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Different Facets Of The Blockchain Technology

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Introduction

We have seen many topics related to blockchain explaining different facets of the technology. This article is an attempt to put together the main aspects of the technology and how it has shaped up so far from the invention of bitcoin as the first application of blockchain technology.

🔗 Cryptocurrencies

The blockchain journey starts with cryptocurrencies. The blockchain technology journey started with the bitcoin platform. The coin is the first cryptocurrency ever, and it changed the course of the finance industry for good. Cryptocurrencies include the properties of cryptography, which result in the property of immutability.

Peer-to-peer networks lead to decentralization, which has become the need of the hour with ever-growing frauds. The cryptocurrency platforms use different consensus algorithms like Proof of Work, Proof of Stake, Delegated Proof of Stake, Proof of Burn, etc., which overcome Byzantine Fault Tolerance issues. People who maintain the network and confirm the transactions are incentivized using the local currency of the platform.

🔗 Cryptocurrencies with enhanced privacy features

Blockchains being transparent, it is easy to find the transactions done by different users in the platform. Hence a few platforms have enhanced privacy features so that the transactions made are not traceable. Coins from the Cryptonote family are a good example. Monero is an excellent example from cryptonote, which uses ring signatures, which obscures the sender and receiver’s address. The amount is also restricted by default.

🔗 Different types of Blockchains

While cryptocurrency platforms have a protocol that they should be open and permissible, it is not a hard and fast rule for blockchain technology. We have permissioned ledgers, which are also called private blockchains. An excellent example of private blockchains is enterprise blockchains like hyperledger platforms.

We also have permissionless ledgers, which are public blockchains. Good examples of permissionless are cryptocurrency platforms. We have hybrid platforms as well, which are a mix of public and private, leveraging the properties of both the platforms wherever required.

🔗 Applications of blockchain other than cryptocurrency

Blockchain technology has made its way to almost all the fields. Healthcare, supply chain, agriculture, energy trading, valuable goods/diamond digitization, shipping industry, trade finance, music, publications, art, gaming, etc. Blockchain being a niche technology, the adoption is still low, but the recent surveys across the industries only prove that they have started implementing the technology or looking to implement at the moment.

🔗 Non-crypto applications on top of cryptocurrency platforms

Ethereum has many DAPPs developed and operating on its platform, but we cannot say that these applications run on cryptocurrency applications. Ethereum is a broad platform with a multitude of smart contracts operating on them serving different purposes. There are applications on the top of the bitcoin platform which convey messages. Protocols like Counterparty, Factum, Colored Coins allows the creation of tokens to denote something with a fraction of bitcoin value.

🔗 Projects to tackle scalability issues

The main drawback of blockchain platforms is scalability, and many projects have been developed to address the same. Segwit, segregation of witness aims to remove the signature from the main block and store it somewhere else to increase the block’s space for more transactions.

We have sidechains that intend to transfer some of the workloads to an adjacent chain, called sidechain, which may or may not run on the same consensus algorithm but are equally secured. The hacking of the main chain doesn’t affect the side chain and vice versa. The sidechains are used to test innovations and implement smart contracts if they are not feasible to run on the leading network.

Conclusion

These are some of the facets to show how blockchain as a technology has grown to address the drawbacks from one stage to another. Many have speculated that the technology is not very much useful and is overhyped. But with all the developments since its inception and all the money being poured into the technology, we can only say that it is here to stay and improve a lot and prove itself for time and again.

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