Imagine you have a very reliable master key. It not only opens your own door but, with your authorization, can also help lock the doors of your neighbor's shop and the community warehouse, earning you a small fee from them in return. Sounds cool, right? 'Restaking' is this 'master key' in the crypto world.

As this field gains popularity, the market has become dazzlingly diverse. So, as a newcomer, how do you make a wise choice? This guide will provide you with a clear framework.

What is Restaking and How Does It Work?

Simply put, Restaking allows assets that are already 'staked' on one blockchain network (like Ethereum) to secure it, to be 're-authorized' to provide security for other emerging applications or networks.

Its core concept was pioneered by a project called EigenLayer, aiming to create a 'shared security pool'. Imagine numerous emerging tech projects as new shops in a shopping mall, all needing security services. If each shop hired its own security guard, the cost would be very high. But if they unite to share the services of a top-tier security team provided by the mall, not only is security enhanced, but costs are also significantly reduced.

In the world of restaking, your staked assets (like Ethereum's ETH) are that 'top-tier security guard,' and the emerging projects are called 'Actively Validated Services' (AVS). By depositing your staking receipts (like LSTs) or natively staked ETH into a restaking protocol, you are essentially sharing your 'security service' with these AVSs and, in return, receiving additional rewards from them. This mechanism greatly enhances the utilization efficiency and potential returns of your idle assets.

Four Core Dimensions for Evaluating Restaking Projects

When faced with different restaking options, you can act like a detective, examining them from the following four key perspectives to piece together a complete picture of the project.

1. Security and Risk Management This is the most critical aspect of the evaluation. You need to check if the project's smart contracts have been audited by reputable third-party firms. Additionally, understand if its 'slashing mechanism' is clear and reasonable. The slashing mechanism is like a penalty system for security work; if a guard (validator node) fails in their duty, their pay (a portion of the staked assets) is docked. A transparent and fair slashing mechanism is fundamental to protecting your assets.

2. Yield and Economic Model High yields are attractive, but you need to understand where they come from. When comparing the Annual Percentage Yield (APY) offered by different projects, look at the form in which rewards are distributed and whether its own token economic model is designed to be healthy and sustainable. A model that relies solely on high inflation to maintain high yields is often not sustainable in the long run.

3. Technology and Ecosystem Technical strength determines a project's potential. Examine whether it uses a native restaking or a liquid restaking (LRT) model, as these two models differ slightly in risk and convenience. More importantly, assess the vibrancy of its ecosystem. According to industry data, the ecosystems of leading restaking protocols already have dozens of active AVSs being built or running. An ecosystem with numerous partners and active AVSs usually signifies that its technology and value are widely recognized by the market.

4. Team and Community Who is behind the project? A team with a public and transparent background, extensive industry experience, and solid funding is the cornerstone of a project's long-term development. Furthermore, an active, open, and well-governed community is a vital sign of the project's vitality. You can gauge the health of the community by observing their social media, forums, and governance votes.

Behind the High Yields of Restaking: Potential Risks Not to Be Ignored

Restaking offers the possibility of higher returns by leveraging the same asset, but like leverage, it also magnifies potential risks. Understanding these risks is a prerequisite for making rational decisions.

• Smart Contract Risk: Your assets may interact with the smart contracts of multiple protocols. A code vulnerability in any one of them could lead to losses.

• Slashing Risk: This is the core risk of restaking. Since your assets provide security for multiple networks simultaneously, a mistake by a validator on any one of those networks could lead to your principal being slashed, compounding the risk.

• Liquidity Risk: For users participating in liquid restaking, the liquid restaking tokens (LRTs) they receive may de-peg from the price of the native asset. Additionally, some protocols may experience withdrawal delays during market volatility.

• Centralization Risk: With the rapid growth of the restaking market, a large amount of assets is concentrating in the top protocols. Data shows that by 2024, the Total Value Locked (TVL) in the restaking sector has surged from a few hundred million dollars at the beginning of the year to tens of billions. This level of centralization could pose a potential threat to the decentralization of the mainnet.

Overview of Mainstream Restaking Protocols: EigenLayer, Renzo, and Other Options

To give you a more concrete sense of the market, let's look at a few mainstream strategies and understand them through some representative examples.

• The Pioneer and Base Layer Protocol: Take EigenLayer as an example. As the originator of the restaking concept, it has built the foundational infrastructure for the entire ecosystem, attracting a large number of native restakers and AVS projects, making its ecosystem the most mature.

• The Liquidity Unleashers: Liquid Restaking Protocols (LRTfi) have emerged, adding a layer on top of the base protocol to unlock liquidity for users. For example, protocols like ether.fi focus on providing a relatively simplified native restaking experience, while protocols like Renzo explore deployment on multiple blockchains to help lower the operational barrier for users.

• The Differentiated Innovators: There are many other explorers in the market. For instance, Puffer Finance attempts to attract more small-scale participants by lowering the technical and capital barriers for validators. Meanwhile, Swell, Eigenpie, and others offer a variety of strategic options in the LST restaking space.

Conclusion: How to Formulate a Smart Restaking Participation Strategy

For beginners looking to explore restaking, caution and learning are the best navigators.

First, spend enough time understanding the basic workings of restaking and the various risks we've mentioned. Don't be swayed by high-return figures; instead, approach it like research, comprehensively evaluating a project's security, team background, and ecosystem development.

Second, consider adopting the principle of diversification. Spreading your learning and experimental funds across different types and strategies of protocols is an effective way to mitigate the potential risks of a single project.

Finally, the path of exploration differs for users with different risk appetites. For those who prefer a more direct approach with relatively fewer layers of risk, starting with research on base layer protocols like EigenLayer is a good idea. For those pursuing higher capital efficiency and willing to take on corresponding risks, selectively focusing on liquid restaking projects that have already established a good market reputation and continuously monitoring their liquidity status would be a viable option.

Regardless of the path you choose, the most important step is to always learn and experiment on well-known and widely recognized platforms, prioritizing the accumulation of knowledge.

Start your safe cryptocurrency journey now

Disclaimer