Network upgrade: The number of consecutive block verification rounds has been adjusted to 8.
This parameter optimization mainly aims to reduce chain reorganization risks and build a more stable validator network. For projects that have integrated sub-block construction prediction mechanisms (such as Block-Builders, etc.), it is necessary to update configuration parameters in a timely manner to adapt to the new 8-round validation cycle.
The project team should promptly assess the compatibility of the existing architecture with parameter changes to ensure that the verification logic remains consistent with the new turnLength standards. This adjustment may seem minor, but it can significantly reduce network volatility in the long run, positively impacting transaction determinism and overall ecological security.
See the official announcement.
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Network upgrade: The number of consecutive block verification rounds has been adjusted to 8.
This parameter optimization mainly aims to reduce chain reorganization risks and build a more stable validator network. For projects that have integrated sub-block construction prediction mechanisms (such as Block-Builders, etc.), it is necessary to update configuration parameters in a timely manner to adapt to the new 8-round validation cycle.
The project team should promptly assess the compatibility of the existing architecture with parameter changes to ensure that the verification logic remains consistent with the new turnLength standards. This adjustment may seem minor, but it can significantly reduce network volatility in the long run, positively impacting transaction determinism and overall ecological security.
See the official announcement.