Cody McGrath 
Is it possible to track a Bitcoin transaction?
Bitcoin transactions can be traced. Bitcoin explorers map blockchain activity. Because of this transparency, transactions are traceable and the blockchain is like an open database of Bitcoin transactions.
Ether (ETH) and Solana (SOL) both have blockchain explorers, Etherscan and SolScan.
All these explorers show blockchain transactions, such as how much crypto was sent and which addresses were involved.
Despite blockchain’s transparency, many believe Bitcoin transactions can be anonymous.More governments are requiring Know Your Customer (KYC) laws on centralized trading platforms.
By revealing your identification, the authorities may easily see your Bitcoin transactions and wallet.Personal data must be provided to a central exchange to trade.
Bitcoin addresses can consequently be connected to personal data. Since Bitcoin transaction data isn’t deleted, historical transactions can always be viewed.
Bitcoin’s traceability
Since 2013, different studies have looked into how to track Bitcoin transactions and the identities of the people who use them.
Even though it is possible to create some anonymity with cryptocurrencies, it is hard to send completely anonymous transactions through the Bitcoin blockchain.
Blockchains are still open to everyone and can be used by anyone.Because the blockchain is open and public, it is easy to see where money is going.
If the person behind a wallet address is known, the transactions can be tracked backwards and forwards. All of these deals can be looked at in detail.
This way, you can see not only how much was sent, but also when it was sent and to which wallet
How do you keep track of your transactions?
With more laws and more people watching, it’s easier for the government to find the person behind a Bitcoin wallet address and track down fraudulent BTC transactions.
In the past few years, governments around the world have taken millions of dollars worth of cryptocurrencies. Criminals saw what blockchain technology could do for them and tried to buy cryptocurrencies like Bitcoin as secretly as possible.
In the end, this didn’t work out well for many scammers, so Bitcoin transactions are not completely anonymous. Because of these things, laws have become stricter in this area and the search for fraudulent transactions has become more intense.
Transactions from Bitcoin wallets whose owners are unknown can be tracked quickly, but it can take a while to find out who owns the wallet.
When someone wants to trade their cryptocurrencies for US dollars, it’s already a lot easier to find out who owns the wallet and track the transactions.
Can a wallet addresses be found?
A Bitcoin explorer can be used to look for a Bitcoin wallet address. But just because you find a crypto address doesn’t mean you know the person behind it.
When you don’t have any personal information about the Bitcoin wallet, it’s hard to look for it.
Using a blockchain explorer, it is easy to find transactions and addresses, but it can take a long time to figure out who is behind a wallet address.
A Bitcoin wallet address is called a pseudonym or alias because it doesn’t have to be anonymous but can be hard to find. This is different from a person’s real name.
The data is not tied to a specific person, but it is still possible to find out who someone is or what their name is.
How hard is it to track down a Bitcoin address?
When people use different wallets and Bitcoin mixers, it can be hard to keep track of their Bitcoin transactions. These things slow down the search and waste a lot of time.
Even though it’s hard for people who use a Bitcoin wallet to make transactions completely anonymously, there are a few ways to get close.
For example, a cryptocurrency mixer can be used.In this case, it is a Bitcoin mixer, which makes it harder to find the source of Bitcoin.
This is done by putting all of the BTC transactions from different people into a pool and then sending them to the right addresses.
Wallets can also be very hard to keep an eye on. If someone doesn’t want their actions on the Bitcoin network to be tracked, they can make a “smoke screen.”
If you make a lot of crypto wallets and do different kinds of transactions between them, it can be harder for people to track your transactions and wallets.
Both problems are hard on their own, but putting them together can make it very hard to track Bitcoin addresses.
It will take a lot of time and effort to keep track of transactions and wallets.
Can you keep your wallet secret?
There are Bitcoin wallets that are anonymous, but you should be careful when using them. You can say who you are, which makes the wallet useless.
It is possible to keep your Bitcoin wallet secret. But a wallet alone isn’t enough to guarantee this privacy.
When someone makes several transactions, their identity can be linked to a wallet where this information is kept. Because the KYC rules for exchanges are getting stricter, it seems harder and harder to make transactions without being seen.
Still, there are Bitcoin wallets that let you do everything in complete privacy. One example is the Electrum wallet, which can also be used with a hardware wallet.
Before deciding to use an anonymous wallet, it’s a good idea to think about how Bitcoin will get on this wallet. When BTC is sent from an exchange that requires KYC, anonymity has already been lost.
Should I tell everyone my Bitcoin address?
Sharing public keys is fine, but keep the private key hidden. The public key can receive secure transactions.Bitcoin addresses can be shared safely.
So, donations or payments are safe. Public addresses can’t steal cryptocurrencies. Private keys are needed to steal crypto.Bitcoin wallets have public and private keys.
Public key = email address. Only the owner can read emails sent to it. With a cryptocurrency address, others can send crypto and only the owner can use the digital asset.
Private key is wallet password. This unique code must be kept offline and inaccessible. Sharing private keys and passwords can empty a wallet. Share only the public key and keep the other codes safe.
This reference is gotten from Sharpshark