OP Mainnet saw its total value locked jump 87.83% over the last 30 days, one of the largest 30-day surges among major blockchains. The bulk of the inflow is attributed to the migration of restaking protocol Ether.fi to the network.
Why it matters
Ether.fi is one of the largest liquid restaking protocols in crypto, and its chain-level migration moves its entire TVL footprint in one step. For OP Mainnet, that single decision reorders the L2 TVL rankings — a reminder that on-chain capital is highly concentrated and migrates with protocol-team decisions rather than organic user growth.
Market impact
On the other side of the chart, Plasma saw TVL fall 61.78% over the same window, with the drop traced to liquidity outflows from Aave. The mirror image underlines how a single lending market can move a chain's headline metric, and how quickly TVL flows reverse when a marquee protocol exits.
Frequently asked questions
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Why did OP Mainnet TVL rise 87.83% in 30 days?
The surge is largely attributed to the migration of restaking protocol Ether.fi to OP Mainnet, which moved Ether.fi's entire TVL footprint to the chain in a single step.
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What is Ether.fi and why does its migration matter?
Ether.fi is one of the largest liquid restaking protocols in crypto. Because its TVL is concentrated on the protocol level, a chain-level migration reshuffles L2 TVL rankings without a corresponding change in organic user activity.
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Why did Plasma's TVL drop 61.78% in the same period?
The decline is attributed to liquidity outflows from Aave on Plasma, illustrating how a single marquee lending market can dominate a chain's headline TVL figure.
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How concentrated is TVL across major blockchains?
The simultaneous OP Mainnet and Plasma moves show that TVL rankings remain driven by a small number of yield-bearing protocols, so individual migration or exit events routinely produce the largest 30-day swings on the board.
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Is the OP Mainnet TVL surge a sign of organic growth?
No — the surge is structurally tied to a single protocol's chain migration, not user-driven inflows. It reflects how a one-time protocol-team decision can reorder L2 rankings without underlying growth in on-chain activity.