Currently, we are using a value of 1024 bytes as max_packet_msg_payload_size. In order to optimize communication and prevent limitations on the usage of the network, we should evaluate an increment of x2 or x3 on the size of max_packet_msg_payload_size.
This task aims to collect every possible trade-off cause by that increment including a detailed strategy on how to communicate the update to network users as this update causes incompatibility between peers.
Currently, we are using a value of 1024 bytes as
max_packet_msg_payload_size. In order to optimize communication and prevent limitations on the usage of the network, we should evaluate an increment of x2 or x3 on the size of max_packet_msg_payload_size.This task aims to collect every possible trade-off cause by that increment including a detailed strategy on how to communicate the update to network users as this update causes incompatibility between peers.