The Solana developer team is preparing to update the network of the network of the network. The new consensus protocol, called al Alpenglow ,, aims to move forward the user experience by shortening transaction confirmation times. The new system will replace the current Proof of History and Tower BFT mechanisms. The aim is to simplify network coordination while increasing the process rate.
What is the new protocol alpenglow changing?
Anza, which comes out of the Solana ecosystem, announced the Alpenglow update to the public. This new structure aims to provide a simpler verification system by eliminating Solana’s complex timing and voting processes. The Proof of History system, which is currently used, determines the timing of transactions; Tower BFT needs multiple voting rounds to ensure security and reconciliation. However, these mechanisms can cause delays that reduce the speed of the system.
Alpenglow was developed to eliminate these obstacles. With the update, the transaction approval process on the network is planned to be withdrawn below seconds. This goal is especially vital for real -time applications. As the infrastructure becomes simplified, both developers and users’ confidence in Solana are expected to increase. This change is not only a software update, but also as a technology move that will determine Solana’s future position.
Votor and rotor: New era in block approval
The Alpenglow system contains two basic components called Votor and Rotor. Votor offers a new mechanism that enables transactions to be written and approved in the blocks. According to simulations, it can terminate operations under suitable network conditions in only 100 to 150 milliseconds. This speed is revolutionary compared to existing systems. 80 %of the network can be terminated in a single round and 60 %online can be terminated in two rounds. This flexibility allows the process to maintain the process rate according to the density of the network.
On the other hand, Rotor redefines how the data is transmitted to the network. Unlike the current turbine system, a more balanced and smart data transfer is aimed at less steps. Rotor’s bandwidth optimization may ensure that the system remains stable, especially during high traffic periods. The coexistence of these two systems will both reduce the block approval time and minimize data transmission blockages.
With the implementation of Alpenglow, Solana is expected to stand out in the field of speed and efficiency in the bloczincir area. In particular, games, financial practices and social media can be directly impact on these improvements.
Responsibility Rejection: The information contained in this article does not contain investment advice. Investors should be aware that crypto currencies carry high volatility and thus risk and carry out their operations in line with their own research.
