** Synchronization of a new knot
The decentralized nature of cryptocurrencies, such as Bitcoin and Ethereum, is based on the collective efforts of the nodes in the entire network. In the consensus Salgorithms (Pow (POW), such as Bitcoin, new blocks with strong computers are created every 10 minutes, complex mathematical equations. However, not all nodes in the network must be connected so that a block to a block can be connected to be considered valid.
One of the advantages of cutting is that it reduces the task of computing for knots and can focus on checking transactions instead of competing with their colleagues to compete with mining rewards. Circumcination includes deactivation of complete node compounds and only nodes synchronization that have already checked the blocks. However, this raises an important question: could a new knot be created without being connected to a knot that is not questionable?
Theoretical restrictions
From a theoretical point of view, it seems that a new knot can be created without being connected to another knot. The cutting mechanism is intended to minimize the number of nodes involved in the block verification. Even if a new knot would be added, they should probably just connect to knots that have already checked the blocks.
However, there are some reasons why this cannot work:
- Circumcision limits
: Even with an activated circumcision connection, complete knot compounds are still necessary for a node to check for transactions and create new blocks. If a new knot had created without connecting to another network node, it should have access to pre -verified transactions and blocks.
- Block check : Cutting is based on knots that check the blocks before being added to the local database. Without access to verified blocks, a new knot would not have the necessary information to create new blocks or check for transactions.
Case of Kaspa Node
Kaspa, one of the most popular chains of proof of sample (POS), works under similar cutting mechanisms like bitcoin. According to the Caspas documentation, your nodes only need about 3 days to synchronize each other, after a knot has joined the network.
In this scenario it is theoretically possible to create a new knot without being connected to a knot of the network that is not in question. Kaspa nodes should also check for transactions and create blocks before adding local database, but could do this without relying on external connections.
Diploma
Although it may seem possible that a new knot can be created without being connected to an indeterminate knot, there are several theoretical restrictions that do this unlikely. The circumcision mechanisms are based on nodes that have access to pre -verified blocks and transactions, which would not be possible if the knot were isolated from the network.
In connection with the proof chains on Saturday, such as Kaspa, however, cutting can allow a significant reduction in the calculation task and allows nodes to focus on checking transactions instead of competing for mining rewards. In this scenario it is theoretically possible to create new nodes without being connected to a network node that is not in question.
Although it may not be practical or feasible to create a new node without being connected to a certain degree of circumcision, understanding the basic mechanics of these protocols can provide valuable information on the complex compromises that are involved in decentralized networks.