Question 1

What is OLE?

Accepted Answer

OLE is the native token of the OpenLeverage protocol. The protocol provides permissionless lending and margin-trading infrastructure: lenders supply assets to specific pools, and traders can borrow assets from the corresponding pools to establish long or short positions. Therefore, OLE is not equivalent to a deposit receipt for any lending pool, nor is it equivalent to a margin position. It is primarily associated with the protocol's incentive and governance design; lending interest, trading profits and losses, and OLE incentives are outcomes at different levels.

Question 2

What is OLE used for in the protocol?

Accepted Answer

OLE is used to distribute incentives to eligible trading, lending, and borrowing participants, and to participate in incentive-allocation governance through the xOLE mechanism. The purpose of rewards is not to guarantee fixed returns, but to allocate incentives to effective markets in which the protocol seeks to encourage liquidity and trading activity. For example, traders may receive the corresponding trading reward only by opening or closing positions in reward trading pairs; “Close with Repayment” does not receive the closing reward. Lender and borrower rewards depend on their amount and participation time in effective markets, so merely holding OLE itself does not mean automatically receiving these activity rewards.

Question 3

What is the difference between xOLE and OLE?

Accepted Answer

OLE is the protocol's native token; xOLE is a governance credential obtained by locking designated OLE-BUSD liquidity receipts. Users must first provide OLE-BUSD liquidity on a designated partner DEX, then deposit the resulting LP receipts into OpenLeverage's time-lock contract to obtain xOLE. The amount of xOLE is affected by both the amount of LP locked and the lock duration. The documentation specifies a duration from two weeks to four years; under otherwise identical conditions, locking for four years receives 436% of the xOLE received by locking for two weeks. Therefore, xOLE is not a second underlying asset exchangeable one-for-one with OLE, but a credential that incorporates liquidity provision and time commitment into governance weight.

Question 4

How can users participate in OpenLeverage governance?

Accepted Answer

Participating in OpenLeverage's incentive-allocation governance requires first obtaining xOLE; xOLE holders can allocate lending and trading rewards to eligible trading pairs in periodic votes. Voting determines how incentives are allocated among different trading pairs; it does not directly change the trading profit or loss that a particular user has already obtained. The documentation describes voting as taking place in approximately 21-day cycles through gas-free off-chain voting on Snapshot, with voting reset in each cycle. OLE incentives allocated to a trading pair are divided by default as 30% for lending activity and 70% for trading activity, although governance may also determine this ratio. Voting power comes from LP locks; after the lock period expires, if it is not relocked, staking and fee rewards stop accruing.

Question 5

Why does the protocol use separate lending pools?

Accepted Answer

OpenLeverage sets up separate lending pools for each trading pair, so the borrowing and collateral risks of one trading pair primarily remain in that pool. Lenders do not place assets into a unified pool covering all markets; instead, they select specific pools in which to participate. The practical implication of this design is that trading demand, asset-price volatility, and liquidation outcomes for one trading pair are not automatically mixed with other pools; in exchange, lenders need to assess the assets, demand, and risks of each selected pool separately. Separate pools can isolate the spread of risk, but cannot eliminate the market, collateral, and smart-contract risks of the selected pool itself.

Question 6

What happens after providing assets to a lending pool?

Accepted Answer

After depositing assets into a lending pool, users receive LTokens representing their share in that pool. When traders borrow assets from the pool, lending interest is generated, and lenders' economic results depend on their share and the pool's actual borrowing activity. The process is not “depositing guarantees returns”: users first deposit into a valid pool to obtain LTokens, and only when borrowing occurs in the pool is there a corresponding source of interest; when withdrawal is needed, whether the underlying assets can be obtained immediately also depends on available pool liquidity and protocol rules. LTokens represent a share of the pool and do not insulate users from asset-price risk, borrower-position liquidation, or protocol risk.

Question 7

Why might the amount of OLE rewards change?

Accepted Answer

OLE rewards vary with effective markets, participation amount, participation duration, and total participation in the same reward pool, so page rules should not be understood as fixed returns for each user. Trading rewards in particular require distinguishing nominal rewards from actual rewards after dilution. The trading-reward cycle is 21 days and is divided into seven stages of three days each. In each stage, if the rewards cumulatively obtained by participants exceed the specified reward pool, actual rewards are reduced according to “undiluted reward × specified reward pool amount ÷ total rewards obtained”; rewards for completed stages are retained according to that stage's outcome. Locking OLE-BUSD LP may also boost trading, lending, or borrowing rewards, with the maximum acceleration ratio being 20% of the original reward, but it is likewise subject to the locked amount, remaining lock time, and the cap for each period.

Question 8

What should be considered when using margin trading?

Accepted Answer

Margin trading expands a position by borrowing assets, so it magnifies the effect of price movements on the position, not merely potential gains. A price move in an unfavorable direction reduces the position's safety margin; when collateral and risk parameters no longer meet the protocol's requirements, the liquidation mechanism may sell or close the position to repay the borrowing. Lending pools, collateral ratios, and liquidation are risk-management components: pools provide borrowable assets, collateral limits initial risk, and liquidation handles positions when the safety margin is insufficient. They cannot guarantee profitable trading or eliminate risks arising from collateral assets, borrowed assets, liquidity, or smart contracts; before participating, users should separately understand the sources of risk borne by trading positions and lending positions.

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