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After eight observing Cycles, the Atacama Large Millimeter-submillimeterArray (ALMA) is capable of observing in eight different bands (covering afrequency range from 84 to 950 GHz), with 66 antennas and two correlators. Forthe current Cycle (7), ALMA offers up to 4300 hours for the 12-m array, and3000 hours on both the 7-m of the Atacama Compact Array (ACA) and TP Array plus750 hours in a supplemental call. From the customer perspective (i.e., theastronomical community), ALMA is an integrated product service provider, i.e.it observes in service mode, processes and delivers the data obtained. The DataManagement Group (DMG) is in charge of the processing, reviewing, and deliveryof the ALMA data and consists of approximately 60 experts in data reduction,from the ALMA Regional Centers (ARCs) and the Joint ALMA Observatory (JAO),distributed in fourteen countries. Prior to their delivery, the ALMA dataproducts go through a thorough quality assurance (QA) process, so that theastronomers can work on their science without the need of significantadditional calibration re-processing. Currently, around 90% of the acquireddata is processed with the ALMA pipeline (the so called pipeline-able data),while the remaining 10% is processed completely manually. The Level-1 KeyPerformance Indicator set by the Observatory to DMG is that 90% of thepipeline-able data sets (i.e. some 80% of the data sets observed during anobserving cycle) must be processed, reviewed and delivered within 30 days ofdata acquisition. This paper describes the methodology followed by the JAO inorder to process near 80% of the total data observed during Cycle 7, a giantleap with respect to approximately 30% in Cycle 4 (October 2016 - September2017).

Towards the processing, review, and delivery of 80% of the ALMA data by the Joint ALMA Observatory (JAO)