Ethereum Alarm System: Tornado -Hash -Haldow Protocol (THD) Protocoling The role of a protocol
In the world of cryptocurrencies, trust and security are of paramount importance. Two major protocols that have risen to these concerns are at the Tornado Hash Department Protocol (THD) Bitcoin and Tornado Hash Ethereum, also known as Alert System. Both protocols tend to reduce the risk of centralization by implementing a mechanism to detect and prevent harmful actions. In this article, we explore the concept of Ethereum’s THD/Alarm System and study its functionality.
What is the alarm system?
The alarm system developed by Vitalik Butter in 2016 is an optional layer that can be enabled or disabled for each (user) Blockchain network. Its main purpose is to prevent harmful functions without proper permission. The system depends on the mechanism of the Hash cluster confidence, which aims to ensure the authenticity of events.
How does the Tornado Hash Conference (THD) protocol?
In the Ethereum, the THD protocol works as follows:
- HASH function : The random Hash feature is used to create a unique digital signature for every block of Ethereum block chain.
- Checking the messages
: When sending a message from one node to another with a THD protocol, it contains the sender’s public key and reference to the previous block (hash). This creates the inspection path.
- Verification : Once you have received a new message, the nodes check if Hash responds with all existing blocks. If there is a mismatch, a warning is created.
- Activation of the Alarm System : The alarm system is activated when the node receives more than two warnings (refers to harmful activities). This triggers the function of the node administrator, such as the freezing or cancellation of certain assets.
The key differences between Bitcoin alarm system and THD protocol
Although both protocols aim to prevent concentration, there are significant differences:
- Use the case : The Bitcoin alarm system is primarily designed to detect and respond to its harmful functions on its network. On the other hand, THD protocol at Ethereum has wider applications in different Blockchain networks.
- Customization : Ethereum offers more flexibility in implementing customized alarm system features due to its programmable nature and a wide community -based development environment.
conclusion
The alarm system, both Bitcoin’s Tornado -Hash confidence protocol and the THD Ethereum, plays an important role in maintaining the integrity and safety of Blockchain networks. By presenting a mechanism that detects and reacts suspicious functions, these protocols aim to prevent harmful actors from utilizing the vulnerability of the system. Although there are differences between two protocols, their common goal is focused on securing the decentralized nature of Blockchain technology.
Sources:
- Vitalik Buter (2016). Tornado -hash confidence.
- Ethereum GitHub project. (N.d.). Alarm system.
- Ethereum white. (2020). Ethereum 2.0: A new consensus algorithm for scalability and safety.
- Bitcoin.org. (N.d.). Bitcoin Tornado -Hash with confidence protocol.
Note: This article is a general overview of the concept, and special details may not be comprehensive or up-to-date due to the continuous development of the blockchain.