Blockchain technology has made headlines across the world and, consequently, a greater number of developers are interested on developing their applications on-chain and even enterprises have a growing interest in implementing this technology in their operations. This added interest has been both a boon and curse for the industry: a massive new adoption has led to huge slow-downs on existing networks like Ethereum.

Now, the blockchain industry is scrambling to develop a solution to its scalability dilemma. The networks are too strained as it is, and the situation is likely to worsen as new developers join. As this is a great opportunity to capitalize on the mass attention the industry is receiving, many teams are pondering over a means to develop a new generation blockchain; one that can sustain the scalability demands that are upcoming.

This has led to the development of amazing new advancements in blockchain technology, and has led to the advent of blockchain 3.0 development, which is cored on scalability—primarily a sharp focus on increasing transactions per second. Given the rapid pace of advancement in this technology, and the power of ICOs to provide opportunity to any capable individual, team, or entity, promising projects are surfacing. A round of new teams is experimenting with means to deliver massive transactional volume per second, and the newest alpha of the pack could be QuarkChain.

The Mechanism

All blockchain developers assert that they’re development is extremely secure—this is a given. A differentiation is needed to stand out; QuarkChain asserts the most imminently needed differentiation: scalability. QuarkChain intends to achieve this solution by utilizing sharding for a p2p transactional system. To successfully achieve the ambitious goal of 100,000+ transactions per second (and far beyond), QuarkChain will be made up of two layers.

First Layer: The Sharding Layer

The sharding layer consists of a series of shards which make it possible to efficiently distribute high surges of data flow. This makes it feasible for QuarkChain to achieve its goals of massive transactions per second. Additionally, such a development is extremely agile since such a layer can be expanded upon. This means that the team can release an initial version of their blockchain and then continue to expand upon to reach new heights.

Second Layer: The Root Layer

There’s strength in numbers; QuarkChain is applying this wisdom. This blockchain utilizes a second layer, The Root Layer, which serves to confirm all blocks from the sharded chain; this layer does not process the transactions. This layer serves to checksum all blocks and thereby adds an added layer of security; a factor of imperative importance when dealing with transactions.

Other Features

QuarkChain is introducing a concept of node clustering. A cluster is a collection of nodes grouped together to function as if a supernode. Typically, the functionality of a supernode is properly achievable by using supercomputers, but QuarkChain’s cluster proposal makes it feasible to bypass the needs of supercomputers. The achievement here is that everyday people have a genuine opportunity to add value to the system (by mining).

Wrap-Up: QuarkChain is developing a 3rd generation blockchain capable of reaching new heights in the pantheon of tps. Its scalable and security, as it utilizes two separate layers, and it offers everyday people the opportunity to be successful minders by leveraging clusters.

Essential QuarkChain Links

🌐 Website: https://quarkchain.io/
💡 Whitepaper: https://quarkchain.io/QUARK%20CHAIN%20Public%20Version%200.3.4.pdf
👨 ANN Thread: https://bitcointalk.org/index.php?topic=3587645.0
💻 Telegram: https://t.me/quarkchainio
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