On April 20, we brought together staking leaders from Lido, P2P.org, Figment, Puffer, and RePay.Loans for a live discussion on the state of Ethereum staking.
The timing was no accident: the KelpDAO/rsETH incident had just shaken Aave and the broader restaking market, while Ethereum quietly crossed the 32% staked mark.
The question on everyone’s mind:
If more and more ETH is being locked up for yield, is Ethereum slowly turning into something “bond‑like” – or is that the wrong way to think about it altogether?
The rsETH Incident: Bridge Failure, Not Protocol Failure
The conversation opened with the rsETH/Aave incident. Here, the panel was very clear: this was not a failure of Ethereum or of staking itself.
The real weak point was the cross‑chain bridging layer.
Because DeFi is highly composable, a problem in that bridge quickly spilled into Aave’s balance sheet, triggered liquidations, and dragged the wider restaking market with it.
More importantly, the episode exposed a mindset issue in the market:
- For years, many participants treated all staked ETH derivatives as roughly the same.
- As long as a token traded near its 1:1 peg, it was assumed to carry similar risk.
That assumption is now clearly broken. There is a real spectrum of risk:
- Spot ETH: simplest and most liquid.
- Native staking: adds illiquidity and exit‑queue risk.
- High‑quality liquid staking: similar economic exposure, but with added smart contract risk.
- Restaking, wrapped layers, rehypothecated instruments: rapidly rising complexity and risk.
The lesson is not “avoid complexity at all costs.”
The lesson is to understand exactly where the risk sits at each layer, who has skin in the game, and which parts rely on bridges, leverage, or opaque design choices.
2. What 32% Staked Actually Tells Us
At first glance, “32% of ETH is staked” sounds like a simple supply‑squeeze story. In reality, the panel’s view was more nuanced.
Demand is stronger than the headline suggests
Today’s 32% staking ratio is actually being held down by recent history:
- The Ethereum activation queue currently stretches over 40 days.
- Around 2.7 million ETH is waiting to enter the validator set.
- A major validator exit wave at the end of last year temporarily reduced the active set.
Without that exit, staking participation would already be noticeably higher. The queue shows that demand for staking is still very real.
Institutions are quietly increasing their exposure
Across large staking providers, client ETH balances have grown by 20–50% since late 2021.
Within those portfolios, the share allocated to staking has risen from roughly 24% to 32%.
This means both sides of the equation are moving:
- There is more ETH in institutional hands.
- A larger share of that ETH is being put to work through staking.
By cross‑chain standards, Ethereum is still “moderately staked”
Compared to networks like Solana, Polkadot and Celestia, which have staking ratios above 60%, Ethereum remains on the lower end of the spectrum.
Whether you see that as a “problem” or a “feature” depends on how you weigh security against on‑chain liquidity and utility.
Why we shouldn’t chase 100% staking
Several panelists warned against pushing the number too high. If ETFs and large institutional vehicles drive staking participation relentlessly upward, a few things can happen:
- Staking yields could compress toward ~1.5%.
- ETH issuance would rise, increasing inflation.
- Over time, that could translate into downward pressure on price.
In other words:
- 32% staked looks healthy and sustainable.
- 100% staked is not a desirable target – it would mean ETH is treated only as an income stream, not as a utility asset that powers the network.
3. Is ETH Becoming a Bond? The Panel Mostly Says No
The “ETH as a bond” narrative has been gaining popularity in institutional circles. It’s simple, familiar, and easy to plug into existing portfolio frameworks.
But the panel’s response was almost unanimously cautious.
Where the analogy works
There are a few reasons the comparison appears attractive:
- Staking yields have been surprisingly stable, compressing from around 3.5% to roughly 2.8% over time, despite multiple market cycles.
- ETH is increasingly held by large, long‑term players in or near major economies, which adds a structural tailwind to the asset.
These are the kinds of characteristics investors often associate with income‑generating instruments, not purely speculative tokens.
Where it breaks down
However, bonds come with credit and counterparty risk, while staking ETH does not mirror that structure. More importantly, the volatility profile is entirely different:
- ETH remains far too volatile to sit in any “low‑risk bond” bucket.
- In practice, it still trades as a risk asset that moves with broader markets.
For several speakers, the deeper concern was that the bond narrative is simply too narrow. ETH’s primary roles today include:
- Securing a decentralised network.
- Paying for gas.
- Serving as core collateral across DeFi.
- Acting as programmable money and settlement infrastructure.
Reducing all of that to “a bond” risks building the wrong expectations and undervaluing what Ethereum is becoming.
A more accurate framing from the panel’s perspective:
- ETH itself is not a bond.
- Ethereum is the base layer where bond‑like instruments can be built.
- The protocol has behaved as designed; the risk lies in the additional layers we stack on top – wrapped tokens, restaking structures, and rehypothecation.
4. What Institutions Actually Optimise For
One of the most practical insights from the discussion concerned how institutions choose their staking providers. Spoiler: it’s not mainly about chasing the highest APR.
Across top‑tier providers, yield differences are often only around 10 basis points (~0.1%).
That margin alone rarely justifies the operational cost and risk of switching providers.
Instead, the panel estimated that around 80% of institutional decision‑making comes down to service quality:
- How quickly issues get resolved.
- How clear and proactive communication is.
- How smooth reporting, compliance, and custody workflows feel.
- Whether the provider feels like a long‑term partner rather than a black box.
On the operator side, the moat is shifting from “who has the highest APY this month” to “who designed for safety, governance, and institutional requirements from day one.”
Security‑first teams that invested early in compliance architecture, validator operations and internal controls are now seeing those investments compound as the market matures.
5. Staking and L2 Scaling: One Conversation, Not Two
Puffer’s contribution focused on how staking and Layer 2 scaling are starting to converge.
Traditionally, these topics have been treated separately: staking is about consensus security, and rollups are about scaling.
But a new design pattern is emerging:
- The same Ethereum validators that secure the network can also provide data to rollups and sequence L2 transactions.
- This reduces or even removes the need for third‑party bridges, which have proven to be one of the weakest points in the current stack.
In Puffer’s model:
- The entry barrier is lowered from 32 ETH to 2 ETH, making participation more accessible.
- Operators post a bond and use trusted hardware for withdrawal credentials, keeping “skin in the game” at the center of the design.
- A liquid token backed by these operator bonds helps protect stakers if infrastructure fails, with the bond covering opportunity cost.
This kind of architecture was once dismissed as overengineered. After a series of real‑world incidents – including withdrawal credential leaks and slashable events – it is being revisited as a more robust approach to security.
6. Lido’s Dominance: Systemic Risk or Misunderstood Design?
Given Lido’s large share of staked ETH, systemic risk was an unavoidable topic.
Critics worry that too much staking power concentrated in a single protocol could threaten Ethereum’s decentralisation.
Lido’s response focuses on architecture rather than just market share:
- The protocol runs through more than 700 independent node operators.
- No single operator controls more than 1% of total staked ETH.
- Governance is fully on‑chain, with decisions executed via DAO.
- A dual governance system allows both token holders and stakers to delay contentious proposals and exit if needed.
The broader point from the panel is that we should be precise in our criticism.
A liquid staking protocol with a highly centralised validator set and centralised governance would indeed be a systemic risk. But not all liquid staking designs are the same.
7. Where Ethereum Staking Goes from Here
Taken together, a few themes stand out from this AMA:
- The supply squeeze is real.
32% of ETH is staked, with millions more waiting in the queue. Demand is stronger than the headline alone suggests.
- The rsETH incident was a stress test, not a death blow.
It exposed weaknesses in bridges and rehypothecated structures, but Ethereum’s core protocol and staking design held up.
- The “bond” narrative is helpful but incomplete.
It may help some institutions get comfortable, but it doesn’t fully capture ETH’s volatility or its role as programmable infrastructure.
- Institutions optimise for trust, not just yield.
Service, safety and governance are becoming the true differentiators between providers.
- Security‑first designs are winning mindshare.
Models that keep skin in the game, reduce bridge dependence, and align staking with L2 roles are starting to look more attractive after recent shocks.
In short, Ethereum is not quietly turning into a simple “bond.”
It is evolving into a global settlement and coordination layer, with a growing share of its supply locked in to secure that role. The real challenge – and opportunity – lies in how carefully we choose to build the next generation of financial infrastructure on top of it.
