What is Delay Chain (Principle of Delay Deep Links)?

What is Delay Chain? Blockchain is the oldest technology in the field and is als

What is Delay Chain (Principle of Delay Deep Links)?

What is Delay Chain? Blockchain is the oldest technology in the field and is also known as the “chain” technology. In the early stages of Bitcoin, people were focused on uncertainty and speculation, but over time, the expectations have increased. Ethereum, as an open-source software project, is able to run its own smart contract applications due to its decentralized nature, which allows it to support an unlimited number of applications. However, when it comes to latency, it is not the only way for users to have access to these assets. This is where the concept of Delay Chain (Difficulty Chain) comes in. By distributing data to different participants, this process becomes faster and more efficient, allowing everyone to quickly obtain the required information while reducing costs.

Delay Chain is a way of sorting events using hash algorithms or random functions to push transactions within a certain period of time. When there is a latency block, the transaction is automatically executed. If a delay occurs, the entire transaction cannot be completed. Therefore, for most cryptocurrencies, there are only two ways to achieve this goal: either delay confirmation of transactions without any conditions or delay block generation. The third way is to allow temporary rollbacks in the long run. (Note: This article describes only one method for easy understanding)

Principle of Delay Deep Links

According to a report by bitcoinexchangeguide, based on a report by the blockchain research firm Gartner in January 2018, Delay Deep Links can turn any participant in the network into a trusted and trusted network. This system uses timestamps and hash values to determine whether a specific state root (i.e., non-existent chain) exists. When this block contains data, a “randomness” is generated, allowing miners to find the correct position or send requests. Therefore, results can only be generated when there is sufficient information in these addresses.

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