking, stable yields, infrastructure, and computing power markets, demonstrating JuChain ecosystem's diverse layout and frontier exploration in financial infrastructure, asset management, and AI computing.
I. JBank
[The rest of the translation follows the same professional and precise approach, maintaining the original structure and technical terminology] Would you like me to continue with the full translation?Lagrange's technical architecture is centered on the coordination of three modules. The ZK Prover Network is the first production-level decentralized proof network, where validators need to stake $LA to obtain task rights and generate proofs within 0.1 seconds, with delays triggering a penalty mechanism. The network introduces economic security of up to $29 billion in ETH by connecting to EigenLayer's reStaking system, providing unprecedented elasticity and attack resistance for on-chain verification.
Secondly, the SQL Coprocessor module solves the inefficiency of historical data retrieval and state snapshots on the blockchain, allowing developers to directly generate zero-knowledge proofs of on-chain query results using SQL-like language. Lastly, the DeepProve protocol focuses on AI trustworthiness challenges, supporting mainstream models like GPT-4 and Llama-3, having already verified over 3 million AI inferences and being used in medical platforms like DiagnosTech to ensure outputs meet FDA audit requirements.
On-chain Data
Lagrange will launch its native token $LA in June 2025, with a total supply of 1 billion tokens, of which 40% is allocated to the community and ecosystem (linearly released over 4 years), and 20% to early contributors (linearly released after 12 months of lockup). $LA has three functions: payment, network governance, and node staking. Developers need to use $LA to pay for basic proof fees (about $0.001 per proof), while validators can obtain task priority and earn 8-12% annual yield by staking $LA.
In terms of economic model, Lagrange adopts a balanced deflationary and subsidy mechanism, where a portion of ETH or USDC fees will be used to repurchase and burn $LA, creating an internal deflationary loop; simultaneously, a 4% annual inflation is used to incentivize early network validators. After launch, $LA has been listed on mainstream platforms like Binance, Coinbase, and JuCoin, with a current circulating market value of $164 million and daily trading volume exceeding $213 million.
Investment Logic
Lagrange's track has strong trend-driven potential. On one hand, the demand for trustworthy AI inference is growing, especially in regulated industries like healthcare and finance, with high requirements for auditable outputs. On the other hand, Web3 needs efficient, low-cost, and universal cross-chain verification services. Lagrange builds a closed-loop ZK verification path of AI inference - on-chain state - cross-chain interoperability through the DeepProve protocol and ZK Coprocessor, creating a highly reusable middleware network.
Additionally, Lagrange has completed a $17.2 million seed round, with investors including Founders Fund and Fenbushi. As the only crypto-native AI project in the NVIDIA Inception program, Lagrange is exploring deep integration of the DeepProve module with NVIDIA GPU training stack, promoting ZK Proof as part of AI infrastructure. If its verifiable computing model is widely adopted, $LA could become the fundamental bandwidth currency in the ZK ecosystem, creating new value capture channels.
IV. Calcify Tech
Project Overview
Calcify Tech is a blockchain platform focused on decentralized computing resource leasing, dedicated to providing on-demand high-performance computing power services like GPU, CPU, and memory for global users. By building a blockchain-based computing power market, Calcify allows computing power providers to lease idle hardware on-chain, while users can directly access these resources through smart contracts, effectively breaking the monopoly of centralized cloud computing platforms.
Key Highlights
Calcify Tech's core highlight is the integration of computing resources as a service with decentralized governance. The platform supports fine-grained leasing of GPU, CPU, and memory resources, allowing users to flexibly configure and bill based on actual needs, truly achieving resource fragmentation and customized usage. Additionally, Calcify uses a smart contract-driven matching mechanism and dynamic pricing strategy, making computing power leasing more efficient and transparent, and creating a long-term revenue model for providers. At the UI/UX level, Calcify is also promoting a more Web2-friendly experience, enabling non-crypto native users to access with low barriers.
Project Progress
Currently, Calcify Tech's native token $CALCIFY has been listed on JuCoin, with a 24-hour increase of 18.3%. The Calcify team is actively iterating the core system, optimizing computing power task scheduling and resource pricing models, and conducting tests for multi-chain deployment and contract compatibility. Calcify's computing task manager functionality is also progressively improving, with a Beta version soon to be released.
Investment Logic
With the surge in AI model training demands and increasing centralization issues in traditional cloud services, Calcify Tech's decentralized, leasable, and verifiable computing power model has strong industry benchmark value. As Calcify Tech is still in its early stages, it offers a high-quality opportunity for investors who are optimistic about the convergence of AI and Web3.
Conclusion
Against the backdrop of a gradually recovering crypto market with structural opportunities emerging, JuChain-related early-stage projects demonstrate significant growth and innovation. The selected projects in this issue cover multiple emerging directions such as on-chain stable yields, DePIN resource networks, and native financial instruments, fully reflecting JuChain's keen ability to capture early narratives and platform empowerment. For investors who value early growth, ecosystem synergy, and narrative-driven potential, JuChain is undoubtedly a blockchain worth continuously tracking!
