InfStones recently embarked on a strategic collaboration with StakeStone, providing a technical solution for EigenLayer restaking that marks a significant milestone by integrating DeFi functionalities within a restaking framework. This initiative, fueled by the technical sophistication of InfStones Restaking SDK, assists StakeStone in quickly aligning with the shifting landscape from Liquid Staking Tokens (LST) to Liquid Restaking Tokens (LRT) thereby unlocking liquidity and integrating a leverage layer to amplify yields.

Remarkably, the seamless cooperation and efficient integration provided by InfStones brought the project to completion in merely one month, facilitating StakeStone in strategizing a new DeFi project. Leveraging InfStones' extensive experience in operating tens of thousands of Ethereum validators and serving as an Eigenlayer Node operator, this collaboration played a crucial role in assisting StakeStone to secure nearly 300K ETH in staked assets.

In this blog post, we will reveal a sequence of technical endeavors within the InfStones Restaking SDK. This serves as a practical guide for StakeStone users eager to learn about engaging in restaking on EigenLayer. Additionally, for teams interested in integrating LRT products or entering the restaking market, our technical practices can serve as a valuable reference for you.

Overview of Restaking Technical Architecture

The following outlines InfStones restaking technical architecture, demonstrating how users can stake ETH on the Ethereum network and re-stake on EigenLayer by leveraging InfStones' advanced infrastructure platform. InfStones provides 24/7 monitoring and support, helping customers avoid the hassles of redundancy and enhancing decentralization and asset security through a multi-cloud and multi-client approach.

Once users stake their ETH with StakeStone, the ETH tokens will be staked to the Ethereum Beacon Chain. Based on this, the ETH tokens will be further restaked on the EigenLayer. As a Validator on Ethereum and a Node Operator on EigenLayer, InfStones utilizes its expertise to help secure users' assets. Through staking and re-staking, users holding STONE can earn rewards from both staking and re-staking, thereby appreciating their assets.

Staking: InfStones' Power Node Infrastructure and SafeStake SDK

At InfStones, we're committed to keeping our nodes running smoothly and continuously. Our standardized node management infrastructure has successfully integrated over 80 protocols, managing more than 20,000 validators across over 19,000 hours without any slashing incidents. This highlights the reliability and security of our staking infrastructure, winning the trust of big names such as Binance, Lido, SSV, imToken, and Gate.

Additionally, our Safe Stake SDK enables swift integration for users with staking requirements. InfStones' SafeStake SDK offers a seamless interface to Safe Stake services, empowering users to manage their staking activities on Ethereum and various blockchain protocols effortlessly through API calls. We automate the assembly of the necessary transactions for staking, unstaking, and claiming rewards. Users can then sign these transactions with their wallet's private key and broadcast them to execute the operations. This significantly streamlines the staking process and offers high compatibility, facilitating quick deployment of user projects on Ethereum and improving efficiency.

Restaking: InfStones’ Operator and AVS Infrastructure

As a Node Operator partner for EigenLayer, InfStones has completed tests on the EigenLayer testnet in collaboration with the foundation, supporting numerous AVS projects.

Throughout this process, we have integrated EigenLayer native restaking and AVS operations into our standardized infrastructure platform. Our active involvement in these tests, particularly with EigenDA and other AVS, has proven successful, establishing a robust foundation for the development of our restaking SDK.

Leveraging our extensive testing on the EigenLayer restaking process, along with a grasp of all its critical details, we have delivered a restaking technical solution to StakeStone through our professional infrastructure service. Building on the fundamental concepts of Ethereum staking, we have integrated the distinctive features of EigenLayer native staking to enable users to seamlessly leverage our restaking SDK. This integration simplifies asset management and enhances yield potential by facilitating easy activation of re-staking on EigenLayer.

Systematic Professional Tools: Accelerating User Goals Efficiently

With the InfStones SafeStake SDK, users are empowered not only to participate in staking but also to access critical staking-related information through the Reporting API. This includes data on active stakes, total rewards, unstaking details, and more. Additionally, users can review their historical staking and reward activities, taking full advantage of the platform's capabilities to manage their assets more effectively.

With the InfStones Restaking SDK, users can seamlessly interact with EigenLayer, integrating it into their platforms for LRT upgrades and innovative applications, thus enhancing their development efforts on EigenLayer.

The InfStones SDK provides essential functionalities, including asset checks, reward claims, and transaction history reviews. Designed for ease of use, it allows clients to efficiently utilize our comprehensive suite of tools for both staking and restaking projects, ensuring rapid integration and swift project deployment.

Responding to the industry's increasing demand for Restaking solutions, InfStones continues to evolve and has launched an efficient and easy-to-integrate Restaking SDK. Designed to empower institutions, Dapps, and DeFi projects to rapidly adopt Restaking, the Restaking SDK ensures a smooth restaking process, safeguarding asset security. InfStones is committed to delivering a complete, professional technical solution for projects entering the restaking field, aiming to assist clients in maximizing their returns and reaching their next business milestones.