Understanding the Tangle
It utilizes a data structure known as a directed acyclic graph (DAG) instead of a linear blockchain.
In the Tangle, transactions are not grouped into blocks like in a conventional blockchain.
Instead, each transaction is linked directly to two previous transactions, forming a network of interlinked transactions.
This structure creates a web-like structure rather than a linear chain.
One key characteristic of the Tangle is that it grows in a single direction and never repeats, ensuring that transactions are unique and cannot be altered.
This allows for efficient and fast transaction processing without requiring miners or validators.
Another notable feature of the Tangle is its resistance to quantum computing.
Traditional blockchain systems, like those based on proof-of-work, may be vulnerable to future attacks from powerful quantum computers.
The Tangle’s design aims to provide quantum-computing resistance, making it a potential solution for the security challenges posed by quantum technology.
Its unique structure and properties make it suitable for facilitating microtransactions and data transfer between IoT devices.