What is IBC?

Inter-Blockchain Communication (IBC) is a protocol that allows different blockchain networks to communicate with each other. It enables the transfer of tokens and other data across different blockchain platforms in a secure and decentralized manner. IBC is particularly useful in creating interconnected ecosystems where multiple blockchains can work together seamlessly. Why Use IBC with LAIR3-BDK? Integrating IBC with the LAIR3-BDK (Layer 3 Blockchain Development Kit) offers several benefits: How IBC Works IBC operates using a set of standardized protocols that handle the communication between blockchains. Here’s a simplified overview of how IBC works: Detailed Explanation of IBC Integration with LAIR3-BDK […]

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Introduction to LAIR3-BDK

The LAIR3-BDK (Layer 3 Blockchain Development Kit) is an advanced toolkit designed to facilitate the deployment and configuration of zkEVM (Zero-Knowledge Ethereum Virtual Machine) Rollup and Validium solutions. Integrating with the kurtosis-sdk, the LAIR3-BDK enables developers to efficiently deploy blockchain solutions tailored to high scalability and privacy needs. Capabilities of LAIR3-BDK LAIR3-BDK Commands Overview The LAIR3-BDK comes with a set of commands to manage various aspects of blockchain deployment and management. Here’s a brief overview: Kurtosis Enclave Management

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Promoting Handheld Smartphone Staking

Litenode Validation in TNT TNT is actively researching the deployment of litenode validation into handheld devices to enhance accessibility and participation in staking. By enabling handheld smartphone staking, TNT aims to attract a broader audience, promoting decentralized finance and increasing the network’s security and robustness. Here’s how TNT is working on including litenode validation to facilitate staking and earning Proof of Stake (PoS) rewards from handheld devices. What is Litenode Validation? Litenode validation refers to a lightweight node that performs essential validation functions without requiring the extensive resources of a full node. This type of node can run efficiently on […]

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