#java#cache#caffine#data#draft#fetch#graphql#immer#immutable#immutable_collections#immutable_datastructures#java#jdbc#kotlin#orm#orm_framework#orm_library#orms#redis#redis_cache
Jimmer is a powerful and advanced ORM (Object-Relational Mapping) framework for Java and Kotlin that lets you easily read and write complex data structures without needing to predefine their shapes. It supports dynamic multi-table queries, automatic SQL optimization, and efficient saving of incomplete or nested objects. Jimmer also generates type-safe DTOs (Data Transfer Objects) for complex queries and updates, avoids common problems like "N+1" queries, and offers strong caching and GraphQL support. This means you can build complex business logic faster and with less hassle, improving both development speed and code quality. It works well with modern IDEs and supports both Java and Kotlin seamlessly.
https://github.com/babyfish-ct/jimmer
🚨 TokenPocket Now Supports #Base Chain MultiSig Wallets!
Whether for team collaboration, family asset management, or personal security layers, you can effortlessly create base MultiSig wallets on TokenPocket — upgrading your crypto safety to new heights!
✨ What is a MultiSig Wallet?
✅ Requires multiple approvals to execute transactions (e.g., 2/3 signatures)
✅ Eliminates single-point failure risks
✅ Supports major EVM chains like ETH/BSC/Base — deploy with zero coding
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MultiSig Wallet Tutorial: https://help.tokenpocket.pro/en/wallet-faq-en/multisig-wallet/create
#MultiSig#Web3#CryptoSecurity#TokenPocket
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🚀 Monad Foundation Offers Subsidies for Secure Signing Devices
Monad Foundation has announced plans to subsidize the cost of dedicated signing laptops for teams whose protocols achieve or exceed a total value locked (TVL) of $2.5 million. According to Foresight News, these laptops are intended for use in multi-signature operations, vault management, and other critical tasks. Eligible teams can apply to the Monad Foundation for this subsidy, which may require additional security training and standard KYC procedures. Monad emphasizes that these signing devices must not be used for everyday activities such as web browsing, coding, or meetings.
Previously, Monad co-founder Keone Hon advised protocol teams to immediately adopt dedicated signing computers for multi-signature operations instead of using regular computers. He highlighted the vulnerability of everyday computers to hacking, which could compromise the signing process even when connected to a hardware wallet, posing significant security risks. The Monad Foundation may introduce incentives to encourage teams to adopt this secure method in the future.
#MonadFoundation#Subsidy#SecureSigning#Cryptocurrency#Blockchain#Multisig#VaultManagement#Cybersecurity#KYC#ProtocolSecurity