Canaery is developing the first nose-computer interface to directly read olfactory neural activity, convert it into digital signals, and decode odorants in real-time. By leveraging the unmatched sensitivity and selectivity of mammalian olfaction, this technology enables rapid, adaptable detection of a broad range of chemical threats, from explosives to narcotics and beyond. We are currently transitioning this breakthrough technology from rodents to canines, combining the working dog’s unmatched mobility and operational experience with digital detection capabilities. This approach strengthens protection for both K9s and their handlers by providing early warning of threats, auditable digital records, and far more effective training as rewards can be delivered only when the animal encounters the intended odor, removing ambiguity. This presentation will introduce the scientific principles behind the technology, highlight advances in neural interface design and machine learning that make real-time classification possible, and explore how these tools can enhance working dog operations in the future.
