Bitcoin: Would it be possible to sync a new node without it being connected to even one unpruned node?

** Synchronization of a new node

Cryptocurrencies, such as Bitcoin and Ethereum, are based on the collective efforts of the entire network nodes. Consensus Salgoritms (Pow), such as Bitcoin, new blocks are created by powerful computers every 10 minutes, complex mathematical equations. However, all the nodes of the network must be connected so that the block can be maintained.

One of the benefits of pruning is that it reduces the loading of knots and can focus on checking events instead of competing with their colleagues to compete with mining bonuses. Circumcision includes complete deactivation of complete knot compounds and only synchronization with nodes that have already checked the blocks. However, this raises an important question: could a new node been connected to a node that is not questionable?

Theoretical Restrictions

From the theoretical point of view, it seems that a new node can be created without connected to another node. The purpose of the cutting mechanism is to minimize the number of nodes involved in the certification of the block. Even if a new node is added, he or she should only be formed in nodes that have already checked the blocks.

However, there are some reasons why this may not work:

• Circummer limits

  : Even with the circumcision of the activated circumcision, complete knot compounds are still needed to check events and create new blocks. If a new node is established without connecting to another node, he or she should have access to pre -made events and blocks.

2 Without access to certified blocks, the new node would not have the necessary information to create new blocks or check the events.

Kaspa case case

Kaspa, one of the most popular certificates of chains (POS), works in similar shear mechanisms as Bitcoin. According to the Caspas documentation, your knots only need about 3 days to synchronize with each other after joining the node.

In this scenario, it is theoretically possible that the new node will be created without connected to a network node that is not. Still, Kaspa nodes need to check the events and create blocks before adding a local database, but they can possibly do this without relying on external contexts.

Research

Although it may appear that a new node can be created without connecting to an indefinite node, there are several theoretical restrictions that make this unlikely. The circumcision mechanisms are based on nodes that have access to pre -confirmed blocks and events, which would not be possible if the node was insulated online.

However, in connection with straight chains, such as KasPa, surgery may allow for a significant reduction in the calculation load and allow nodes to focus on checking events rather than competing for mining fees. In this scenario, it is theoretically possible to create new nodes without being connected to a network node that is not.

Although creating a new node is not necessarily practical or possible, without being linked to a specific circumcision, understanding the underlying mechanics behind these protocols can provide valuable views of complex compromises that participate in decentralized networks.