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J. Etherton is a key figure in the development of autonomous, robotic astronomical observatories and the software infrastructure that connects them into global networks. Their most impactful contribution is the design and implementation of the Liverpool Telescope, a fully robotic 2.0-metre facility operating unattended at the Roque de Los Muchachos Observatory in Spain. The foundational paper detailing this telescope’s performance and first results has garnered 375 citations, marking it as a cornerstone reference for modern robotic astronomy. Beyond a single instrument, Etherton pioneered the eSTAR (e-Science Telescopes for Astronomical Research) project, which applies GRID computing and intelligent agent technologies to create a distributed network of telescopes. This work enables rapid, autonomous responses to transient events by having software agents discover resources, submit observations, and analyze data in real time. While the eSTAR papers have fewer citations, they represent visionary work in building the “observational grid” that underpins next-generation time-domain astronomy. Etherton’s achievements lie at the intersection of telescope engineering and advanced software systems, enabling a future where telescopes think and act for themselves.