Nervos Network CKB ICO Review
ICO is ended: 16 Oct — 25 Oct 2019
ROI since ICO
ATH ROI since ICO
Min/Max personal Cap
Private/Pre-sale is ended: 1 Jul 2018
ROI since Private/Pre-sale
ATH ROI since Private/Pre-sale
Nervos Network ICO was conducted from 16 Oct to 25 Oct 2019 by the project team from China.
Private/Pre-sale investors were able to buy Nervos Network coins at a price $ 0.006. They have got -4.25% losses from their investments.
Investments of the Nervos Network are now down about 38.30 percent.
At the $ 0.0474 ATH price on 14 Nov 2019 investors were able to sell this position with 4.74x ROI in USD.
The Nervos Network coin is now trading at 0.57x in USD from the ICO price.
ICO token price was $ 0.01.
Top ICO expert opinion
About ICO Nervos Network
Nervos (NERVOS) is a utility token of an open blockchain "Trustware" platform for decentralized applications.
Nervos is a set of scalable and interoperable protocols and the open blockchain "Trustware" platform for decentralized applications. "Trustware" goes beyond distributed ledgers and smart contracts.
Nervos uses the “Common Knowledge Base” to support universal computing and storage, provides better scalability and balanced economic incentives, and is mobile-friendly.
DApps in the CKB use Types to determine the appropriate data structure and store application data in cells. The application logic is implemented using Generators, and the state validation logic is implemented using Validators. Generators work on the client-side to create new states that are packaged in transactions and transmitted throughout the network. The consensus nodes in the CKB network first verify the authenticity of the sender of the transaction, then check the new states in the transaction using the Validators and place the actual transactions in the pool. As soon as a new block is generated and accepted, new states in the block are added to the CKB.
In this way, Nervos developed a radically separate decentralized platform to provide several ways of scalability, transaction reliability, and low local latency.