The Jupiter is a complex system composed of a broad diversity of interacting components: regular and irregular moons, rings, magnetosphere, linked together by gravitational, electrodynamic and radiative coupling. At a time when the Juno mission orbits Jupiter and a new wave of space missions to Jupiter is underway with JUICE, Europa Clipper and Tianwen-4, remote sensing of the different components of the system will be critical to provide a comprehensive description of its dynamics and and better understand how it works. This session will review current and planned facilities and programs providing observations of the Jupiter system. It will welcome new ideas of observing techniques, instruments and facilities for Jupiter system observations and encourage international collaborations and citizen science initiatives for observing Jupiter in a new, more integrative perspective over the two coming decades