Question 1

What is SKATE?

Accepted Answer

SKATE is the token of the Skate project. Skate is designed to enable applications to operate across different virtual machine environments and to provide infrastructure through shared state rather than maintaining a separate independent state on each chain. Within this design, SKATE serves roles including AVS economic security and DAO governance; it is not equivalent to every network Gas asset users pay when transacting on a given chain.

Question 2

What does unified liquidity in Skate AMM mean?

Accepted Answer

Skate AMM seeks to address liquidity fragmentation and price disparities caused by separate pools maintained by multichain AMMs. It places core pricing, liquidity state, and tick data in a Kernel contract on a hub chain, creating one canonical price curve; Periphery contracts on each supported chain handle user interaction and local asset custody. In other words, assets are not centrally custodied in the Kernel because of this architecture, but pricing and state updates follow the unified Kernel state.

Question 3

How is a cross-chain swap completed in Skate AMM?

Accepted Answer

A swap begins at the Periphery on the user’s chain: the user submits an intent and locks the input tokens. An executor forwards the intent to the Kernel on the hub chain, where the Kernel calculates the result based on global liquidity; after AVS operators validate and attest to the state update, the result is returned as a callback to the originating Periphery, which verifies the proof and settles output tokens to the user locally. The validation and callback stages are necessary for connecting cross-chain messages with unified state.

Question 4

What role does SKATE staking play in the AVS?

Accepted Answer

In the model described by the whitepaper, SKATE can form dual-staking economic security for the AVS together with restaked ETH. AVS operators must validate cross-chain messages and state updates; staking collateral makes behavior that fails to follow protocol requirements economically costly, thereby providing a security foundation for state synchronization between the Kernel and Periphery. The role of staking is to serve protocol security and should not be simplified as an unconditional yield product.

Question 5

How is SKATE related to governance and protocol fees?

Accepted Answer

Another intended use of SKATE is Skate DAO governance: token holders may participate in governance decisions on protocol modifications and upgrades. The whitepaper also proposes that a portion of trading fees generated by Skate AMM may be distributed to SKATE stakers according to their staking share; this describes the intended relationship between fees and staking and does not represent a fixed fee rate, fixed amount, or guaranteed return.

Question 6

How does Skate AMM determine swap prices and outputs?

Accepted Answer

Skate AMM uses concentrated-liquidity-style global reserves to calculate swaps: let X and Y be the global reserves for a trading pair; within the active price range, the swap state is constrained by the relation X×Y=L², where L represents the liquidity parameter for that range. When trade input increases reserves on one side, the output available on the other side decreases, and the trading fee γ is deducted; therefore, price, slippage, and output are jointly determined by global reserves, trade size, the active range, and fees.

Question 7

What does providing liquidity in Skate AMM mean?

Accepted Answer

Liquidity providers specify a price range and deposit the relevant tokens through the Periphery on any supported chain, after which the related intent is incorporated into global liquidity by the Kernel. The model aims to allow liquidity provided once to participate in trading activity across all supported chains, rather than splitting the same capital into isolated pools; however, LPs remain subject to factors including price changes, range selection, trading volume, fees, and impermanent loss.

Question 8

Why do Skate transactions require confirmations and AVS proofs?

Accepted Answer

Unified state does not eliminate confirmation and validation requirements in cross-chain processes. The whitepaper states that swap and liquidity intents are executed after reaching sufficient confirmation on the source chain; if a chain reorganization occurs, pending transactions may be canceled or rolled back to prevent double spending or incorrect settlement. Users therefore need to distinguish between an “intent submitted” state and a state that has been AVS-attested and settled by the local Periphery.

Question 9

Has Skate already implemented atomic cross-chain swaps without manual bridging?

Accepted Answer

The whitepaper lists atomic cross-chain swaps without manual bridging as a future iteration goal, rather than an existing capability confirmed by that document. The current understanding of the mechanism should follow the described flow of “local Periphery submission, Kernel processing, AVS attestation, callback settlement”; whether future features are launched and which chains they apply to depend on subsequent actual deployments.

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