What are the different ways to mine cryptocurrency?

What are the different ways to mine cryptocurrency
Cryptocurrency mining cryptocurrencies operate as a peer-to-peer (P2P) decentralized network without the need for intermediaries. Transactions between participants in the blockchain network are verified and added to the distributed ledger. Cryptocurrency mining also introduces new blocks to the existing circulating supply. Let's understand mining of cryptocurrencies through the example of Bitcoin.

The first decentralized digital currency, Bitcoin is operated by a network of P2P miners responsible for maintaining the Bitcoin blockchain. A miner is a node on the network that collects transactions, verifies them, and adds them to the blockchain. The network rewards the miner with cryptocurrency, in this case Bitcoin, when they successfully add a legitimate block to the blockchain. This is how new BTC is put into circulation.

This article will cover the various types of cryptocurrency mining, the equipment used to mine digital assets, and the costs involved in the process.
How does cryptocurrency mining work?

Miners must complete a cryptographic puzzle (part of the consensus mechanism) to add the block to the distributed ledger. This method stops rogue nodes from trying to create blocks and accidentally claim the reward. However, due to its ability to send and receive anonymous payments, BTC has attracted the attention of hackers since its launch in 2009. For example, cryptojacking cryptomining malware allows malicious actors to obtain virtual currencies without spending money.

Generally, expensive hardware equipment and large amounts of electricity are required to mine cryptocurrencies such as BTC, Ether, and other altcoins using a proof-of-work (PoW) consensus mechanism. This method is known as mining because PoW is similar to searching for gold in a mine. However, Ethereum is moving to an alternative consensus technique called proof-of-stake (PoS), where validators are “randomly selected” in proportion to their current stake in the system, rather than spending processing resources to create legitimate blocks.
How to mine cryptocurrency?

Cryptocurrencies are mined through specially built devices called mining machines. The development of mining equipment ranges from CPUs to ASICs. The cyclical increase in mining difficulties has led to the development of new machines that are more efficient than those previously created.

Are you in a dilemma about knowing the best way to mine cryptocurrency? The obvious answer is that it depends on the cost of mining cryptocurrency and your budget. There are various types of cryptocurrency mining as explained in the sections below.

CPU mining

CPU mining adds transaction records to the cryptocurrency's ledger by using a central processing unit to perform the necessary calculations. A central processing unit (CPU) is a computer component that provides processing power for operations performed by software installed on that computer.

In the early days of mining, hash rates equal to or lower than 10MH/s (MegaHashes per second) were efficiently mined using CPU mining software such as cpuminer. So, is crypto mining profitable using regular laptops and desktops?

Bitcoin clients’ previous versions preferred CPU mining until it became unprofitable due to the high hash rate of the network. However, currencies like Monero


Use CPU mining to mine XMR coins profitably, and anyone with computer access can mine cryptocurrencies using a central processing unit.

In addition, there is a heatsink for cooling hardware, a processor for high-frequency competition, memory channels and bandwidth using random access memory, a power supply for efficient hash rate and silent support, and a motherboard for all elements' seamless communication, CPU mining are necessary components of the hardware.

To start CPU mining, one can work alone or join a group of miners. A lone miner's ability to add new coins to crypto wallets depends on hardware and network hash rates. However, before getting too involved in a solo mining business, weigh the revenues against electricity and other costs.

On the other hand, individual miners are drawn to mining pools where they can work together and pool their computing resources, allowing them to cover the hardware and electricity costs to find new blocks. However, each mining pool has its own hardware requirements, and miners must give up some mining autonomy and are required to comply with the pool's regulations to join.

GPU mining,

As the power of CPU mining could not keep up with the growing demand, graphics processing units (GPUs) were used along with CPUs to mine cryptocurrencies. Complex mathematical calculations were solved using graphics cards containing GPUs.

Graphics processing units were first used when Bitcoin mining software for GPUs was made available online in October 2010. It was then quickly optimized and modified for use in various open source projects. Performance varies depending on the age and cost of the GPU, but many modern GPUs offer 2,000 times the hashing power of a 20 KH/s (kilohashes) CPU miner.

In addition, GPU miners can process multiple operations in parallel, and some miners even combine multi-GPU mining platforms to run 24-48 GPUs simultaneously. A mining rig is a collection of individual mining apparatus that increases mining output power or hash rates and payouts.

FGPA mining,

Mining profitability has been negatively affected by the constant increase in mining costs relative to coins obtained. As a result, GPU mining was no longer efficient due to high mining costs and low returns. In order for miners to continue working in mines, there was an urgent need for machines that could make mining profitable, leading to the birth of FPGAs.

An electrical circuit, known as a field-programmable gate array (FPGA), can be programmed to perform specific logic functions. However, an FPGA miner can be configured to mine a specific coin. However, if necessary, it can be reprogrammed to mine a different cryptocurrency using a different mining algorithm at the expense of special training.

Five times more energy efficient than GPUs, FPGAs achieve total cost of ownership within a year or two. However, the dominance of FPGA miners was short-lived as ASICs quickly followed, leading to better cost and energy efficiency. Additionally, FPGAs have struggled to keep up with high-volume GPUs running on more complex compute nodes in terms of cost per GH/s.

ASIC mining,

Over time, it became necessary to find improved machines at lower prices due to the increasing difficulty of mining, creating intense competition from miners. Although flexible to build and program, FPGAs built for mining purposes use too much power compared to the returns they produce. However, ASICs provided better performance than FPGAs when used for large-scale mining.

Application-specific integrated circuits (ASICs) explicitly designed for PoW calculations perform much faster than general-purpose computing devices such as GPUs or CPUs.

A power supply is crucial for setting up an ASIC miner, followed by an internet connection, access router, IP address, wallet and a mining pool. However, blockchain networks' decentralized character is at risk due to skewed computing power.

ASIC-based mining has significantly increased the overall hash rate of the Bitcoin network, making it unprofitable to mine BTC using CPUs or GPUs. However, ASIC-based mining has a high barrier to entry as the public must invest in specialized equipment to participate in the mining process. Also ASIC Bitcoin miners like Antminer S19 are not suitable for low income people, costing between $10k-12k.

Additionally, organizations that can acquire and maintain a significant number of ASIC systems can gain control of the blockchain network. ASIC-based mining is therefore a 51% attack. Another weakness that exists in ASIC-based mining systems involves monopolization by one manufacturer. For example, a pre-installed backdoor application on Bitmain's ASIC mining hardware was shipped with the equipment, allowing the company to remotely manage a significant portion of the network's hashing power. Backdoor programs are software tools that give hackers or cybercriminals direct access to systems remotely.

cloud mining,

Crypto cloud mining allows anyone who wants to earn cryptocurrency without purchasing, installing or maintaining any special hardware or software. Instead of spending money on more powerful servers, miners can use the cloud's computing capacity to augment or replace internal computing resources.

The basic concept is that miners can mine by renting an ASIC instead of purchasing one. This scheme is called hosted mining, which requires miners to pay monthly rental rates. Additionally, when losses are inevitable due to falling BTC prices or increasing network mining difficulty, renting these machines offers the miner more accessible exit options.

Additionally, with cloud mining, the price of hardware and software maintenance for businesses decreases significantly. Maintenance costs are reduced due to fewer servers and less hardware requirements. Since every software program relies on cloud servers, maintenance is virtually non-existent.

Unlike hosted mining machines, miners use hosted platform mining as an alternative option to rent virtual computers to run their applications. Amazon EC2 is an example of such a platform where customers pay only for the services they use. In addition, renting hash power allows miners to rent the processing power of several powerful ASIC processors controlled by mining companies
Is crypto mining worth it?

The price, performance, design and implementation of a mining machine are the key factors that determine mining profitability. From the above discussion, it is clear that ASICs are dominating the mining industry with their performance due to their distinct advantages over other machines available.

However, it is unclear how well they can hold their quality against the ever-increasing mining difficulty and improving mining machines. However, is crypto mining safe? Or is it safe to mine crypto on a laptop?

Typically, laptop GPUs are less powerful and more expensive than their desktop counterparts. Cryptocurrency mining is a computationally demanding activity that can use up your entire GPU and generates a lot of heat when processing data to verify transactions.

However, desktop GPUs have active cooling such as fans or water cooling to help dissipate the heat they generate. Also, to further complicate matters, one risks wearing out the small fans, which can cause GPU damage; Therefore, more effective crypto mining equipment is required to be safe.