Derive unveils v3 upgrade to enhance onchain options trading

Derive unveils v3 upgrade to enhance onchain options trading

The dominant onchain options protocol is ditching its Layer 2 for a zero-knowledge architecture on Ethereum mainnet, chasing hundreds of billions in daily throughput

Derive, the protocol formerly known as Lyra Finance, has proposed a sweeping V3 upgrade that would rebuild its onchain options and perpetual contracts platform from the ground up. The upgrade, submitted as a Derive Improvement Proposal (DIP), marks a shift from the platform’s current optimized Layer 2 chain to a zero-knowledge exchange model verified directly on Ethereum’s Layer 1.

What V3 actually changes

At its core, the V3 architecture replaces Derive’s existing L2 chain with a high-performance matching engine and sequencer running inside a zkVM. Think of a zkVM as a computational black box: it processes transactions and then generates a cryptographic proof that everything was done correctly, which Ethereum’s mainnet can verify without re-executing every trade.

The result is a system that can theoretically handle hundreds of billions of dollars in daily transaction volume while supporting thousands of cross-margined positions per portfolio. The existing Derive Chain, the optimized L2 that powered V2, will be phased out entirely.

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All positions and balances from V2 will migrate to V3’s initial state. Bridge funds will transfer to Ethereum L1, and a new token, stDRV, will launch on the Ethereum mainnet.

Beyond the plumbing, V3 introduces several features aimed at making the platform more useful for a broader set of traders. “Risk universes” offer a more granular approach to risk management, letting the protocol compartmentalize exposure across different asset types and market conditions. Two-sided lending across all collateral types means both lenders and borrowers get more flexibility. Native vault support rounds out the feature set, giving structured product builders better tools to work with.

Derive is also expanding its asset coverage. The protocol added FXRP as collateral in August 2026, and new perpetual contracts for DRV and $F were listed shortly after the V3 announcement. The roadmap includes Real World Assets (RWAs).

The current state of play

With approximately $2 billion in open interest and roughly 95% market share in onchain options by premium volume, Derive is not just the leader — it’s practically the entire market. Historically, the platform has processed over $28 billion in notional volume and generated more than $8 million in revenue, with no security incidents or insolvency events.

Why architecture matters for adoption

Options are inherently more complex than spot or perpetual trading. Each contract has multiple parameters: strike price, expiry, underlying asset, and whether it’s a call or put. Cross-margining across a portfolio of these positions requires significant computational overhead, and doing it onchain at scale has historically been impractical.

V3’s approach of running the matching engine inside a zkVM and then posting proofs to Ethereum separates the computation from the verification. The trades happen fast, the proofs confirm they happened correctly, and Ethereum serves as the ultimate arbiter of truth.

The introduction of granulated session keys is another detail worth noting. Session keys let users grant limited, time-bound permissions to interact with the protocol, reducing the risk associated with persistent wallet approvals.

Disclosure: This article was edited by Editorial Team. For more information on how we create and review content, see our Editorial Policy.
Derive unveils v3 upgrade to enhance onchain options trading
Derive unveils v3 upgrade to enhance onchain options trading

The dominant onchain options protocol is ditching its Layer 2 for a zero-knowledge architecture on Ethereum mainnet, chasing hundreds of billions in daily throughput

Derive, the protocol formerly known as Lyra Finance, has proposed a sweeping V3 upgrade that would rebuild its onchain options and perpetual contracts platform from the ground up. The upgrade, submitted as a Derive Improvement Proposal (DIP), marks a shift from the platform’s current optimized Layer 2 chain to a zero-knowledge exchange model verified directly on Ethereum’s Layer 1.

What V3 actually changes

At its core, the V3 architecture replaces Derive’s existing L2 chain with a high-performance matching engine and sequencer running inside a zkVM. Think of a zkVM as a computational black box: it processes transactions and then generates a cryptographic proof that everything was done correctly, which Ethereum’s mainnet can verify without re-executing every trade.

The result is a system that can theoretically handle hundreds of billions of dollars in daily transaction volume while supporting thousands of cross-margined positions per portfolio. The existing Derive Chain, the optimized L2 that powered V2, will be phased out entirely.

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All positions and balances from V2 will migrate to V3’s initial state. Bridge funds will transfer to Ethereum L1, and a new token, stDRV, will launch on the Ethereum mainnet.

Beyond the plumbing, V3 introduces several features aimed at making the platform more useful for a broader set of traders. “Risk universes” offer a more granular approach to risk management, letting the protocol compartmentalize exposure across different asset types and market conditions. Two-sided lending across all collateral types means both lenders and borrowers get more flexibility. Native vault support rounds out the feature set, giving structured product builders better tools to work with.

Derive is also expanding its asset coverage. The protocol added FXRP as collateral in August 2026, and new perpetual contracts for DRV and $F were listed shortly after the V3 announcement. The roadmap includes Real World Assets (RWAs).

The current state of play

With approximately $2 billion in open interest and roughly 95% market share in onchain options by premium volume, Derive is not just the leader — it’s practically the entire market. Historically, the platform has processed over $28 billion in notional volume and generated more than $8 million in revenue, with no security incidents or insolvency events.

Why architecture matters for adoption

Options are inherently more complex than spot or perpetual trading. Each contract has multiple parameters: strike price, expiry, underlying asset, and whether it’s a call or put. Cross-margining across a portfolio of these positions requires significant computational overhead, and doing it onchain at scale has historically been impractical.

V3’s approach of running the matching engine inside a zkVM and then posting proofs to Ethereum separates the computation from the verification. The trades happen fast, the proofs confirm they happened correctly, and Ethereum serves as the ultimate arbiter of truth.

The introduction of granulated session keys is another detail worth noting. Session keys let users grant limited, time-bound permissions to interact with the protocol, reducing the risk associated with persistent wallet approvals.

Disclosure: This article was edited by Editorial Team. For more information on how we create and review content, see our Editorial Policy.