Why is component ruggedness and redundancy particularly critical in infrastructure robotics compared to enterprise software roles?
Answer
Remote repairs in harsh or dangerous locations can be costly or dangerous.
Because these systems operate remotely, the potential for high cost or danger associated with physical repair necessitates maximizing component durability and redundancy upfront.

Related Questions
What environmental characteristic defines the focus of modern infrastructure robotics expansion?What unique design requirement do Mechanical Engineers face when developing infrastructure robotics hardware?Why is component ruggedness and redundancy particularly critical in infrastructure robotics compared to enterprise software roles?What skill set is central to the Robotics Engineer role in this specialized sector?What is the primary function of a Robotics Technician after deployment in the field?What differentiates the work of an Inspection and Monitoring Specialist from traditional inspection methods?What is the specialization AI/Machine Learning Engineers must possess to interpret sensory input effectively?What is the core responsibility of Data Scientists and Data Analysts in infrastructure robotics?In the division of required skill sets, what is the focus of the 'Control Loop' roles?What technical experience will distinguish a candidate beyond general robotics knowledge for future roles?