BSC Token Generator

Once the deploy transaction is sent, you will receive transaction hash (first) and Token address (when transaction is confirmed). If the transaction will take some time to be confirmed due to network status, you can monitor it on explorer and Token address will be visible in transaction page.

Once the Token will be deployed you (your MetaMask address) will be the only owner.

Initial token supply will be automatically sent to the address used to deploy the token (your MetaMask address) once the transaction is confirmed. This address will be Token Owner and will be able to generate new tokens (in case you selected a token type with Mintable behaviour).
If you selected a token with the Liquidity Pool Setup, for security purposes, initial token supply will be sent to token contract itself. Once the liquidity pool is initialized, the remaining amount will be automatically sent to the deployer wallet address.

The Token will be a fully BEP20 compatible token. Any BEP20 wallet will support the Token.

To generate new tokens you must use the "mint" function using token owner wallet or a permissioned account wallet. You can do this by using the Contract/Write tab on your blockchain explorer token page (i.g. Etherscan, BscScan, PolygonScan or SnowTrace). You can also import ABI from the Docs page in tools like MyEtherWallet and call the mint function.

Note: remember that tokens has a number of decimals (usually 18), so you must use the entire number with decimals.
I.g. if you need to generate 500 additional tokens, call the mint function by inserting 500000000000000000000.

Yes, you can use the Token in Exchanges, Dex, or DeFi protocols like Uniswap. It is a BEP20 compliant so you can use for any purpose where BEP20 applies.

Yes, you can use Token for ICO or Crowdsales.
Note: you need to develop an ICO or Crowdsale Smart Contract; Token address can't receive BNB.

No, Token address can't receive BNB. If you want to create ICO, you need to develop a Smart Contract able to do that.

Yes, Token source code will be already verified on blockchain explorer like Etherscan, BscScan, PolygonScan or SnowTrace.

Once the token will be deployed you will be able to add information on BscScan using their procedure.

No, a Token deployed using Token Generator is not SCAM. Code is well tested and updated regularly, token has verified source code already used by thousands of tokens. It will be SCAM if you use as it. Token Generator is FREE to use and there are lot of tokens built on. Maybe someone used it to SCAM but it doesn't mean you will use for it too. YOU DON'T. Below the link to documentation about the project you can share to demonstrate trustability of token source code (not of your intentions).

Binance Chain was launched by Binance in April 2019. Its primary focus is to facilitate fast, decentralized (or non-custodial) trading.
Binance Smart Chain (BSC) is best described as a blockchain that runs in parallel to the Binance Chain. Unlike Binance Chain, BSC boasts smart contract functionality and compatibility with the Ethereum Virtual Machine (EVM). The design goal here was to leave the high throughput of Binance Chain intact while introducing smart contracts into its ecosystem.

A Block Explorer is basically a search engine that allows users to easily lookup, confirm and validate transactions that have taken place on the Binance Smart Chain.

BEP-20 is a token standard on Binance Smart Chain that extends ERC-20, the most common Ethereum token standard. You can think of it as a blueprint for tokens that defines how they can be spent, who can spend them, and other rules for their usage. Due to its similarity to Binance Chain’s BEP-2 and Ethereum’s ERC-20, it’s compatible with both.
BEP-20 was conceived as a technical specification for Binance Smart Chain, with the goal of providing a flexible format for developers to launch a range of different tokens. These could represent anything from shares in a business to dollars stored in a bank vault (i.g., a stablecoin).

"Gas" is the name for a special unit used in BSC. It measures how much "work" an action or set of actions takes to perform.
Every operation that can be performed by a transaction or contract on the BSC platform costs a certain number of gas, with operations that require more computational resources costing more gas than operations that require few computational resources.
The reason gas is important is that it helps to ensure an appropriate fee is being paid by transactions submitted to the network. By requiring that a transaction pay for each operation it performs (or causes a contract to perform), we ensure that network doesn't become bogged down with performing a lot of intensive work that isn't valuable to anyone.