Tutorial (TUT) Price

Tutorial (TUT) is a BEP-20 meme token deployed on the BNB Smart Chain mainnet, with contract address 0xCAAE2A2F939F51d97CdFa9A86e79e3F085b799f3. It is neither BNB Chain’s native coin nor a blockchain protocol centered on validators, staking, or protocol fees; the project presents it as a meme token derived from developer education content. The token and the Tutorial learning product should be understood separately: the website confirms that the AI learning app and learning platform have launched, but its public pages do not state that holding TUT can redeem courses, earn returns, participate in governance, or automatically obtain in-app rights. Therefore, the existence of the app itself does not establish that TUT carries rights to application revenue, usage, or cash flows.

TUT’s key history is that the developer first made a tutorial explaining how to issue a token on BNB Chain, and the original Tutorial token was then on a testnet; the current TUT was only later launched on mainnet and positioned as a meme token. The testnet token is therefore earlier history of an instructional example and should not be treated as the same tradable asset as the current mainnet contract. What this change actually altered was the network on which the asset exists and its transferability: testnet tokens are generally for demonstrations, not for the settlement and liquidity of a real mainnet asset; the current mainnet TUT has balances recorded by the BEP-20 contract above and can be transferred on BNB Smart Chain. The website does not publish rules for converting testnet balances into the current mainnet TUT, so old testnet balances cannot be assumed to migrate automatically.

The verified TUT contract minted 1 billion tokens once at deployment and recorded that initial amount as the contract supply; the block explorer also shows a maximum supply of 1 billion and 18 decimals. The contract’s public interface has no mint or burn entry point, so under this verified code, standard calls after deployment cannot issue more tokens, and there is no path to reduce totalSupply by calling burn. This means that “1 billion” is not merely an abstract cap; it is the total supply formed during the contract’s construction. It still does not equal the immediately tradable supply at any point in time: tokens can be in ordinary holder addresses, liquidity pools, contract addresses, or other addresses; sending tokens to an unusable address also does not change the contract’s totalSupply. Public materials do not provide a team allocation or unlock schedule applicable to this contract, so a fixed unlock cadence cannot be inferred from the fixed total supply.

When TUT is sent from a self-custody wallet, the sender calls transfer on this BEP-20 contract; the contract deducts the sender’s balance and increases the recipient’s balance only after the transaction is executed on BNB Smart Chain. If a third party transfers on the holder’s behalf, it calls transferFrom, and the holder must first set a sufficient allowance through approve; if the allowance is insufficient, that delegated-transfer path cannot complete. On-chain execution fees are paid in BNB, rather than being automatically deducted from the amount of TUT sent. The fee displayed by a wallet is determined by the gas actually consumed by this call and the gas price used; BNB Smart Chain uses BNB as Gas for smart-contract execution. If a decentralized trade first approves a router contract and then swaps TUT, approval and the swap are separately submitted contract calls, so BNB Gas should usually be reserved for each. The token transfer amount, a DEX swap price, and the network execution fee are three different costs or outcomes.

The current TUT contract’s four.meme page shows that this pool’s bonding-curve progress is 100%, no TUT remains for sale on the curve, 24 BNB was raised, and it explicitly states “Pool was migrated to PancakeSwap.” Thus, the launch phase for this contract has ended, and liquidity has moved from four.meme’s curve-trading phase to PancakeSwap. During the curve phase, users traded under the curve rules four.meme set for this pool, and buys and sells changed the curve progress and quoted price; the displayed 24 BNB raised and 100% progress are records of this version of the pool reaching its migration state. After migration, trades are determined by the PancakeSwap pool’s asset reserves and trade execution, rather than by continuing to buy remaining tokens on the original curve. This process is not a testnet-asset conversion and does not mean TUT’s total supply changed automatically because of the migration; it changes the liquidity mechanism in which trading occurs.

The verified TUT contract has three transfer modes: NORMAL, TRANSFER_CONTROLLED, and TRANSFER_RESTRICTED. Under NORMAL, transfers follow the contract’s regular transfer logic; RESTRICTED rejects transfers; under CONTROLLED, a transfer can pass only when the owner is the sender or recipient. Therefore, transfers between ordinary addresses may not execute when the contract is in either of the latter two restricted modes. Mode changes also have an irreversible boundary: the owner can call setMode only when the current mode is not NORMAL; once it is set to NORMAL, the code no longer allows CONTROLLED or RESTRICTED to be re-enabled through that entry point. This control does not alter the balance-accounting rules, nor does it mean that the owner can issue tokens arbitrarily. Before sending a transaction, users can check the current _mode and owner values in the block explorer; those states determine whether the restrictions are actually in force.

The website lists as implemented a Tutorial AI app, a learning platform, and the ability to generate learning content from video, articles, images, and audio; the learning flow includes notes, flashcards, quizzes, streaks, and XP. These are the confirmed product functions, not confirmed uses for the TUT token. The website still lists more accurate AI courses, a question-and-answer tutor, spaced repetition, and longer-material support on its Q3 2026 roadmap; a community course library, creator pages, multilingual support, and collaborative learning events for Q4 2026; and Tutorial Quest, a project academy, APIs and developer integrations, plus solutions for teams, schools, and enterprises for 2027 and beyond. Planned functions can be understood as launched only after the website reclassifies them as implemented.