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We present a conceptual design of a high-performance camera system withapplications to neutrino detectors, deep sea exploration, and glaciology. Thedesign combines ultra-sensitive cameras with a number of well-calibrated lightsources enclosed in a pressure vessel. The instrument will be capable ofwithstanding extreme environments such as those encountered in Antarctica orthe deep ocean, and be deployable as a standalone system that can be retrievedfor deep-sea exploration or glaciology. The camera system is designed to bereplicated and deployed in multiple detectors, requiring only modestmodifications from one detector to another. The instrument combines a number ofcapabilities essential for neutrino detector calibrations, includingcharacterization of the scattering and absorption properties of the opticalmedium, measurement of geometries via photogrammetry, and detectorsurveillance. The ability to deploy the instrument at different detector sitesalso offers opportunities for cross-calibration efforts. We present theconceptual design of the instrument and describe plans to produce a prototype.

DISCO: An optical instrument to calibrate neutrino detection in complex media