The technologies behind cryptocurrencies

The question is no longer whether you should invest in cryptocurrencies; the global cryptocurrency market is expected to reach a value of almost 3.5 billion by 2030, at a CAGR of 30.32. Now, for many, it’s about understanding how it works.

In understanding how this concept works, a comprehension of the technologies behind cryptocurrencies is essential. This will make life easier when interacting with a business website dealing with cloud mining.

Understanding how it all works at a technical level

Whether your interest is in investing in cryptocurrencies like Bitcoin or you’re interested in creating a website for your business dealing with cloud mining services, the need to understand how it all works at a technical level is important.

This knowledge is also imperative in an industry filled with suspicious services, and separating fact from fiction can be a challenge.

The idea of blockchain

The cryptocurrency industry is based on the blockchain technology. Even though the origins of this technology are shrouded in mystery, it was established in 2009 by an entity calling itself Satoshi Nakamoto.

The aim of this technology is to make it possible for two individuals to send payment over a secure platform without having to reveal their identities.

There is no need for the transaction to be verified by a third party. At its inception, the aim of this technology was to enable, sanction, and register cryptocurrency transfers.

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Blockchain: the incorruptible technology

Since its inception, blockchain has been evolving into something big. It can be understood as a new kind of internet. Its ability to facilitate transmission of digital information without any fear that it could be copied forms the backbone of the cloud mining industry.

The resilience of the Blockchain technology has turned this tool into what Don and Alex Tapscott, the authors of Blockchain Revolution (2016), call a digital ledger of economic transactions that cannot be corrupted. It is no longer just a program for recording financial transactions, it now has the capacity to record anything else with value.  

How safe are these technologies?

To understand the safety of the technologies behind cryptocurrency technologies, one can use the analogy of two people holding two keys each to a vault: one public, and another private. The vault can only be opened if both the individuals agree to use the keys in their hands to open the vault.  

This component of the blockchain technology ensures that there is a secure digital identity. The identity of individuals is based on each of them having a combination of cryptocurrency keys which are both public and private: creating something that can be thought of a digital signature. This is how ownership is controlled.

The safety of common cryptocurrency wallets is also important to consider, and this can be achieved through biometrics and other cutting-edge security measures.

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Providing proof and sanctioning transactions

While the idea of control of ownership may be solved, there’s still another challenge which needs to be resolved in the cryptocurrency market: approving permissions and transactions.

This is where the distributed network comes in. It ensures, through a set of mathematical methods, that transactions are verified and legitimate.

Cryptocurrency technologies depend on the size of the network as this is an important element for its security.

Since its launch, the Bitcoin blockchain has been growing in capacity to the extent that numbers being played around with are now over 3,500,000 TH/s. To put this in perspective, think of it as the digital capacity of over ten thousand business websites of the largest banks in the world.

How is so much power obtained?

Dealing with data going into the region of 3,500,000 TH/s must need a great deal of power. Indeed this is the case. Cryptocurrency miners and investors offer their individual computers to help service the network. Out of their own self-interest, users are willing to have their computers used for the public good.

Making sure the computers within the network are synchronised ensures there’s no possibility for the same Bitcoin to be used in different transactions simultaneously; whether by mistake or through fraud. What this means is that through the use of the hardware and software of millions of computers, transactions are validated and changeovers are approved.


What can be concluded is that these technologies have shown resilience ever since they were created. While Bitcoin has seen a drop in value recently after a constant surge, many more cryptocurrencies have emerged as viable alternatives, demonstrating the prosperity of the digital currency space.

See also: The future role of cryptocurrencies in financial markets – the next wave of innovation, and adoption, will come from those who seamlessly integrate cryptocurrencies with applications across different technologies and platforms.

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