Topic: QuarkChain Fundamental Analysis - Insights on value proposition, team, and SWOT (Read 185 times)
May 26, 2018, 09:38:09 AM
I just checked my balls for the quiz. I have 46. this is a very good result. now I'm definitely going to the lottery. We are waiting for the announcement.
May 25, 2018, 04:13:10 AM
10 Chanllenging Questions And Answers From QuarkChain In New York Consensus .
https://steemit.com/quarkchain/@quarkchain/10-chanllenging-questions-and-answers-from-quarkchain-in-new-york-consensus
https://steemit.com/quarkchain/@quarkchain/10-chanllenging-questions-and-answers-from-quarkchain-in-new-york-consensus
May 17, 2018, 04:41:58 PM
Every single project points out that Bitcoin or Ethereum can handle only so few transactions, but at the same time we all know that massive development is underway. And don't forget that decentralization is a major key issue which most of the platforms who claim to be massively scalable also severely neglect.
yes, let's see how QuarkChain can pull it off
May 17, 2018, 04:12:25 PM
Let's see on this project - it is more for blockchain development than profit.
May 17, 2018, 11:26:19 AM
Every single project points out that Bitcoin or Ethereum can handle only so few transactions, but at the same time we all know that massive development is underway. And don't forget that decentralization is a major key issue which most of the platforms who claim to be massively scalable also severely neglect.
May 17, 2018, 11:00:10 AM
QuarkChain aims at solving blockchain’s scalability issue without compromising security and decentralization. Its blockchain is scalable, permission-less, and decentralized.
https://i.imgur.com/nfDU7VA.png
Let's Decrypt QuarkChain ICO Use Case
What Problem QuarkChain is Addressing?
Although blockchain has been praised as the technology that will change the world as we know it, it has its limitations. Limitations that stand in the way of implementing and adopting this new technology. Three of the biggest obstacles the technology has to overcome before achieving widespread adoption by businesses bother around scalability, security, and decentralization.
Scalability: If you were in the crypto space around December 2017, when the price of Bitcoin spiked, as well as when the notorious Cryptokitties came onboard on the Ethereum platform, you’d agree that the network was highly congested. Transactions went unconfirmed for hours and days, and transaction fees also hit the roofs.
Now think about the number of transactions payment processors like Visa and Alipay handle every day in order to meet the demand of their customers. While Visa can handle about 45,000 transactions per second (TPS), and Alipay over 250,000 TPS, Bitcoin and Ethereum blockchains, which are legacy projects, can handle only 7 TPS, and 15 TPS, respectively. Shocking, right?
Blockchains currently does not have the infrastructure to un-sit these companies. Blockchains like Bitcoin are struggling to scale. And as we see increased adoption and increased transactions, there will be a need for larger storage, bandwidth, and computing power.
And while the Lightning Network has been hailed as the solution to the scalability problem, it introduces a centralized payment processing for a supposedly decentralized blockchain, thus threatening the future of blockchains that utilize it. In trying to scale the network, security and decentralization challenges arise.
Security: There is a notable security flaw in blockchains. Because of the ways blockchains have been built, if more than half of the computers working as nodes to validate the network decide to tell a lie, then that lie becomes the truth. This is known as the 51% attack, where a particular person or group of persons have the ability to manipulate the network. Although this is currently very unlikely because of the associated costs of setting up a mining pool with such computing power, breakthroughs in quantum computing can see this happen.
Decentralization: Blockchain transactions have been hyped as decentralized, and rightly so – meaning they are not controlled by any central government. However, in reality, we have seen the formation of mining pools, and organizing several nodes into voting blocks. This is a threat to the decentralized nature of blockchain because an uneven distribution of power (hashrate) creates a centralized system. In 2013 for example, the top 6 mining pools of Bitcoin had 75% of the coin’s overall hashing power. Now think about what happens if they secretly come together.
QuarkChain Value Proposition
QuarkChain aims to solve blockchain’s scalability problem. Their target is 1 million on-chain transactions per second. To achieve this, the project takes a two-layer structure. The first layer consists of “elastic sharded” blockchains, while the second is known as the root blockchain.
Elastic sharding will allow large databases to be partitioned into smaller, faster, and more manageable components known as data shards. Legacy blockchain projects currently have to deal with large databases as the network grows.
Shards from the first layer are then pushed to the root blockchain which confirms transactions (blocks). Interestingly, the second layer can be further sharded, without changing the root layer.
In addition to a two-layer structure, another unique feature of QuarkChain is market-driven collaborative mining which will add an extra layer of security. Put differently, 50% of the network’s hash power will be devoted to its root blockchain in order to prevent double spending attacks. Additionally, multiple, smaller, and cheaper nodes can come together to create a super node.
The bottom line of all these technologies is that QuarkChain will have 8 minor blockchains with a target block time of 10 seconds, as well as a root blockchain with a target block time of 150 seconds.
Other noteworthy features of QuarkChain is its efficient cross-shard transactions which comprises of in-shard and cross-shard options. For in-shard transactions the input and output addresses of the transaction are in the same shard. Cross-shard transactions on the other hand have their input and output addresses in different shard. Ideally, as the number of shards increase, the speed of cross-shard transactions will increase.
Developers can also deploy their smart contracts to QuarkChain because the network supports smart contracts running within the Ethereum Virtual Machine (EVM).
The QuarkChain's Leadership Team
QuarkChain is made up of a team of 10 members and 6 advisors. The team boasts of individuals with adequate academic and working credentials. Some members of the team do not work full time and appear not to have an extremely blockchain-rich experience. However, we can cut them some slack on this, the technology is still new.
QuarkChain was founded by Qi Zhou who has degrees in Mathematics and Computer Science. He is a software engineer and an expert in high performance systems, and carries over 15 years of development experience. He has experience working as a software engineer in Google, DELL, and Facebook (all notable companies).
Some other members of the team include:
ZhaoGuang Wang (Senior Software Engineer)
Ting Du (CMO for China)
Anthurine Xiang (CMO)
Kyle Wang (COO)
Highlighted below are some members of the advisory board working with QuarkChain
Leo Wang – Head of Pre-Angel VC and ardent crypto investor
Mike Miller – Liquid2 Ventures, Founder and Chief Scientist at IBM Cloudant
Bill More – Founder/CEO of DSSD
Arun Phadke – Professor Emeritus of Electrical Engineering at Virginia Tech
QuarkChain Target Market
For a start, QuarkChain is trying to solve blockchain’s scalability issues by significantly increasing the number of transactions per second. This will provide a congestion-free network that will facilitate the adoption of blockchain by big industries and businesses. This is not limited to social media, IoT, high frequency trading, gaming, and financial payments.
Top contenders in this space include Zilliqa, Kaadena, Ethereum, Thunder Token, Bitcoin, and several others.
QuarkChain Roadmap
QuarkChain already has an MVP. Their closed Testnet demonstrated a capacity of 2,000 transactions per second, which puts it ahead of most blockchain 3.0 projects with higher valuation. A public Testnet is expected in May, 2018.
Other milestones on their roadmap include Testnet 0.2 which will support features like smart contract, and reshard as well as 10,000 TPS. This is scheduled for the second quarter of 2018.
By Q4, they are expected to release QuarkChain Core 1.0, Mainnet 1.0, and Smart Wallet, with a target of 100,000 TPS. Achieving 1,000,000 TPS is expected to happen in Q2 of 2019.
QuarkChain SWOT Analysis
Strengths
- Working Testnet ahead of schedule
- Strong team and advisory board
- Positive MVP feedback
- Seamless integration with Solidity, which provides low barrier of entry to use the platform
Weaknesses
-No official partnerships
-Large number of tokens
-A promise of 1 million transactions per second seems far fetched
-Lack of very technical whitepaper
Opportunities
-Stiff competition trying to solve blockchain’s scalability issues. QuarkChain can become pace setters if they succeed first.
Threats
-Highly competitive landscape
In conclusion, QuarkChain has a novel idea because scalability is one of the key issues which stays in the way of mass adoption of blockchain technology. Finding a project that doesn’t compromise on security and decentralization while trying to solve scalability issues is a hard one. However, if QuarkChain is able to pull this off then they’ll be on their way to the moon.
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This article was originally published on https://www.digitalassetdb.com/quarkchain-ico-review-solving-blockchains-scalability-issue/
https://i.imgur.com/nfDU7VA.png
Let's Decrypt QuarkChain ICO Use Case
What Problem QuarkChain is Addressing?
Although blockchain has been praised as the technology that will change the world as we know it, it has its limitations. Limitations that stand in the way of implementing and adopting this new technology. Three of the biggest obstacles the technology has to overcome before achieving widespread adoption by businesses bother around scalability, security, and decentralization.
Scalability: If you were in the crypto space around December 2017, when the price of Bitcoin spiked, as well as when the notorious Cryptokitties came onboard on the Ethereum platform, you’d agree that the network was highly congested. Transactions went unconfirmed for hours and days, and transaction fees also hit the roofs.
Now think about the number of transactions payment processors like Visa and Alipay handle every day in order to meet the demand of their customers. While Visa can handle about 45,000 transactions per second (TPS), and Alipay over 250,000 TPS, Bitcoin and Ethereum blockchains, which are legacy projects, can handle only 7 TPS, and 15 TPS, respectively. Shocking, right?
Blockchains currently does not have the infrastructure to un-sit these companies. Blockchains like Bitcoin are struggling to scale. And as we see increased adoption and increased transactions, there will be a need for larger storage, bandwidth, and computing power.
And while the Lightning Network has been hailed as the solution to the scalability problem, it introduces a centralized payment processing for a supposedly decentralized blockchain, thus threatening the future of blockchains that utilize it. In trying to scale the network, security and decentralization challenges arise.
Security: There is a notable security flaw in blockchains. Because of the ways blockchains have been built, if more than half of the computers working as nodes to validate the network decide to tell a lie, then that lie becomes the truth. This is known as the 51% attack, where a particular person or group of persons have the ability to manipulate the network. Although this is currently very unlikely because of the associated costs of setting up a mining pool with such computing power, breakthroughs in quantum computing can see this happen.
Decentralization: Blockchain transactions have been hyped as decentralized, and rightly so – meaning they are not controlled by any central government. However, in reality, we have seen the formation of mining pools, and organizing several nodes into voting blocks. This is a threat to the decentralized nature of blockchain because an uneven distribution of power (hashrate) creates a centralized system. In 2013 for example, the top 6 mining pools of Bitcoin had 75% of the coin’s overall hashing power. Now think about what happens if they secretly come together.
QuarkChain Value Proposition
QuarkChain aims to solve blockchain’s scalability problem. Their target is 1 million on-chain transactions per second. To achieve this, the project takes a two-layer structure. The first layer consists of “elastic sharded” blockchains, while the second is known as the root blockchain.
Elastic sharding will allow large databases to be partitioned into smaller, faster, and more manageable components known as data shards. Legacy blockchain projects currently have to deal with large databases as the network grows.
Shards from the first layer are then pushed to the root blockchain which confirms transactions (blocks). Interestingly, the second layer can be further sharded, without changing the root layer.
In addition to a two-layer structure, another unique feature of QuarkChain is market-driven collaborative mining which will add an extra layer of security. Put differently, 50% of the network’s hash power will be devoted to its root blockchain in order to prevent double spending attacks. Additionally, multiple, smaller, and cheaper nodes can come together to create a super node.
The bottom line of all these technologies is that QuarkChain will have 8 minor blockchains with a target block time of 10 seconds, as well as a root blockchain with a target block time of 150 seconds.
Other noteworthy features of QuarkChain is its efficient cross-shard transactions which comprises of in-shard and cross-shard options. For in-shard transactions the input and output addresses of the transaction are in the same shard. Cross-shard transactions on the other hand have their input and output addresses in different shard. Ideally, as the number of shards increase, the speed of cross-shard transactions will increase.
Developers can also deploy their smart contracts to QuarkChain because the network supports smart contracts running within the Ethereum Virtual Machine (EVM).
The QuarkChain's Leadership Team
QuarkChain is made up of a team of 10 members and 6 advisors. The team boasts of individuals with adequate academic and working credentials. Some members of the team do not work full time and appear not to have an extremely blockchain-rich experience. However, we can cut them some slack on this, the technology is still new.
QuarkChain was founded by Qi Zhou who has degrees in Mathematics and Computer Science. He is a software engineer and an expert in high performance systems, and carries over 15 years of development experience. He has experience working as a software engineer in Google, DELL, and Facebook (all notable companies).
Some other members of the team include:
ZhaoGuang Wang (Senior Software Engineer)
Ting Du (CMO for China)
Anthurine Xiang (CMO)
Kyle Wang (COO)
Highlighted below are some members of the advisory board working with QuarkChain
Leo Wang – Head of Pre-Angel VC and ardent crypto investor
Mike Miller – Liquid2 Ventures, Founder and Chief Scientist at IBM Cloudant
Bill More – Founder/CEO of DSSD
Arun Phadke – Professor Emeritus of Electrical Engineering at Virginia Tech
QuarkChain Target Market
For a start, QuarkChain is trying to solve blockchain’s scalability issues by significantly increasing the number of transactions per second. This will provide a congestion-free network that will facilitate the adoption of blockchain by big industries and businesses. This is not limited to social media, IoT, high frequency trading, gaming, and financial payments.
Top contenders in this space include Zilliqa, Kaadena, Ethereum, Thunder Token, Bitcoin, and several others.
QuarkChain Roadmap
QuarkChain already has an MVP. Their closed Testnet demonstrated a capacity of 2,000 transactions per second, which puts it ahead of most blockchain 3.0 projects with higher valuation. A public Testnet is expected in May, 2018.
Other milestones on their roadmap include Testnet 0.2 which will support features like smart contract, and reshard as well as 10,000 TPS. This is scheduled for the second quarter of 2018.
By Q4, they are expected to release QuarkChain Core 1.0, Mainnet 1.0, and Smart Wallet, with a target of 100,000 TPS. Achieving 1,000,000 TPS is expected to happen in Q2 of 2019.
QuarkChain SWOT Analysis
Strengths
- Working Testnet ahead of schedule
- Strong team and advisory board
- Positive MVP feedback
- Seamless integration with Solidity, which provides low barrier of entry to use the platform
Weaknesses
-No official partnerships
-Large number of tokens
-A promise of 1 million transactions per second seems far fetched
-Lack of very technical whitepaper
Opportunities
-Stiff competition trying to solve blockchain’s scalability issues. QuarkChain can become pace setters if they succeed first.
Threats
-Highly competitive landscape
In conclusion, QuarkChain has a novel idea because scalability is one of the key issues which stays in the way of mass adoption of blockchain technology. Finding a project that doesn’t compromise on security and decentralization while trying to solve scalability issues is a hard one. However, if QuarkChain is able to pull this off then they’ll be on their way to the moon.
If you enjoyed this ICO review, please share it and follow us to get notified when we publish new ICO reviews.
Join our Telegram https://t.me/digitalassetdb_chat
Follow us on Twitter https://twitter.com/digitalassetdb
Read our 10 tips on picking the best ICO
Don’t miss the Most promising ICOs for 2018
This article was originally published on https://www.digitalassetdb.com/quarkchain-ico-review-solving-blockchains-scalability-issue/
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