Panoptic implements the “Uniswap V3 LP positions are options” insight — observable in financial mathematics for years but never before operationalized as a product — into a full options protocol where LP positions in any Uniswap V3 pool become the collateral backing options contracts, market makers cease to exist (replaced by LP providers who don’t realize they’re writing options), and options never expire but instead pay “streamia” (streaming premium replacing traditional upfront options premium). The mathematical foundation is rigorous: a Uniswap V3 LP position bounded between ticks Ka and Kb has exactly the same payoff profile as short a strangle (short call with strike at Kb + short put with strike at Ka) — meaning LP providers in every Uniswap V3 pool are already implicitly writing options. Panoptic makes this explicit, allowing options buyers to access that liquidity by borrowing LP positions from providers (who then earn streamia continuously instead of LP fees), and allowing options sellers (or more sophisticated traders) to construct multi-leg positions equivalent to full options strategies (spreads, condors, straddles). The result is a permissionless options market for any ERC-20 pair — created automatically when a Uniswap V3 pool exists — without any oracle, without any market maker, and without any options AMM bootstrapping.
Key Facts
- Chain: Ethereum (Arbitrum, Base expansion)
- Infrastructure: Built directly on Uniswap V3 — no separate liquidity layer needed
- Premium model: Streamia (continuous streaming premium — no upfront payment)
- Expiry structure: Perpetual (no expiry date)
- Oracle dependency: None (pricing based on Uniswap V3 TWAP)
- Covered pairs: Any ERC-20 token with a Uniswap V3 pool (thousands of pairs)
- Backers: Paradigm, gumi Cryptos, Jane Street, OpenSea Ventures
The Core Mathematical Insight
The following sections cover this in detail.
Uniswap V3 LP = Short Strangle
A Uniswap V3 LP position bounded within tick range [Ka, Kb] has the following payoff:
When spot price P is between Ka and Kb (LP is “active”):
- LP earns fees proportional to trading volume in that range
- LP holds a mix of token0 and token1
When P drops below Ka (LP is “out of range, low side”):
- LP holds 100% of the lower-value asset (token0)
- Effectively sold token1 for token0 at price Ka — like being assigned on a put at strike Ka
When P rises above Kb (LP is “out of range, high side”):
- LP holds 100% of the higher-value asset (token1)
- Effectively sold token0 for token1 at price Kb — like being assigned on a call at strike Kb
Mathematical equivalence:
A Uniswap V3 LP position in range [Ka, Kb] ≅ Short Put (strike Ka) + Short Call (strike Kb) = Short Strangle
This means:
- LP providers are option writers (receiving premium in the form of LP fees)
- Ranges are the option strikes
- Fee income over time = options premium in present value terms
Panoptic’s Operationalization
If LP providers are already writing options (without knowing it), Panoptic creates the infrastructure to:
- Allow options buyers to borrow LP positions from providers (instead of the LP staying in Uniswap V3, offering both sides of the market)
- Options buyers pay streamia continuously (replacing the upfront premium)
- Options sellers explicitly take LP positions as their short options collateral
- The Uniswap V3 pool remains the liquidation and settlement backend
Streamia: Streaming Premium
Traditional options premium problem: Buyers pay premium upfront; sellers receive it upfront. This creates capital efficiency problems — buyers need capital tied up in premium, sellers need collateral to back potential losses.
Panoptic’s streamia model: No upfront premium is paid. Instead:
- Options buyers pay a continuous streaming rate to options sellers
- Rate is based on accumulated LP fees the position would have earned in Uniswap V3 (the opportunity cost to the LP provider of lending their position to an options buyer)
- Streaming continues until the buyer closes the position
Why “perpetual”: Since premium is paid continuously rather than at purchase, there’s no natural expiry — the options can be held indefinitely as long as the buyer continues paying streamia. Options become genuinely perpetual instruments.
Rate determination: Streamia is not fixed — it’s determined by actual Uniswap V3 trading volume generating fee income. High trading volume → high LP fees → high streamia. Low trading volume → low LP fees → low streamia. This means Panoptic options pricing is directly tied to organic on-chain market activity.
Options Architecture
The protocol is built around the following components.
Panoptic Option Legs
Panoptic options are defined by specifying LP positions from Uniswap V3:
Each “leg” in a Panoptic option is one Uniswap V3 LP position:
- Parameters: token pair, fee tier, tick range (Ka, Kb), amount, long or short
- Long leg = borrowing an LP position from LP providers (options buyer)
- Short leg = providing an LP position as collateral (options seller)
Multi-leg strategies:
By combining multiple LP position legs, traders can construct:
- Bull call spread: Long call at Ka1/Kb1 + Short call at Ka2/Kb2 (different strikes)
- Straddle: Long call + Long put (both ATM)
- Iron condor: Selling OTM strangle + Buying further OTM strangle (defined risk)
- Covered call: Owning the underlying token + Selling call leg
All of these multi-leg strategies work because each “leg” is just a Uniswap V3 LP position specification.
Permissionless Option Markets
Since any Uniswap V3 pool can serve as a Panoptic options market backend, options markets exist automatically for any ERC-20 pair with sufficient Uniswap V3 liquidity — no governance vote required, no market maker needed, no Deribit listing process.
A new DeFi protocol token with a Uniswap V3 pool immediately has an associated permissionless options market via Panoptic. This is a significant democratization of options access compared to centralized venues (where most tokens never get options listing).
Risk and Liquidation
The approach is detailed in the sections below.
Collateral Requirements
Options sellers (short LP positions) must post collateral to back their short options exposure. Collateral requirements are calculated based on:
- The maximum potential loss of the options position (based on Uniswap V3 payoff profile)
- A safety buffer for liquidator incentives
Liquidation Mechanism
When a position becomes undercollateralized (spread between collateral and potential position loss exceeds threshold):
- Liquidators can close the position and receive a liquidation bonus
- No central liquidation engine — anyone running a keeper bot can perform liquidations
Oracle-Free Risk
Traditional options oracle risk: Options protocols need price oracles to calculate P&L, determine settlement amounts, and assess collateral ratios. Oracles can be manipulated.
Panoptic oracle design: Panoptic uses only Uniswap V3 TWAP (time-weighted average price) for risk calculations — the same oracle embedded directly in every Uniswap V3 pool. No external oracle dependency (no Chainlink required). This removes one attack surface vs. Chainlink-dependent options (though TWAP manipulation at low liquidity is still a risk for illiquid pools).
Comparison to Other Options Protocols
| Feature | Panoptic | Premia Finance | Deribit |
|---|---|---|---|
| Expiry | Perpetual | Fixed expiry | Fixed expiry |
| Premium | Streaming | Upfront | Upfront |
| Market makers | Not required | Needed for liquidity | Required |
| Supported pairs | Any Uni V3 pair | Curated pairs | Curated (ETH/BTC focus) |
| Oracle | Uni V3 TWAP | Chainlink | Proprietary |
| Custody | Non-custodial | Non-custodial | Custodial |
| Chain | Ethereum | Arbitrum | Centralized |
Protocol Status
Panoptic launched in phased gated deployment, with early access limited while audits and risk parameter tuning continued. The protocol attracted significant research interest from Paradigm due to its theoretical novelty — perpetual options are a genuinely new financial instrument with no TradFi equivalent.
Related Terms
Sources
- “Panoptic: Perpetual Options Built on Uniswap V3 — The Mathematical Case for LP Position as Options” — Panoptic Whitepaper / Paradigm Research (2022).: ≡: Short: Strangle: (Put: struck: Ka: +: Call: struck: Kb) COROLLARY: LP: fee: income: =: options: premium: income: over: time: (LP: fee: rate: × time: in: range: = present: value: of: holding: both: a: short: put: and: short: call: premium):]
- “Streamia vs. Upfront Premium: Capital Efficiency and Risk Profile Comparison for DeFi Options Users” — Delphi Digital Research (2023).
- “Permissionless Options Markets: How Panoptic Enables Long-Tail Token Options Without Centralized Listing Process” — Messari Research (2023).
- “Multi-Leg Options Strategies in DeFi: Constructing Iron Condors, Straddles, and Spreads on Panoptic” — Blockworks Research (2023).
- “Oracle-Free DeFi Options: How Panoptic Avoids Chainlink Dependencies and What Residual Oracle Risks Remain” — Trail of Bits Security Analysis (2023).