How To Find A Bitcoin Transaction ID

For better or worse, Bitcoin is a public blockchain that facilitates complete transparency. Every added block, holding BTC transactions, is open to exploration with the blockchain explorer. This makes it easy to track and locate Bitcoin transactions. But for beginners, the process may not be as straightforward as it sounds.

To find, trace, and locate a Bitcoin transaction, follow these simple steps:

1. Visit a blockchain explorer website. The most popular sites to track Bitcoin transactions are Blockchain.info and bitfeed.live.
2. Enter the recipient's Bitcoin wallet address. At the top search bar, enter the wallet address of the receiving Bitcoin wallet.
3. Enter the amount of BTC that was sent. To find the Bitcoin transaction sent to the nominated address, enter the amount of BTC sent.
4. Obtain the hash ID of the transaction. Once the Bitcoin transaction has been found, the TXID will be shown as a string of numbers and letters.

What Is a Crypto Transaction ID?

To keep track of all blockchain transfers, all cryptocurrency transactions receive an identifying tag called transaction ID. This way, all transactions in the blockchain’s entire history are verifiable and traceable. In the case of Bitcoin (BTC), the transaction is tagged with a unique transaction ID, commonly referred to as TxID. Every time a person makes a BTC transfer from one wallet address to another, it receives a TxID.

How Do Bitcoin Transaction IDs Work?

Miners are in charge of processing BTC transactions. Therefore, attaching TxID to them. For every data block added, miners receive BTC rewards. To mitigate the cryptocurrency’s inflation by controlling its circulating supply, this block reward is halved every four years.

Presently, miners receive a 6.25 BTC block reward, which will go down to zero by the year 2140 when the last Bitcoin is mined. As a result of mining hash power vs. mining difficulty, it takes ten minutes to mine a block, consisting, on average, of 1.6 MB worth of transaction data.

This means that a transaction could be in the process of being confirmed, which is why TxID is used to verify it was executed. Additionally, because miners only care about transaction data size, it is completely irrelevant if a BTC transaction is worth $100 million or $1,000, as each one is bundled into a block, perfectly visualized here.

What Does a Bitcoin Transaction ID Look Like?

A Bitcoin block is made up of thousands of transactions. When examining a block, it will show a transaction ID that consists of 64 random characters as letters and numbers without any special prefixes. An example is shown below:

583222b13b0c1c5370eb8420a5cafc96ed66a38f68c9ee33b1900ce3e3a7ea5d

How To Know if a Bitcoin Transaction Is Confirmed?

With the help of a blockchain explorer, all transactions can be checked for confirmation. For example, on bitfeed.live, details are more visualized and streamlined, showing branching transaction inputs and outputs that track BTC to prior transactions. It is also possible to see if the BTC transaction ID is confirmed or unconfirmed. Blockchain explorers such as bitfeed.live and blockchain.info are useful TxID tracking tools for allowing a complete and easily shareable overview of both confirmed and unconfirmed transactions.

When Would I Need To Find My BTC Transaction ID?

Investors may need proof that a transaction was sent before miners add it as the new block — an unconfirmed block. Likewise, they may want to confirm that the BTC transfer is in the process of being mined. Moreover, finding the TXID is useful to trace back the originator of the wallet if the Bitcoin transaction is unconfirmed and stuck on the network. Vice versa, it is a great tool to track the flow of money in the Bitcoin network as far back as necessary due to its transparency.

How To Find Your Transaction in a BTC Block?

When a BTC transaction is sent from wallet address A to wallet address B, it receives a tag called transaction ID or TxID. Another name for it is transaction hash, referring to blockchain’s cryptographic hash function to safely validate data inputs. This is to ensure that no two transactions can be the same, thanks to a unique string of letters generated by the hash function. As such, they hold no personal information, so TxID can be safely shared.

For this reason, all BTC wallets generate TxID, including cryptocurrency exchanges. For example, on Binance, TxID is viable under Wallet → Overview → Transaction History. Alternatively, they can visit a blockchain explorer to locate a particular transaction ID.

How To Find BTC Transactions Using Blockchain Explorer?

Step 1 – Visit a Blockchain Explorer website

The first step is to visit a blockchain explorer website to find the transaction ID. The most popular blockchain explorers are blockchain.info or bitfeed.live.

Step 2 – Enter the wallet address the funds were sent to

In the Blockchain Explorer search box at the top of the webpage, enter the wallet address to which the BTC funds were sent. This wallet address will contain all of its transfers in chronological order from newest to oldest.

Step 3 – Enter the amount of BTC that was sent

Given that you know the amount you sent, you can use the CTRL+F function of the browser to enter that amount and quickly track the BTC transaction corresponding to the amount sent. For macOS users, the same browser command would be Command+F.

Step 4 – Locate the Bitcoin transaction ID

With the specific transaction found, the TxID will be shown as a long string of numbers and letters above the transaction amount number. On blockchain.info, to view transaction details, simply click on the transaction.

In addition to displaying the BTC transaction fee, and sending and receiving wallet addresses, the last step is to find the transaction ID. This will be referred to several times on the blockchain explorer as “hash.”

By copy-pasting this hash and sending it to the BTC recipient, they can use it to verify the BTC transfer, even if it hasn’t yet been confirmed by miners. To find out how long it takes to transfer Bitcoin, read this article next.

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