Abstract: The disclosure relates to methods and systems for simultaneously generating a plurality of data packets to be transmitted across a communication network. Each data packet preferably comprises at least one order entry message forming a data payload. In an embodiment, a plurality of memory update data packets is obtained. Directory entries, static message templates and template processing instruction datasets are updated based on the obtained memory update data packets. All the data packets of the plurality of data packets are simultaneously generated according to a sequence synchronized in parallel. According to the sequence, each data packet is generated by processing a selected updated static message template based on a selected updated template processing instruction dataset for a selected updated directory entry. Therefore, the generated data packets can be simultaneously routed and simultaneously transmitted across the communication network.

Abstract: The disclosure relates to methods and systems for simultaneously generating a plurality of data packets to be transmitted across a communication network. Each data packet preferably comprises at least one order entry message forming a data payload. In an embodiment, a plurality of memory update data packets is obtained. Directory entries, static message templates and template processing instruction datasets are updated based on the obtained memory update data packets. All the data packets of the plurality of data packets are simultaneously generated according to a sequence synchronized in parallel. According to the sequence, each data packet is generated by processing a selected updated static message template based on a selected updated template processing instruction dataset for a selected updated directory entry. Therefore, the generated data packets can be simultaneously routed and simultaneously transmitted across the communication network.