MultiBit (MUBI) Price

To transfer BRC-20 tokens from the BTC network to Ethereum or BNB Chain, first connect a wallet. The MultiBit platform assigns a dedicated BRC-20 address; send the tokens to that address and wait for BTC block confirmations. Only then will the tokens appear as available to mint. At this point, they are eligible for minting, but the cross-chain transfer is not yet complete: the user must still initiate the mint manually. According to the tutorial, select a destination network, enter the transfer amount and transfer fee, and confirm; then select the inscription fee in the wallet. After the inscription succeeds, sign and pay, then wait for the 3–4 BTC blocks specified in the tutorial. Next, select the ETH or BSC chain, enter a receiving address, and submit the mint. The tutorial describes the tokens as arriving on the selected chain once this is complete. When minting, the transaction requests a signature from the backend and submits it to the contract for verification. The user can mint the tokens only after the contract verifies the signature. Thus, “available to mint” after block confirmation is a different stage from completing signature verification and successfully minting the tokens.

The return process described in the tutorial starts on Ethereum: select the ETH chain, enter the transfer amount and a BRC-20 receiving address on the BTC network, approve the transaction, submit the withdrawal, and confirm the transaction in the wallet. During withdrawal, the corresponding amount of tokens is first burned on the EVM chain, after which an equivalent value is transferred from a cold wallet to the user on the BTC network. This describes a process of burning and returning corresponding amounts; it does not mean that tokens on the two networks move directly through the same on-chain transaction. The tutorial gives an estimated confirmation time of 8 hours. This is an estimate, not a guarantee that the transaction will be confirmed within that time.

BRC-20 is described as an experimental form of fungible token. It uses Ordinals inscriptions to write JSON data to the Bitcoin base layer, with inscription operations used to deploy token definitions, mint tokens, and transfer them. This differs from EVM-style token standards, in which smart contracts manage the token standard and its rules. BRC-20 instead uses JSON inscriptions on the Bitcoin base layer to record the relevant operations; it is not managed by the same EVM smart-contract mechanism.

The described MultiBit cross-chain process involves two steps: monitoring by listening nodes and authorization through multiple signatures. Listening nodes monitor transaction statuses and token-locking and release events on the ETH chain, BNB chain, and BTC network. Once a user initiates a cross-chain transfer request, multiple authorized signatures are required for the operation to execute. These are the stated monitoring and authorization steps; they do not mean that all risks are eliminated or that a transfer is guaranteed to succeed.

The described bridge mechanism covers the BTC network and the two EVM networks, the ETH and BNB chains, and is intended to support token transfers between them. This identifies the networks covered by the mechanism; it does not mean that every token or other networks are supported.

Before exchanging, choose a decentralized exchange (DEX) that supports MUBI and connect a wallet compatible with the relevant network. The described process applies to DEXs that support only crypto-to-crypto exchanges: first prepare a base cryptocurrency, transfer it to a Web3 wallet, and then exchange it for MUBI. Not every DEX supports MUBI.

On a DEX, the blockchain’s native token is used to pay transaction fees; slippage is a separate factor to consider during an exchange. For example, transaction fees on Ethereum are paid in ETH, so users need to have the network’s native token in addition to the asset they are exchanging. Slippage refers to the amount by which the price changes during an exchange. Users can set their own slippage tolerance. This serves a different purpose from paying transaction fees, and setting a tolerance does not guarantee that the exchange will execute at a particular price.

Not all trading platforms support MUBI, so confirm that a platform supports the asset before trading there. If it does not, you cannot trade MUBI through that platform. A KuCoin page states that MUBI had not been officially listed on the platform and that KuCoin did not support it at the time. This applies only to that platform and does not establish whether other exchanges support MUBI.

P2P platforms connect buyers and sellers directly. Users can select an offer on the platform and trade directly with the corresponding counterparty. Users can choose offers according to their preferred terms, but the exchange rate may also be unfavorable. The specific terms depend on the selected offer; they are not trading rules of the MUBI protocol itself.

MultiBit’s milestones list the MUBI token generation event (TGE) in November 2023 and describe it as the event through which MultiBit launched its native token. This describes the timing and nature of the launch, but does not specify token allocation, vesting periods, or distribution methods.

KuCoin’s announcement lists these arrangements: MUBI was to be delisted at 08:00 UTC on March 4, 2026; withdrawal services were scheduled to close at 08:00 UTC on April 8, 2026; and deposit services for the relevant projects would remain closed. These dates and service arrangements apply to the platform described in the KuCoin announcement and do not indicate transfer restrictions for MUBI on other platforms or networks.

MUBI is associated with BRC-20 token transfers between the Bitcoin network and EVM networks. The MultiBit protocol’s bridge mechanism is intended for token transfers between the ETH chain, BNB chain, and BTC network. The protocol’s broader goal is to connect liquidity between the Bitcoin network and EVM networks. MUBI’s association with these transfers does not mean that every bridge transfer must use MUBI, nor does it establish that bridging activity creates a specific price demand for the token.