Young children with Type 1 Diabetes (T1D) in the age range of 5-8 years old are a population with clear needs but unique challenges regarding the application of artificial pancreas (AP) technologies. Young children are likely to benefit from an AP system, with current deficits in glycemic control that include both significant hypoglycemia and sub-optimal HbA1c levels; however, they have undeveloped abilities to control and interact with the AP system, posing potential safety issues. During the hours that these children are away from their parents at school and elsewhere, they lack the sophistication to operate the currently-available tools in an AP system--and may induce harm if they are allowed to do so, causing parental resistance to AP use. Commercially-available insulin pumps have mechanisms to lock access to children to prevent inappropriate insulin-delivery. However, the AP is more complex than an insulin pump, both in requiring more detailed setting information (that a child could adversely alter) and in providing alerts for impending low- and high-blood glucose (BG) levels (that one wouldn't want to lock out to child use). These functions are all run via a platform on a smart phone—a device with which young children may already feel a high degree of familiarity and thus be more likely to attempt to explore and potentially change settings. It is likely that young children will benefit the most from a system that gives them access to some AP features but provides access to other features only for their parents. In this sense, young children require a device that is not user-centered as much as family-centered. A redesign of the system to provide appropriate access to AP tools—in which certain users can obtain access to certain functionalities—is direly needed before children in this age range can benefit from the improvements in blood glucose (BG) control that the AP has to offer.