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UID:pretalx-adass2026-S9FKAW@pretalx.adass.org
DTSTART;TZID=AWST:20261105T093000
DTEND;TZID=AWST:20261105T094500
DESCRIPTION:A major obstacle in time-domain and multi-messenger astronomy i
 s the high entry barrier caused by a fragmented follow-up ecosystem. While
  separate tools exist for alert brokering\, telescope triggering\, and dat
 a reduction\, investigators must navigate disparate software interfaces\, 
 limiting the speed of rapid follow-up campaigns. Addressing this coordinat
 ion gap requires a unified\, end-to-end framework.\n\nTo solve this\, Gemi
 ni/NOIRLab has built the Gemini Observation and Analysis of Targets System
  (GOATS). This single web application consolidates the entire workflow int
 o a responsive chain: as new targets are ingested\, Target-of-Opportunity 
 (ToO) observations are automatically triggered via the new Gemini Program 
 Platform (GPP)\, data are automatically retrieved from archives\, and data
  reduction is performed directly in-browser with live status updates. GOAT
 S further includes lightweight image analysis tools and features to publis
 h final data products to external services\, enabling researchers to trans
 ition swiftly from initial alert to calibrated data. This workflow was exe
 rcised in a live end-to-end demonstration driven by real Rubin alerts\, wi
 th ToOs submitted to Gemini North and South\, and other NOIRLab facilities
 .\n\nThis presentation will cover the primary components\, architecture\, 
 and practical challenges of engineering this multi-service workflow. I wil
 l discuss key elements\, which include a browser extension designed to con
 vert alerts into targets\, the adaptation of a CLI/Python data reduction p
 ipeline into an interactive web UI\, the infrastructure for streaming prog
 ress from long-running tasks\, and programmatic integration with the GPP. 
 I will also outline ongoing efforts to bring interactive\, in-browser data
  visualization and analysis into the same unified workflow. Ultimately\, G
 OATS simplifies a complex landscape into a dependable platform\, lowering 
 the barrier to rapid follow-up so scientists can focus on research rather 
 than tool integration.
DTSTAMP:20261001T101725Z
LOCATION:Banquet Hall
SUMMARY:GOATS: An end-to-end time-domain and multi-messenger astronomy plat
 form - Miguel Gómez
URL:https://pretalx.adass.org/adass2026/talk/S9FKAW/
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