What Is Crypto Mining? How Cryptocurrency Mining Works
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Although crypto mining has only been around since Bitcoin was first mined in 2009, it’s made quite a splash with miners, investors and cybercriminals alike. Here’s what to know about cryptocurrency mining and how it works…
Crypto mining (or “cryptomining,” if you’d prefer) is a popular topic in online forums. You’ve probably seen videos and read articles about Bitcoin, Dash, Ethereum, and other types of cryptocurrencies. And in those pieces of content, the topic of cryptocurrency mining often comes up. But all of this may leave you wondering, “what is Bitcoin mining?” or “what is crypto mining?”
In a nutshell, cryptocurrency mining is a term that refers to the process of gathering cryptocurrency as a reward for work that you complete. (This is known as Bitcoin mining when talking about mining Bitcoins specifically.) But why do people crypto mine? For some, they’re looking for another source of income. For others, it’s about gaining greater financial freedom without governments or banks butting in. But whatever the reason, cryptocurrencies are a growing area of interest for technophiles, investors, and cybercriminals alike.
So, what is cryptocurrency mining (in a more technical sense) and how does it work? Let’s break it down.
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What Is Crypto Mining? Cryptocurrency Mining Explained
The term crypto mining means gaining cryptocurrencies by solving cryptographic equations through the use of computers. This process involves validating data blocks and adding transaction records to a public record (ledger) known as a blockchain.
Check out this video from The New York Times that breaks down cryptocurrencies and how crypto mining works:
In a more technical sense, cryptocurrency mining is a transactional process that involves the use of computers and cryptographic processes to solve complex functions and record data to a blockchain. In fact, there are entire networks of devices that are involved in cryptomining and that keep shared records via those blockchains.
It’s important to understand that the cryptocurrency market itself is an alternative to the traditional banking system that we use globally. So, to better understand how crypto mining works, you first need to understand the difference between centralized and decentralized systems.
Traditional Banks Are Centralized Systems
In traditional banking, there’s a central authority that controls, maintains, and updates a centralized record (ledger). That means that every single transaction has to go through the central banking system, where it’s recorded and verified. Plus, it’s a restricted system — only a small number of organizations (banks) are allowed to connect to the centralized banking system directly.
Cryptocurrencies Use Decentralized, Distributed Systems
With cryptocurrencies, there’s no central authority, nor is there a centralized ledger. That’s because cryptocurrencies operate in a decentralized system with a distributed ledger (more on this shortly) known as blockchain. Unlike the traditional banking system, anybody can be directly connected to and participate in the cryptocurrency “system.” You can send and receive payments without going through a central bank. That’s why it’s called decentralized digital currency.
But in addition to being decentralized, cryptocurrency is also a distributed system. This means the record (ledger) of all transactions is publicly available and stored on lots of different computers. This differs from the traditional banks we mentioned earlier, which are centralized systems.
But without a central bank, how are transactions verified before being added to the ledger? Instead of using a central banking system to verify transactions (for example, making sure the sender has enough money to make the payment), cryptocurrency uses cryptographic algorithms to verify transactions.
And that’s where bitcoin miners come in. Performing the cryptographic calculations for each transaction adds up to a lot of computing work. Miners use their computers to perform the cryptographic work required to add new transactions to the ledger. As a thanks, they get a small amount of cryptocurrency themselves.
Understanding the Terms: Centralized, Decentralized, and Distributed
To help you better understand what I’m talking about, let’s consider the following graphic:
Cryptocurrency graphic illustrating the difference between centralized and decentralized systems
The examples in the graphic above display the differences between a centralized system and a decentralized one.
In the left half of the graphic is an illustration of a centralized system. The traditional centralized currency system in the U.S. operates through the use of computers, networks and technologies that are owned, operated and maintained by financial institutions. So, whenever you send money to a family member or a friend, that transaction goes through your bank.
A decentralized system, on the other hand (as illustrated in the right half of the graphic), operates using a network of separately owned, operated and maintained devices. They lend their resources to create this decentralized network and share the responsibility of verifying transactions, updating and maintaining redundant versions of the ledger simultaneously.
Crypto mining graphic: It shows a distributed ledger in cryptocurrency mining
A distributed network in terms of ledger management and update responsibilities.
Here, there’s no singular centralized authority that maintains a single ledger (like there would be in a centralized system).
So, when we talk about distribution, what do we mean? Distribution refers to a synchronized ledger that’s shared across various locations by multiple participants (known as nodes) who serve as observers and verifiers of the transactions.
Is Crypto Mining Legal?
In general, the answer is yes. Determining whether crypto mining is legal or illegal primarily depends on two key considerations:
Your geographic location, and
Whether you mine crypto through legal means.
However, where you start to tread into the territory of illegal activities is when you use illicit means to mine cryptocurrencies. For example, some cybercriminals use Javascript in browsers or install malware on unsuspecting users’ devices to “hijack” their devices’ processing power. This type of cyber attack is known as cryptojacking. We’re going to publish a separate article on that topic later this month, so stay tuned.
But it’s important to note that cryptocurrency mining is viewed differently by various governments around the globe. The U.S. Library of Congress published a report stating that in Germany, for example, mining Bitcoin is viewed as fulfilling a service that’s at the heart of the Bitcoin cryptocurrency system. The LOC also reports that many local governments in China are cracking down on Bitcoin mining, leading many organizations to stop mining Bitcoin altogether.
Furthermore, some countries view cryptocurrency mining profits as being taxable while other countries view the fruits of such activities as non-taxable income.
We’ll talk more about what makes cryptocurrencies and crypto mining so appealing in a bit. But first, let’s break down how cryptocurrency mining actually works. To do this, we’ll explore the technologies and processes that are involved in it.
bitcoin mt5 3. and round off your investments with a small basket of altcoins.It is decentralized; there is no singular authority that controls it, and instead it uses encryption based on blockchain technology, calculated by multiple parties on the network, to verify transactions and maintain the protocol. Incentives are given by the protocol to those that contribute computing power to verify transactions in the form of newly-'mined' coins, and/or transaction fees. In other words, by verifying and securing the blockchain, you earn some coins.bitcoin fpga торговать bitcoin bitcoin часы опционы bitcoin etf bitcoin эфир bitcoin supernova ethereum The Ethereum protocol was originally conceived as an upgraded version of a cryptocurrency, providing advanced features such as on-blockchain escrow, withdrawal limits, financial contracts, gambling markets and the like via a highly generalized programming language. The Ethereum protocol would not 'support' any of the applications directly, but the existence of a Turing-complete programming language means that arbitrary contracts can theoretically be created for any transaction type or application. What is more interesting about Ethereum, however, is that the Ethereum protocol moves far beyond just currency. Protocols around decentralized file storage, decentralized computation and decentralized prediction markets, among dozens of other such concepts, have the potential to substantially increase the efficiency of the computational industry, and provide a massive boost to other peer-to-peer protocols by adding for the first time an economic layer. Finally, there is also a substantial array of applications that have nothing to do with money at all.