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In the multi-messenger era, facilities share their results with thescientific community through networks such as the General Coordinates Networkto study transient phenomena (e.g., Gamma-ray bursts) and implement real-timeanalysis pipelines to detect transient events, reacting to science alertsreceived from other observatories. The fast analysis of transient events iscrucial for detecting counterparts of gravitational waves and neutrinocandidate events. In this context, collecting scientific results from differenthigh-energy satellites observing the same transient event represents a key stepin improving the statistical significance of the high-energy candidate events.This project aims to develop a system and a web platform to share informationand scientific results of transient events between high-energy satellites withINAF participation (AGILE, FERMI, INTEGRAL and SWIFT). The AFISS platformimplements the COMET VO- Event broker and provides a web portal where the usersvisualize the list of transient events detected by multi-messenger facilitiesand received through the GCN. The web portal could show, for each event, asummary of the scientific results shared by the real-time analysis pipelinesand a list of time-correlated transient events. In addition, the platform isready to receive results from participating facilities on sub-threshold events(STE) that cannot be shared with the community due to the low statisticalsignificance. If the platform finds a time correlation between two or moreSTEs, it can promote them to science alerts. The web interface shows the listof STEs with possible time correlation with other STEs or science alerts. Theplatform notifies the users with an email when a new transient event isreceived.

The AFISS web platform for the correlation of high-energy transient events