What is Blockchain Mining | An Easy Way to Understand it

We all are aware of the innumerable ways of investing and multiplying our money, and that comes with a large number of terms and facts which sound familiar but are a bit complex to understand. One Such term that we frequently hear is Blockchain Mining. We all are aware of how important it is to secure and verify every transaction, no matter what the currency is, and that is why we lookout for ways to make these transactions safe. When it comes to cryptocurrency, especially the one making a lot of headlines these days, Blockchain mining can come to the rescue.

In simpler words, Blockchain mining is a peer-to-peer computer process that helps validate each step of a transaction while operating bitcoins or other cryptocurrencies. The people who perform this process are called blockchain miners, who primarily aim to transact the currency from one computer to another safely.

As the name says, Blockchains are composed of their blocks and chain kind of structure, where the blocks resonate with bitcoins and the chain depicts the links between one neighborhood block to another. Every blockchain refers to a unique code authentication that is precisely encrypted on the network software.

The Process of Mining

The transactions are processed by adding the blocks to the blockchain. To be a blockchain miner, one doesn't need the required skill set and human intelligence, but alongside a particular and efficient software that enables the computers to connect safely. Once the software gets installed in the computer and begins mining, we refer it to a "node," which communicates and processes transactions further to make a bitcoin network. This network operates transactions that can amount to millions of dollars.

Types of Mining

Mining requires a specific set of software and hardware to work efficiently for the user. Hence, a regular desktop or PC is not recommended to avoid the possible complexities of the task.

The Mining Process can be broadly divided into three categories:

1. Individual Mining

As the name suggests, this process can be undertaken by a single user who needs to register himself as a miner first. The process involves a mathematical problem received by all the registered users in the network whenever a transaction takes place. The one who solves the problem first gets rewarded.

Once the solution is on hand, the decrypted value is validated by all the other network miners, who get added to the blockchain. Hence the transaction gets verified.

2. Pool Mining

Pool Mining involves several users to operate together and verify the transaction. We all are aware of the number of transactions every second, which can lead to the complexity of the data encrypted in the blocks. This data can sometimes get a bit tough to decrypt by a single user. That's when the entire team of miners addresses the numerical problem and solves it. Once the result gets validated, the users get rewarded equally.

3. Cloud Mining

Hardware and software can sometimes become a hassle to handle. It comes packed with technicalities and the possible issues of bandwidth, power usage, heating of equipment, etc. Cloud mining eliminates the use of both and allows users to extract the blocks with ease.

But it also has some cons, one of which is the limitation on bitcoin hashing. This leads to limiting operational functionality and increasing the operating expenses, and hence the reward profits are low. With restricted Software upgrades, the verification process is also restricted.

Use of Blockchain Mining

1. Validating Transactions

Managing the transactions of decentralized digital currencies also brings the fear of fraud and theft. Operated through a peer-to-peer computer network and transferred from one user to another, there is no doubt that the transactions take place in huge figures daily. This entire framework comes with a considerable amount of insecurity as this is not the case with printed currency, which can be validated through the unique printed numerical codes. So how do such cryptocurrencies get authenticated? As mentioned earlier, the blocks depict the transaction, and the blockchain miners validate the transaction by solving a complex numerical equation that is unique. This process authenticates the transaction safely.

2. Confirming Transactions

When a transaction takes place in the bitcoin network, the miners confirm the transaction's authentication after working out the process. As soon as the inclusion in the block gets completed, transactions are secured.

3. Securing Network

This whole process of installing the software combined with human intelligence is designed to secure the network, as handling cryptocurrencies comes with a substantial amount of fear and insecurity. There are chances of cyberattacks or duplicity, or cheating, which gets eliminated with solid network security. Blockchain miners operate the network to process the transactions securely.

Conclusion

The world is advancing every second, and so is our knowledge towards investing money. Cryptocurrencies have grabbed a lot of eyeballs lately, and people are more or less inclined towards investing a percentage of their income in this. But no matter what, the sense of security should always be the priority while investing our hard-earned money, and blockchain mining provides that.

The ultimate combination of human intellect with the unmatched efficiency of the software has made the decentralized world of cryptocurrency a better place to invest in. This process of validating the transactions has fastened areas toward securing network transactions.

We are not denying the possibility of threats and losing the funds while managing the cryptocurrencies. However, the availability of different mining processes, operating with the primary aim to verify every transaction, helps people feel accomplished and safe with their portfolios.