<p>Major geological hazards can devastate essential infrastructure and result in widespread injury and death. Understanding the underlying processes that can lead to these hazards and providing analysis-ready datasets in a timely fashion is crucial for hazard monitoring and disaster response and recovery efforts. In support of NASA's vision, we are committed to an open-source science initiative enabling the transparency, inclusivity and accessibility, and reproducibility of  Earth observation data – all fundamental to the pace and quality of scientific progress. Under a NASA ACCESS effort, we have: 1) significantly lowered the latency of delivering displacement products, i.e. the Sentinel-1 Geocoded Unwrapped (S1-GUNW) products, and 2) enabled the expansion of the displacement data archive to over one million S1-GUNW products, currently making ARIA one of the largest open InSAR archives spanning continental scales across most major active tectonic and volcanic regions (Sangha et al., 2022). The scientific analysis of these products is streamlined via the open-source ARIA-tools, which simplifies the download and preparation of S1-GUNWs for time-series analysis through the open-source MintPy software (Yunjun et al., 2019). The derived datasets can support science applications as well as timely science-driven decision-making efforts, particularly, after or during disaster and recovery periods.</p> <p>Here we demonstrate how our updated infrastructure, driven by an open-source Hybrid Pluggable Processing Pipeline (HyP3) cloud architecture, can be leveraged to support open science and disaster response applications ranging from analysis of volcanic unrest and earthquakes, to characterizing broader-scale tectonic processes.</p>