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1In this paper we present the development of an integrated microscopic mobility simulator, 2 SimMobility Short-Term (ST). "Integrated" as its models, inputs and outputs, simulated components and 3 code-base are integrated within a multi-scale agent-and activity-based simulation platform capable of 4 simulating different spatial-temporal resolutions and account for different levels of travelers' decision 5 making. "Microscopic" as both the demand -agents and its trips -and the supply -trip realization and 6 movements on the network -are microscopic, i.e. modeled individually. Finally, "Mobility", as it copes 7with the multimodal nature of urban networks and the need for the flexible simulation of innovative 8 transportation services such as on-demand and smart mobility solutions. This paper follows previous 9 publications that describe SimMobility's overall framework and models. SimMobility is a multi-scale 10 platform that considers land-use, transportation, and mobility-sensitive behavioral models. SimMobility ST 11 aims at simulating the high-resolution movement of agents (traffic, transit, pedestrians and goods) and the 12 operation of different mobility services and control and information systems.