Restaking is staking with a second job. You take already-staked ETH, point it at extra protocols, and earn a second yield on top of the first. The panda has seen yield layers stack before. It rarely ends with everyone keeping their coupons.
Restaking, in One Paragraph
Restaking is the practice of reusing staked Ethereum, or a liquid staking token such as stETH, as collateral for additional networks that pay their own yield. Standard staking secures one chain (Ethereum) and pays roughly 3 to 4 percent annually. Restaking takes the same locked capital and asks it to also secure oracles, bridges, data-availability layers, or rollup proof systems. Each of those services compensates the restaker. The result is two yields from one position, which sounds wonderful, and explains why the category went from theory to billions of dollars in about eighteen months.
The trade is not free. A second job means a second way to get fired, in the form of extra slashing rules. We will get to that.
How Does Restaking Work?
The mechanics are simpler than the marketing suggests. According to the Ethereum Foundation's staking documentation, a validator must deposit 32 ETH and run software that signs blocks. If the validator misbehaves, the network confiscates part of the deposit. That confiscation is called slashing.
Restaking adds an opt-in layer on top:
- The validator's stake is registered with a restaking protocol, either natively or via a liquid restaking token.
- The protocol exposes Actively Validated Services, or AVSs, which are networks that need economic security.
- The validator agrees to operate one or more AVSs and accepts that misbehavior on those services can also slash the underlying ETH stake.
- Each AVS pays the validator in its native token, in stablecoins, or in ETH.
- Yields stack on top of the base Ethereum staking yield.
In one sentence: validators rent out their security deposit to other protocols. The borrower gets cryptoeconomic guarantees, the validator gets paid, and Ethereum keeps its base layer untouched. According to CoinGecko's Ethereum page, ETH currently trades around $2,130 with a market cap of $257.58 billion, which sets the size of the collateral pool restaking protocols can draw from.
The category exists because new networks needed bootstrap security and did not want to launch a new validator set from scratch. Issuing a token, recruiting operators, and convincing a market to value the token at billions before the network does anything useful, is an expensive year of work. Borrowing Ethereum's existing security set, and paying for it in fees, compressed that timeline to weeks. The pitch made economic sense the first time someone explained it on a whiteboard. The pitch also makes economic sense to every founder of an unprofitable infrastructure protocol, which is why the supply of AVSs has grown faster than the supply of restakers willing to operate them.
The Major Restaking Protocols of 2026
EigenLayer kicked the category off, and the imitators have been arriving with the timing of late McDonald's competitors.
| Protocol | Approach | Headline Trade-off |
|---|---|---|
| EigenLayer | Native restaking plus LST restaking on Ethereum | Largest pool, most concentrated slashing surface |
| Symbiotic | Modular, permissionless restaking framework | Newer, less audited, more flexible collateral |
| Karak | Multi-asset restaking (BTC and stablecoins included) | Broader collateral universe, thinner track record |
| Babylon | Native Bitcoin restaking via timelocks | Bitcoin only, different security model |
| Solayer | Solana-native restaking | Different chain, similar pitch |
Data from DefiLlama's Ethereum dashboard shows Ethereum DeFi TVL at $43.12 billion, with restaking among the largest sub-categories. The Decrypt and Bankless newsrooms have been tracking the restaking category in detail, and the headline pattern is consistent: TVL ramps fast, slashing parameters get loosened to attract operators, and risk gets quietly pushed onto liquid restaking token holders who often did not realize they had signed up for it.
The Real Risks: Slashing, Liquidity, Cascades
This is where every yield-stack story has historically broken.
Slashing surface area multiplies. The original Ethereum slashing rules are narrow and well understood. Each AVS layered on top adds its own conditions, and not all of them are formally verified. A misbehaving AVS can in theory drain validator deposits faster than the base chain ever would.
Liquid restaking tokens hide the layering. LRTs package restaked positions into a single ERC-20 that looks like a stablecoin until it stops looking like one. If one AVS slashes, the LRT can decouple from the underlying ETH. The DeFi composability that makes LRTs useful as collateral on lending protocols is also the channel through which a slashing event becomes a liquidation cascade.
Operator concentration is the third pressure point. A small number of professional validator operators run most AVSs. If one of them ships a buggy client update, multiple AVSs can slash simultaneously, and the cascade stops being theoretical. According to DefiLlama's chains overview, total DeFi TVL sits at $83.12 billion, so the contagion radius is non-trivial.
A fourth issue rarely makes it into the marketing decks: AVS revenue is mostly paid in the AVS's own freshly minted token. That token has to trade somewhere, at some price, for the implied yield to be real. Several headline restaking yields advertised in 2025 quietly compressed once those AVS tokens unlocked and met the market. The first time a restaker tries to actually realize the yield, they discover the difference between an APR chart and a bid.
The panda's summary: restaking is real engineering with real revenue. It is also a leverage primitive in a yield-starved market, and leverage primitives in crypto always look fine right up until the day they do not.
What to Watch Next
Three things will determine whether restaking becomes plumbing or becomes a case study.
First, the first major slashing event. There has not yet been a high-profile, multi-AVS slashing cascade. When one arrives, the market will learn how many LRT holders actually read the docs.
Second, regulatory positioning. Restaking yield looks like a security to multiple agencies, and the SEC's evolving staking and tokenization guidance will eventually reach this category. Our overview of what DeFi is, without the hype, already touches the regulatory tension around composable yield.
Third, alternative chains. Cheap-execution chains are well placed to host AI agents that hold yield-bearing collateral, which the AI agent wallets thesis explores. Solana has its own restaking primitives, and BSC has one of the cheapest fee stacks around, see our beginner guide to BNB Smart Chain. Restaking is not an Ethereum-only story, even if the marketing budgets imply otherwise.
Fourth, the slow shift toward AVSs that produce actual revenue rather than token emissions. A handful of restaking services already settle in stablecoins or ETH, paid by users who genuinely need oracle data or bridge security. If that share grows, restaking starts to resemble plumbing infrastructure with a real fee market behind it. If it does not, the category remains a sophisticated leverage product wearing an infrastructure costume.
Dadacoin sits on BSC, which is restaking-adjacent at best. We follow the category from a distance, we connect it back to the broader on-chain AI infrastructure cluster, and we keep the editorial position simple: yield layers are interesting until they are not. The panda judges.
