Since its inception, the trolley problem has sparked a rich debate both within and beyond moral philosophy. Often used as a primer for students to begin thinking about moral intuitions as well as how to distinguish between different forms of moral reasoning, the trolley problem is not without its uses in very practical, applied field like engineering. Often thought of as unrealistic by technically-oriented engineers, trolley cases in fact, help us to think about moral responsibility in a high tech world. (...) This chapter explores the usefulness of trolley-like thinking within the realm of responsible innovation and discusses how despite the inherent issues with trolley scenarios, they remain nonetheless an indispensable tool for helping us to explore ways to maximize our moral responsibility in innovation. (shrink)

The design of collaborative robotics, such as driver-assisted operations, engineer a potential automation of decision-making predicated on unobtrusive data gathering of human users. This form of ‘somatic surveillance’ increasingly relies on behavioural biometrics and sensory algorithms to verify the physiology of bodies in cabin interiors. Such processes secure cyber-physical space, but also register user capabilities for control that yield data as insured risk. In this technical re-formation of human–machine interactions for control and communication ‘a dissonance of attribution’ :7684, 2019. https://doi.org/10.1073/pnas.1805770115) (...) is created between perceptions of phenomena, materials and decision-making. This reconfigures relations not only between humans and machines, objects and subjects, but possibly disrupts attributive functions in the social system of Law. What it requires is shifting a legal accountability for action from a sovereignty of the human to a new materialist account based on a ‘cognitive assemblage’ between physiological data, computation and algorithmic sensing. This paper investigates the function of law as a guidance system to acknowledge this account of sensory and algorithmic computation as autonomous ‘sensing agents’ that may be accountable in situations of risk. This assemblage of robotic computation and sensory determination requires a clearer legal differentiation across the current static terminologies of person, property, liability and rights that maintain strict separations of object from subject. To neglect this, we argue, law will solely impute attributions of error to humans despite evidence of operation via mutual control. (shrink)