Top 5 Blockchain Apps You Should Know About

If you are interested in Web 3.0 and the crypto world, you must have heard about the term “Blockchain”. What is it? A blockchain is a digital ledger of transactions replicated and distributed all over the complete network of computer systems. Furthermore,  blockchain platforms enable the creation of blockchain-based apps. They can either be permissioned or permissionless. Ethereum, R3, Ripple, Hyperledger, and EOS are a few examples of blockchain platforms that allow anyone to design and run blockchain applications. Read on to learn about the top 5 blockchain apps.

Top 5 Blockchain Apps

Here are our top 5 picks of Blockchain apps for you:

1. Ethereum

Vitalk Buterin, a 22-year-old Russian-Canadian, developed Ethereum. Today, it is one of the most sophisticated blockchain platforms in the market. Furthermore, it is frequently employed across industrial use cases. It has comprehensive, innovative contracting features and adaptability.

However, despite its extensive use in commercial applications, it is critical to remember that Ethereum is ultimately a permissionless (or public) platform built for broad consumption rather than restricted access. It is also PoW (proof-of-work) based, which is not the quickest (perhaps leading to latency difficulties) and is an energy hog. In future versions, it may alter its consensus algorithm to rapid PoS (proof-of-stake).

2. Hyperledger Fabric

Hyperledger, launched in 2016 and hosted by the Linux Foundation, is an open-source collaborative effort to improve cross-industry blockchain technologies. One of its primary objectives is to build enterprise-grade distributed ledger systems and codebases. 

Moreover, Hyperledger has over 185 organisations working across finance, banking, the Internet of Things, manufacturing, supply chain, and technology. IBM and Digital Asset started Hyperledger Fabric as one of eight current Hyperledger projects. Furthermore, it is an appealing blockchain platform for enterprise solutions since it provides plug-and-play modules for consensus and membership services. It just announced the introduction of Hyperledger Fabric 1.0, which promises to be production-ready for corporations.

3. R3 Corda

R3, founded in 2015, is a partnership of some of the world’s largest financial organisations that have developed Corda, an open-source distributed blockchain platform. Its partner network has expanded to over 60 companies. While Corda was created with banking in mind, other applications such as healthcare, supply chain, trade finance, and government are developing. 

Furthermore, Corda has no built-in tokens or cryptos. It is a permissioned blockchain, meaning that access to data within an agreement is restricted to those explicitly entitled to it instead of the entire network. Its consensus system considers the realities of managing complex financial contracts. It is also well-known for emphasising interoperability and simplicity of integration with legacy systems.

4. Ripple

Ripple was established in 2012 and changed its name to Opencoin in 2015. It focuses on engaging banks, digital asset exchanges, payment providers, and corporations for nearly-free global transactions with no chargebacks.

Moreover, it enables global payments via its digital asset “Ripples or XRP,” which has become one of the most popular cryptocurrencies, trailing only Bitcoin and Ether. XRP is marketed as faster and more scalable than most other blockchain systems. It has more than 100 consumers and 75 clients in various stages.

5. Quorum

J.P. Morgan built Quorum in 2015. The platform used to build Quorum was Ethereum. It is intended to handle use cases that require high-speed and high-throughput execution of remote operations with a permissioned group of players. However, it does not use the Proof of Work (PoW) consensus mechanism, instead of relying on vote-based and other techniques to process hundreds of operations per second based on how smart contracts and nodes are designed.

Furthermore, Quorum is intended to grow and evolve in tandem with Ethereum. Moreover, it only minimises Ethereum’s core, allowing Quorum to swiftly and smoothly incorporate most of Ethereum’s updates. 

Blockchain Technology Applications

Every industry, including cryptocurrency, intellectual property management, supply chain and logistics, healthcare data management, food safety, fundraising, and investment through security token offerings, and notary uses blockchain.

Moreover, businesses use smart contracts to automate pay-for-performance agreements. Digital ledgers make transactions more accessible and avoid record loss, fraud, and accounting tampering. It can streamline payments while also making cross-border transactions less expensive.

It can minimise operational costs by, for example, protecting corporate and client data to avoid expensive data breaches and making it simple to trade value and data on a peer-to-peer basis without using intermediaries.

However, a corporation must address crucial issues, such as how essential it is to adopt blockchain if it is beneficial and how expensive it is to implement. Standard adoption procedures take other measures. We must be cautious since not every adoption case feels right, and some are not profitable.

Furthermore, the most common application of blockchain technology has been cryptocurrency. However, the benefits of Blockchain do not stop there; banks and financial organisations are finding it helpful since it allows them to conduct transactions more rapidly and at a lower cost.

• Cross-border Transactions 
• Supply Chain 
• Healthcare
• Government
• Copyright Protection
• Notary Services
• Blockchain And Voting

Conclusion

The blockchain world flows at a vibrant pace of development with innovative channels, extra new features, and new titles. In contrast, ambitious businesses are keen to get ahead of the game with its potential implications.

However, business users encounter hurdles due to a lack of standards and interoperability issues, particularly as they transition from pilots and proof-of-concept settings to genuine production-grade systems. The entire development of the blockchain ecosystem is analogous to that of the Internet for permissionless nodes and the cloud for permissioned networks. Ultimately, Blockchain is similar to TCP/IP as an operational technology.