Blockchain in Cryptocurrency and Beyond

Oct 18, 2021
6 min read

Within a year of its introduction in 2009, Blockchain became a viral internet phenomenon. Blockchain has disruptive potential for financial and banking systems, as predicted by the most authoritative business media influencers.
As of December 2020, there are over 63 million Bitcoin wallets. With all of that, virtual currency is only accepted by some banks and financial institutions today.

The number of businesses offering cryptocurrencies is increasing as well as their users. A blockchain is an emerging technology that has gone beyond the boundaries of cryptocurrencies. Blockchain extends into many companies' workflows today, helping them become more stable, efficient, safer, and more profitable. We cover all the vital aspects of blockchain technology in this article and how you can utilize it effectively for your business. So, what is Blockchain? Let's explore!

What is Blockchain?

Blockchain, also known as Distributed Ledger Technology (DLT), allows any digital asset to maintain its anonymous history as it uses decentralization and cryptographic hashing to maintain transparency.  An easy way to understand blockchain technology is to compare it to a Google Doc. We distribute documents instead of copying or transferring them to a group of people when we share them. As a result, everyone gains access to the document simultaneously through a decentralized distribution chain. Everyone is free to make changes without being locked out, and all edits to the document are recorded in real-time, providing complete transparency.
In a nutshell, a blockchain is a ledger keeping track of all transactions conducted by participants or nodes. There are certain characteristics for this ledger like it is

Shared
Transparent
Decentralized
Replicated
Immutable

How does Blockchain work?

A Blockchain consists of blocks connected by chains. The blocks of this chain contain transactions. The data in each transaction can include the sender's address, the payment amount, and the receiver's address. Here's how blockchain works:

Participants request the transactions. You can exchange cryptocurrencies, exchange data, or initiate intelligent contracts with it. A P2P network is an online system of nodes that sends a request. The nodes verify the transactions and users. A transaction is valid when 51% of all nodes approve it.

Transactions are added to the blockchain when they appear in the latest block. For some time, blocks stockpile transactions until they fill up. Each block contains a record of all transactions once it is fully created.

A blockchain links its blocks together using hashes. Each block has a unique code, known as a hash. With each new block, it has a unique hash as well as the previous hash. The hash prevents a block from being modified. Dishonest users can alter data in a block. When they do, the block is hashed differently and won't fit into it anymore. Because blockchain is a technology that joins blocks with a unique hash, it offers a high level of data security.

Where is This Technology Used?

Multi-industry applications of blockchain technology include financial services, healthcare, government, travel, hospitality, and retail.

Financial Services

Many innovative uses of Blockchain technology already exist in the financial services industry. A Blockchain technology-driven trade lifecycle provides ease and efficiency to all parties in the asset management and payment processes by giving them access to the same data. Transparency and effective management of transactional data is effortless by removing the need for brokers and middlemen.

Healthcare

Increasing security, privacy, and interoperability of health data are the key benefits of Blockchain in the healthcare sector. With it, healthcare providers can address many of their interoperability challenges. Secure data sharing is possible among the numerous entities involved in the process. In addition to eliminating third-party interference, it saves on overhead costs. Blockchains can help store healthcare records in distributed databases, encrypting them and using digital signatures to ensure privacy and authenticity.

Government

Government services and operations can see a new possibility by blockchain technology. The government sector, which works in silos currently, can benefit tremendously from it. With Blockchain technology, multiple departments can link and share data more efficiently. It allows for better monitoring and auditing of transactions and improves transparency.

CPG and Retail

Retail presents a vast opportunity for the application of Blockchain technology. A high-value good must be authentic, prevent unethical transactions, identify stolen items, implement virtual warranties, track loyalty points, and streamline supply chain operations.

Travel and Hospitality

Blockchain technology has the potential to revolutionize travel and hospitality. The operations see a visible difference in money transactions, reservations, storing sensitive data like passports/ identification cards, and handle insurance, membership, and rewards.

Future of Blockchain

The emergence of pragmatic governance models

The year 2021 will bring a new generation of governance models that will make it easier for massive and diverse consortia to make decisions, allocate resources, and even make payments. Standardizing information from various sources will help gather robust and new data.

More interconnectivity is on the horizon

A majority of organizations today consider the ability to connect and interoperate among both secured and unsecured blockchain networks to be an essential factor in joining an enterprise-wide blockchain network. As more emerging networks gain critical mass (or demand it), it remains to anticipate whether they will receive the guidance they need to integrate different protocols this year.

Blockchain combined with adjacent technologies will create a competitive advantage

Combining blockchain with adjacent technologies will give us the ability to do things we've never done before. Using blockchain data will strengthen algorithms and inform them better. As blockchain helps secure and audit data, it can enable sharper insights by building trust in data as part of the decision-making process.

Validation tools will begin to counter fraud

Data security will improve by integrating verification tools, crypto-anchors, IoT beacons, and oracles, all of which transmit data from outside the network to digital assets in the network. The data will be input digitally, removing the need for human input, which is prone to errors and fraud.

Central banks will launch Central Bank Digital Currencies (CBDCs)

CBDCs are gaining momentum in Asia, the Middle East, and the Caribbean, where they are being tested in real-time and will continue to redefine payments. CDBCs will continue to expand in the wholesale market, with some forays into retail CBDCs. We also find that the digitization of various financial instruments, like treasury bonds and central bond securities, will be of interest.

Blockchain in Developing Cryptocurrencies

Cryptocurrencies are the most common use of blockchain (and it is also the most controversial). A cryptocurrency (or token) is a way to exchange digital money for goods and services, such as Bitcoin, Ethereum, and Litecoin. Crypto works the same way you would use cash to buy anything from your lunch to your next home. Crypto uses a blockchain as a public ledger and an enhanced encryption system, which ensures the security of online transactions.

As a result of blockchain's security, it is much more difficult for theft to take place. Because every cryptocurrency has a unique and irrefutable identifying number associated with its owner. The blockchain reduces the need for centralized banks and individualized currencies. With cryptocurrency, you can send cash to anyone, anywhere in the world, without having to exchange currency before sending or being interfered with by central banks.

Blockchain Developer as a Career Option

It is hard to find people with blockchain skills despite high-paying jobs. It is for this reason why some of the world's biggest tech companies, such as Facebook, Amazon, and Microsoft, have their blockchain research teams. Almost every sector makes use of blockchain professionals, including supply chain, healthcare, gaming, BFSI, and real estate. The technology has even been adopted by some government institutions.

Blockchain developers are highly sought after to assist companies with exploring their blockchain platforms. Because people are eager to take advantage of blockchain's benefits, blockchain development is today's most marketable career path. In their high-ranking positions, these individuals are required to pay attention to every detail. A blockchain developer is a programmer who creates blockchain applications. The majority of blockchain developers are proficient in C++, Python, and Javascript before becoming specialists.

So, no more waiting, if you're interested to explore the possibilities that have various opportunities as a blockchain developer.

Finally, blockchain technology came into existence in 2009 and was primarily used to build cryptocurrency platforms. The technology, however, was able to expand into other industries with the advent of smart contracts. The blockchain can now be used for data protection in various spheres by software developers. A growing number of companies are using this technology to enhance their digital solutions. By 2025, blockchain is expected to grow 13 times, reaching $39.7 billion.

The right time to build your blockchain app is now if you are contemplating it.