Which layer in overprotocol contains deprecated data, such as dormant accounts, not essential for executing transactions?


Question: Which layer in overprotocol contains deprecated data, such as dormant accounts, not essential for executing transactions?

If you are interested in learning more about the architecture of overprotocol, you might have wondered which layer contains deprecated data, such as dormant accounts, not essential for executing transactions. In this blog post, we will explain how overprotocol manages its data and why some of it is stored in a separate layer.


Overprotocol is a distributed ledger technology that allows for fast, secure and scalable transactions. It consists of three main layers: the transaction layer, the consensus layer and the archive layer. The transaction layer is where the current state of the ledger is maintained and updated by the nodes. The consensus layer is where the nodes agree on the validity and order of the transactions. The archive layer is where the historical data of the ledger is stored and accessed by the users.


The archive layer is the answer to our question. It contains deprecated data, such as dormant accounts, not essential for executing transactions. Why is this data stored in a separate layer? There are two main reasons: performance and privacy.


Performance: By storing the deprecated data in a separate layer, overprotocol can reduce the size and complexity of the transaction layer, which improves its speed and efficiency. The transaction layer only needs to store the data that is relevant for the current state of the ledger, such as active accounts and balances. The archive layer can store the data that is no longer needed for transactions, such as old accounts and transactions. This way, overprotocol can optimize its performance without compromising its history.


Privacy: By storing the deprecated data in a separate layer, overprotocol can also enhance its privacy and security. The transaction layer is public and transparent, meaning that anyone can see and verify the transactions on the ledger. The archive layer is private and encrypted, meaning that only authorized users can access and decrypt the historical data on the ledger. This way, overprotocol can protect its users' privacy and security without sacrificing its accountability.


We hope this blog post has helped you understand how overprotocol manages its data and why some of it is stored in a separate layer. If you have any questions or feedback, please feel free to contact us or leave a comment below.

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