In mid 2014 while performing Alzheimer’s experiments using the conventional drosophila climbing assay method, Justin S. Minck of CSU San Bernardino recognised a potential for improvement. Consulting with Michael J. Kowalski of NetworkActiv Software, a new approach was conceived. Instead of relying on the imprecise measurements of the human observer, a computer-controlled machine was developed to perform those portions of the experiment most tedious and prone to error. The machine would be called AutoDro, and the software would be called ReadySense. The first public model, the AutoDro MK3, was released in early 2015.

Justin S. Minck is a biology student with a background in design, construction, and electrical engineering. Justin has been an avid DIY project enthusiast since the early 90’s, building simple solid state projects, basic robotics, and computer systems. Justin’s love of the natural sciences eventually led him to leave his career in design, to pursue a degree in biology. It was during his work in a research lab while pursuing his degree that it became apparent that a synergy between his technical and scientific skills was necessary.

Michael J. Kowalski is a software developer with a background in biology, language, and information technology. He enjoys finding the limits of computational and other systems; playing the keyboard; and pondering philosophy. Michael has been programming CPU-intensive, multi-threaded systems for over thirteen years. His software applications have been showcased on TechTV and in numerous magazines; these programmes are used by organisations big and small, in business, education, and government.