Blockchain Beyond Bitcoin

Bitcoin Blockchain

Blockchain Beyond Bitcoin – Platforms and Trends of Blockchain

Blockchain’s goal is to digitally record information that can be distributed but not tampered with.

It is an open, decentralized ledger that records transactions and entries that are encrypted and confirmed by peer-to-peer networks.

The information is saved in a “block,” which is a fixed event that has been approved and locked in place.

Each block is then added to the “chain” of events, which gives rise to the methodology’s name. Each record is easily verifiable and unaltered.

Because the network exists in multiple distributed locations, it cannot be influenced or taken down by a single party.

Beyond Bitcoin, What is Blockchain?

Although Bitcoin is the most comprehensive usage of blockchain, it’s important to realize that any amount of data points from any business can be recorded using blockchain in an immutable manner.

During the compressed disruption in 2020 that is probably going to continue this year, FinTech is adopting blockchain technology immediately behind cryptocurrencies.

Let’s look at the reasons behind this and how additional sectors and applications will and ought to follow through this articleBlockchain Beyond Bitcoin“.

Popular Terms of Blockchain

Apart from Bitcoin, blockchain also has its own commonly used terms related to its different purposes.

API: An application programming interface allows a blockchain to communicate with other software.

BaaS: Blockchain-as-a-service is a third-party service that assists blockchain-related businesses in building and managing cloud networks.

DAO: A decentralized autonomous organization (DAO) is one that is managed by a public computer programme rather than a formal governing body of individuals (also known as DAC or decentralized autonomous corporation).

dApp: A decentralized application is one that makes use of distributed ledger technology, such as blockchain.

DeFi: The “no middleman” concept that underpins blockchain is known as decentralized finance.

DLT: Distributed ledger technology is another name for blockchain.

KYT: Know Your Transaction is a procedure that collects data on financial institution transactions.

TPS: The transaction processing rate of a network.

Web3: A web-based ecosystem that includes blockchain and related technologies such as cryptocurrencies, NFTs, and decentralized social networks.

Major Platforms of Blockchain

Blockchain platforms are things that have sophisticated and potent scripting languages that can be used to construct and manage a range of Web3 operations, including but not limited to NFTs, the start and end of transactions, and the creation of smart contracts.

In actuality, Ethereum’s use of smart contracts is considered to be the first blockchain platform application that wasn’t a cryptocurrency.

Many blockchain systems were developed and are supported by nonprofit foundations, just like various cryptocurrencies, including Ethereum, Tron, Ripple, Stellar, Solana, and Polkadot.

Ethereum: It is a decentralized, open-source blockchain platform that allows for smart contracts. Ethereum is the network’s native coin.

In terms of market value, Ether is only second to Bitcoin. Ethereum was created Ethereum in 2013 by Vitalik Buterin, a programmer.

IBM Blockchain: This private, decentralized blockchain network has been most successful with exposed-less business clients.

The IBM Blockchain developer tool may be customized, has a variety of applications, and is valuable.

A user-friendly interface was also developed by IBM to make difficult activities like setting up, testing, and swiftly deploying smart contracts simpler.

Hyperledger Fabric: Blockchain application development is facilitated by a suite of technologies known as Hyperledger Fabric.

It is backed by the Linux Foundation and was designed from the ground up with corporate distributed ledger applications in mind.

There are many different pluggable components that can be added to a modular design. It works well in closed blockchain implementations, which can boost security and speed.

It provides an open smart contract paradigm in addition to supporting accounts and models for unspent transaction output (UTXO).

R3 Corda: Technically, R3 Corda could be a blockchain or another type of distributed ledger.

Although transactions are cryptographically linked and a novel consensus process is used, there is no regular batching of multiple transactions into a block.

One of the major advantages of this strategy is that all transactions are executed in real-time, as opposed to other types of blockchains.

Tezos: Tezos is a more established platform that has been in development since 2014. It enables decentralized applications, smart contracts, and one-of-a-kind financial instruments such as NFTs, which can be compared to a modern version of trading cards linked to digital assets.

The platform’s adaptability is enabled by its support for a dynamically upgradeable protocol and modular software clients.

The Tezos community has been rapidly updating the platform with recent improvements that have increased the size limit for smart contracts and improved efficiency.

It has also developed technologies to aid in the automation of NFT integration into corporate supply chains.

Stellar: Stellar is a more contemporary blockchain technology created for a variety of DeFi applications.

It makes use of the Stellar Consensus Protocol, which allegedly has the ability to speed up the processing and approval of transactions on a public blockchain network.

Additionally, it offers security capabilities for excluding unwelcome or suspect parties from a financial transaction.

For international trade and cross-border money exchange, several businesses have adopted it.

ConsenSys Consortium: A modified version of Ethereum called Quorum was created by financial services provider JPMorgan.

It repackages the fundamental functionality of the Ethereum blockchain technology into a safe environment that institutions can use.

It was created to speed up transactions between businesses like banks and insurance companies on a private network.

Top 10 Application Trends that use Blockchain Technology Beyond Bitcoin

Initially, a blockchain was envisioned as the technology underlying Bitcoin (CRYPTO: BTC). Satoshi Nakamoto used digital cryptography to create an immutable ledger of transactions that connects data blocks to address the double-spending problem inherent in digital currency.

Even though the concept of Bitcoin and other cryptocurrencies works extremely well, blockchain technology has a plethora of other applications. Here are ten illustrations.

Transferring Money

When compared to current money transfer services, using blockchain for money transactions may be less expensive and faster.

While blockchain transactions are quick, money transfers between accounts can take days.

Financial Transactions

Blockchain exchanges enable faster and less expensive transactions. Furthermore, because they are not required to deposit their funds with the centralized authority, investors benefit from greater autonomy and security with a decentralized exchange.

Although cryptocurrency is the primary product of blockchain-based exchanges, the concept could also be applied to more traditional investments.


If smart contracts are used on a blockchain, customers and insurance companies may benefit from increased transparency.

If all claims were recorded on a blockchain, customers would be discouraged from filing duplicate claims for the same occurrence.

Smart contracts can also help claimants speed up the payment-receipt process.

Property Sales

To verify ownership and financial information, a massive amount of paperwork is required to transfer deeds and titles to new owners following real estate transactions.

Blockchain technology can be used to document real estate transactions, providing a more accessible and secure method of verifying and transferring ownership.

This can help to expedite transactions, cut down on paperwork, and save money.


We will be one step closer to being able to cast votes using blockchain technology if personally identifiable information is kept on a blockchain.

Blockchain technology will make it feasible to stop voting fraud and guarantee that no one can cast more than one ballot.

By making voting as simple as tapping a few buttons on a smartphone, it can also increase participation. Additionally, there would be a huge reduction in election expenses.


Non-fungible tokens, often known as NFTs, are frequently thought of as a way to acquire the rights to works of digital art.

Since the blockchain prohibits data from being in two places, posting an NFT on it guarantees that there is only one copy of a piece of digital art.

Because of this, it can be comparable to purchasing physical artwork without the problems of storage and maintenance.

Supply Chain

Using blockchain technology to track items as they move through a logistics or supply chain network has a number of advantages.

First of all, easier communication between partners is made possible since data is accessible on a secure public ledger. Second, the blockchain offers improved security and data integrity since data on it cannot be altered.

As a result, participants in the logistics and supply chain can cooperate more freely since they are confident that the data being provided to them is accurate and up to date.

Secure IoT

The Internet of Things (IoT) has the potential to improve our lives while potentially offering bad actors access to our data and the capacity to take over vital infrastructure.

Blockchain technology can provide more security by storing passwords and other private data on a distributed network as opposed to a centralised server.

A blockchain also guards against data modification because it is virtually unchangeable.

Data Storage

A blockchain-based data storage system can provide more security and integrity.

Compared to centralized data storage, which may only have a few redundancy points, decentralized data storage makes it more challenging to hack into and erase all the data on the network.

There is also wider access to data because access isn’t necessarily reliant on the activities of a particular business.

There may be times when storing data on a blockchain is less expensive.


By storing medical data on a blockchain, doctors and other medical professionals may have access to accurate and recent information about their patients.

This can ensure that patients who see several providers get the best care possible. Additionally, it speeds up the retrieval of medical records, allowing for quicker treatment in some cases.

If insurance information is kept in the database, physicians may also easily ascertain whether a patient is insured and whether their medical treatment is covered.


Even though blockchain technology has only been around for 12 years, companies are constantly looking for new ways to use it to enhance their operations.

As more digital data is used in our daily lives, there is a growing need for the data protection, access, transparency, and integrity that blockchain can provide. At Softlogic Systems, you may take the Best Blockchain Courses in Chennai and acquire an IBM Certification.

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