The USDC/USDT liquidity pool
Deposits are stated to enter a stablecoin pair, which is why the operator reports no impermanent loss: both sides of the pair track the dollar, so there is no price divergence between them to lose value to.
The mechanism is simple enough to state in full. Doing so also makes clear which parts are confirmed by the chain and which rest on the operator’s word.
Five steps, and the third is the one that surprises people.
From 1 USDT on BNB Smart Chain, into a plan of 7, 14, 30 or 60 days. The first deposit takes two transactions: an approval, then the deposit itself. Both cost a few cents of BNB in gas.
The deposit goes to the protocol contract, whose address is public and whose source is verified. Ownership is renounced, so the terms of your plan cannot be altered after the fact, by anyone, including the team.
There is no early exit and no partial withdrawal of the deposit. A 60-day plan means 60 days during which that money is out of reach. This is the single most important thing to understand before choosing a duration.
The contract accrues yield once a day at 00:00 UTC, at the fixed rate written into your plan, and keeps it inside the position: calculatedROI grows, your claimable balance does not. Both the principal and the full ROI are credited to that balance when the term ends, so a running plan pays nothing to the wallet.
At the end of the term the deposit is returned automatically. Nothing renews by itself: starting another cycle means making a new deposit by hand, which is also the only way compounding happens here.
The operator names three revenue streams and states that none of them depends on new deposits. These are their claims; the chain shows the pool exists but not the arithmetic behind the rate.
Deposits are stated to enter a stablecoin pair, which is why the operator reports no impermanent loss: both sides of the pair track the dollar, so there is no price divergence between them to lose value to.
The protocol runs its own swap surface. Trading fees collected there are stated to feed the same distribution that pays plan yield.
A fiat-to-crypto gateway, with its fees described as the third stream. Like the others, its volume is not published.
Plan yield is one of several layers. They are funded differently and behave differently.
The fixed rate for the term: 3%, 10%, 24% or 54%. Credited daily, paid in USDT.
Up to 51% of daily ROI is distributed across 20 levels. It comes out of the protocol’s distribution, not out of the referred person’s deposit.
A differential on team volume, from 1% at Partner to 10% at Legend.
An additional reward in token, from 0.56% to 1.12% of deposit value to the investor. It vests monthly and carries a 2% sell tax.
10% of admin fees are used daily to buy $TURBO and send it to the burn address, permanently reducing supply.
Daily rewards are not pushed by a server the operator has to keep running. The processing is a function on the contract, and the queue it works through is readable.
TIME_STEP is 86,400 seconds and launchDate is 10 March 2026, 13:00 UTC, so the day counter is fixed arithmetic rather than an operator decision. getDailyRewardStatus returns the current day and how many users it has processed.
needsDailyRewardCalculation returns whether a day is still pending, and calculateDailyRewards processes a batch. Neither is owner-only: any address can pay the gas and move the queue.
processMyDailyRewards settles your positions without waiting for the queue to reach you. claimRewards runs the same settlement before paying out, so a claim never depends on someone else having pushed the crank.
dailyRewardDayCompleted takes a day number and returns true or false. On 6 October 2026 the contract reported day 209 with 33,587 of 33,587 users processed.
Confirmed: the contract exists and is verified, ownership is renounced, the pool holds what it holds, and every deposit and payout is a public transaction. None of that requires trusting the operator.
Not confirmed: that the stated revenue covers the promised rate. A fixed return is a liability the protocol takes on, and whether it can keep meeting that liability is not something a block explorer can answer.
This is why the rest of this site separates the two rather than treating the whole model as verified because part of it is.