How Usechain's Technical Framework Differentiates it From Other Blockchains

Blockchain technology is now being applied in astonishing areas of human endeavour. For example, the Russian government recently announced that they would test the use of blockchain in a public election and see if it could prevent electoral frauds.

On a closer look, the major reason why blockchain is becoming so popular is due to its certain features which could be use to build better products and services for our society. Examples of these attributes are scalability, security, high performance, smart contracts, decentralization, tokenization, etc.

However, the truth is that different blockchain platforms have different technical capabilities and differ in efficiency. As a matter of fact, potential users and investors need to examine each blockchain project closely before committing themselves to it.

In this piece, I intend to take a closer look at the technical framework of the recently launched Usechain platform. I will provide information about its details in comparison with other blockchains.

Before we proceed however, here is a quick recap of what Usechain is all about.

Usechain

Usechain is a recent blockchain platform that claims to use the Mirror Identity with Randomized Proof of Work Consensus (RPoW) to deliver high performance and security.

Usechain is touted by its developers to be a new generation blockchain (Blockchain 3.0). The vision for the project is to create a new network that would overcome some limitations of blockchain ecosystems. The implication is that Usechain is expected to have some technical features which distinguishes it from other blockchains.

Comparison of Usechain with other Blockchains Using its Technical Details

This comparison will be made using such criteria as:

• Network Sharding

• Zero-knowledge Proof

• Multi-level Authentication

• RPoW Consensus Mechanism

• Identity Virtual Machine (IVM)

• Light Node Client

• Online Fault Tolerance

Network Sharding

As at February this year, Ethereum could only handle 25 Transactions per Second, while Bitcoin capacity was a mere 7 TPS. On the other hand, Usechain can handle thousands of transactions within a second. How is this possible?

Well, it's can be achieved by a concept called Sharding.

Sharding is an idea which is very popular among database administrators to make their tasks more efficient. A shard is simply a horizontal part of a database with each shard being stored in a distinct server. This spreads the work or load and makes the system more efficient.

Usechain deploys the KaZaA P2P protocol to achieve sharding based on the account address of participants. Each transaction could be confirmed with the shard it belongs to without any need for confirmation by the entire network.

As a result, speed of transaction is greatly increased and the bearing capacity to resist double-spending is also enhanced.

Note: Sharding isn't compatible with PoW. Only PoS or newer generation blockchain platforms can use it.

Zero-knowledge Proof

Zero-knowledge Proof is an old concept in cryptography that's now being used to redefine privacy on blockchain platforms.

It's a method by which one party or prover can prove to another party or verifier that a certain transaction is true without disclosing any other information outside of this.

This will lead to high security of information on the platform and protection from unauthorized access.

Zero-knowledge Proof is being applied on blockchain projects recently. Zcash, Ethereum (through its Byzantine upgrade), and Usechain are among the few networks to first adopt it.

Multi-level Authentication

This involves the use of cryptography to maintain security on a network by means of a multi-level correspondence between on-chain address and the identity of authentic users.

However, multi-level authentication is hard to develop or support, and only few systems can maintain it. One of such systems is Usechain and this is quite commendable.

RPoW Consensus Mechanism

Usechain utilizes the Randomized Proof of Work (RPoW) Consensus which is a modification of the old PoW used for Bitcoin. On it, a verifiable random function is used to ease block hashing to improve speed, scalability, and decrease energy consumption.

A comparison of RPoW to other consensus algorithms has been made in an earlier article. Please, refer to the appropriate link to read the full details.

Identity Virtual Machine (IVM)

This is a new idea for generating high-performance smart contracts with certain innovations. The concept is to build a intermediate communication layer for interacting with sub-chains, underlying blockchains, and even external APIs. IVM enables the execution of highly efficient smart contracts and external applications in diverse areas.

Apart from RPoW, IVM also differentiates Usechain from other common blockchain platforms.

Light Node Client

Usechain adopts the higher-level Merkle Tree BCMT to reduce the amount of data that lightweight clients need to synchronize before confirming the accuracy of any transaction or data. With this, every smartphone user can conveniently access Usechain in a decentralized manners.

Online Fault Tolerance

This is based on the idea that a forked or compromised node or client could just be simply separated from the network without affecting the entire ecosystem. Other nodes will continue to function without hitches.

Usechain uses the sole identity mapping to achieve this unique innovation even though fault tolerance is a feature of almost all blockchain platforms.

Conclusion

From the foregoing analysis of technical details of Usechain, it could be seen that it's indeed a unique project. While it shares many technical attributes with other blockchains like Ethereum and Bitcoin, yet it also has some special features not available on any other blockchain platform.

Questions regarding this innovative Mirror Identity Blockchain, are welcomed from our esteemed readers.

Additional information on Usechain can be gotten from their Website or the Whitepaper.

USEFUL LINKS

Thank you for reading!