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How to mine Bitcoin?

What is Bitcoin?

Bitcoin is a digital money that can be exchanged for good or services. It may be thought of as a file that is produced and distributed via computers known as bitcoin nodes. It is not administered by a single body, nor is it valued by a single institution. It's a decentralized asset that's influenced by the market and peers inside it, meaning governmental bodies have no control over it. Its value is determined by the holder and the global community.


Compared to stocks, Bitcoin is available for purchase at any time of the day. It is open to everyone and is not limited to a certain location or set of people. A common way of storing Bitcoin is through a wallet, which generally have a "send and "receive" feature. 

To keep the market supplied and the network secure, Bitcoins must be mined. Miners build their "farms" by buying graphics cards with a lot of hash power. However, in the case of Bitcoin, generally graphics cards do not have enough computational power to be useful. That is why most prominent method of mining Bitcoin is using ASICs (Application Specific Integrated Circuit). Miners receive rewards in their wallets and then move them to exchange markets where they may be traded for fiat money like as USD or EUR or other cryptocurrencies.
To protect and verify transactions, the network must give several confirmations when moving money from wallets to exchanges.


What is Mining? 

The method through which Bitcoin and several other cryptocurrencies produce new coins and validate recent transactions is mining. It entails using massive, decentralized networks of computers worldwide to verify and safeguard blockchains, which are virtual ledgers that record bitcoin transactions.


Computers in the network are rewarded with new coins in exchange for contributing their processing power. It's a virtuous circle: miners protect and maintain the blockchain, the blockchain rewards coins, and the coins incentivize miners to keep the network safe.


Bitcoin is a decentralized cryptocurrency built on a blockchain. It functions similarly to a bank's ledger (record of transactions). Banks, on the other hand, rely on your confidence. Bitcoin is unique. You need to trust the network's rules and the programming that built it.

The network is protected by miners. When you transmit a transaction to the Bitcoin blockchain, these miners must verify that you have the required Bitcoin, and many other criteria are fulfilled.

Transactions are organized into blocks, and miners on the network must guess a string of characters. The block's "hash" is made up of these characters. Each block contains the previous block's hash as well as a new hash that must be guessed.

When the miner has successfully predicted the block, they can add it to the chain. "Proof-of-work" is the term for this guessing procedure. It's the most crucial security element to understand if you want to learn how to mine Bitcoin.
Other miners who are on the network can verify that the blocks' transactions came after the transactions in the blocks preceding it. The blockchain is a collection of blocks in sequential order.


 Bitcoin Mining:

Miner Fees and Block Rewards


When miners contribute a block to the blockchain, they unlock new Bitcoin. They also profit from the fees that customers add to their transactions. This invests in electricity and computer systems required for mining worthwhile. It's a compelling motivation when each Bitcoin is worth thousands of dollars!

The three methods of Bitcoin Mining:

⦁ Taking use of cloud mining

⦁ Solo Mining

⦁ Bitcoin pool Mining

Take a closer look at them, and then I'll explain how to mine Bitcoins in detail!


1.Solo Mining:


You won't have to share your Bitcoin mining income with many individuals if you go at it alone. However, this also implies that you are not entitled to a part of the profits made by the thousands of other miners. If you're the miner who has solved the hash, you'll get rewarded with all of the coins from that block.

This means you're not only up against every other solo miner in the world; you're up against every pool as well.

You might start a lucrative solo mining enterprise if you are a multi-millionaire. Hundreds (if not thousands) of ASICs would be required. With a large setup you are increasing your chances that your solo mining farm solves a block.

It will need a lot of power to run hundreds of computer processors. The DragonMint T1 miner is currently one of the most effective means of mining Bitcoin. This uses 1,600 watts. If you multiply that by 100 ASIC miners, you'll be staring at a colossal electricity bill every month!

Even worse, operating hundreds of computer processors generates a lot of heat. Which, if left un managed, can cause problems for the performance of your mining machine, whether it be an ASIC or a graphics card. 

The average laptop consumes approximately 60 watts of power. That's a fraction of the power of a single DragonMint unit uses. As this might look like an affordable option, the computational power of laptops are typically not fast enough to mine Bitcoin directly. 

The loudness will be one of your main worries as you learn how to mine Bitcoin. A professional-size single mining operation will be hellishly noisy, with hundreds of computer components constantly buzzing and industrial-scale cooling systems operating 24 hours a day! However, for someone looking to get into mining as a hobbyist, a normal 6x graphic card rig is not much of a nuisance. 

When you look at where most single miners have chosen to set up shop, you'll see a pattern. They want cold temperatures (which require less ventilation), inexpensive electricity (which cuts into earnings less), an isolated, rural site. This is not the luxury most miners have, as the "Average" joe wants to mine in their house or apartment. Which is also a very viable option! Make sure you look into your house or apartments electricity layout before starting anything!

2.Cloud mining:

Cloud mining is a way of mining a cryptocurrency such as Bitcoin utilizing rented cloud computing power rather than running the gear and software directly.

Features of Cloud mining:

"Good" features:

⦁ The equipment is not your responsibility. When something fails, you don't always have to replace or fix it (but always check the acceptable language in a cloud mining contract). You may be required to pay for any damage to the company's equipment!).

⦁ You can profit from Bitcoin mining without investing hundreds of millions of dollars in mining equipment. This also eliminates the need to cope with the heat or loudness in your own house or other possible venues.

⦁ The last benefit is that you do not need any prior knowledge of bitcoin mining. You probably don't need this instruction on how to mine Bitcoin if you want to cloud mine!

"Bad" features:

⦁ You make a down payment. If the price of Bitcoin falls significantly, you may be trapped in a contract and forced to mine at a loss until the price rises again (if it ever does). As the cloud mining operator is assured a profit, you bear all of the risks.

⦁ You are unable to upgrade or alter the cloud mining provider's mining software or hardware.

⦁ Hackers are targeting cloud mining businesses. Genesis Mining was hacked in July of 2017. Bitcoin was moved from the company's hot wallet to a third-party wallet. Be sure to check the security features or precautions the cloud mining company takes!

3.Pool Mining:


Bitcoin mining in a bigger pool is the most straightforward, fastest, and most dependable approach to ensure that your Bitcoin mining business is profitable. To split the riches, you join forces with other miners.

By joining a pool, you (and everyone else in the collection) agree to divide any Bitcoin you earn with the other members of the pool. This implies you'll get modest payouts regularly.

However, not all pools are created equal. Certain factors should be noted before choosing a pool. They are as follows:

⦁ The minimum payout fees.
⦁ The pool's size.
⦁ The pool's admission costs.

Minimum payout fees:

The least amount of Bitcoin that the pool will allow you to withdraw is the minimum payout. If you're new to Bitcoin mining, you'll want to join a pool with the lowest possible minimum payout. This means you may be confident that everything functions as it should in a shorter amount of time. The last thing you would want is to mine BTC, but not be able to take out your payment for several months until you hit the payout threshold. 

The pool's size:


When mining, the size of the pool is crucial to consider because as more individuals mine in the pool, the odds of getting paid rise. Because the benefits will be shared among more people, there will be a smaller piece of the pie for everyone. This is known as the "Network Difficulty". For novices learning how to mine Bitcoin, joining huge cryptocurrency mining pools is typically a convenient choice. This is because they will get many payments and will not waste a lot of energy waiting for the following fraction of a Bitcoin to be paid to them.


Mining Fees: 

It costs a lot of money to keep a pool running. A large number of computer systems and data center space must be paid for. For a few employees, it's a full-time job. Fees of approximately 1% are reasonable. However, it would help if you generally avoided pools that charge more than 3% in costs.

Sometimes these fees come from the miner itself, as a smaller portion (usually 1%) of the rewards goes to the developer of the mining software. 

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