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In the multi-messenger era, space and ground-based observatories usuallydevelop real-time analysis (RTA) pipelines to rapidly detect transient eventsand promptly share information with the scientific community to enablefollow-up observations. These pipelines can also react to science alerts sharedby other observatories through networks such as the Gamma-Ray CoordinatesNetwork (GCN) and the Astronomer's Telegram (ATels). AGILE is a space missionlaunched in 2007 to study X-ray and gamma-ray phenomena. This contributionpresents the technologies used to develop two types of AGILE pipelines usingthe RTApipe framework and an overview of the main scientific results. The firsttype performs automated analyses on new AGILE data to detect transient eventsand automatically sends AGILE notices to the GCN network. Since May 2019, thispipeline has sent more than 50 automated notices with a few minutes delay sincedata arrival. The second type of pipeline reacts to multi-messenger externalalerts (neutrinos, gravitational waves, GRBs, and other transients) receivedthrough the GCN network and performs hundreds of analyses searching forcounterparts in all AGILE instruments' data. The AGILE Team uses thesepipelines to perform fast follow-up of science alerts reported by otherfacilities, which resulted in the publishing of several ATels and GCNcirculars.

The AGILE real-time analysis pipelines in the multi-messenger era