Drones are becoming increasingly common in fields that rely on working dogs, such as search and rescue missions, agricultural monitoring, and environmental assessment. As their use expands, researchers are exploring how unmanned aerial systems might collaborate directly with dogs and support their handlers at a distance. In a preliminary study presented at the International Conference on Animal-Computer Interaction, Foster, Agcayazi, Bozkurt and colleagues (2019) evaluated the challenges and opportunities of integrating drones into canine–technology systems.
The team’s prior work centered on improving canine welfare through on-body sensors capable of monitoring behavior, physiology, and micro-environmental conditions. These technologies provide real-time insights into a dog’s stress, exertion, and situational context, especially in harsh or remote environments. Building on this foundation, the researchers introduced drones as complementary tools capable of assessing the broader macro-environment around working dogs.
From an Animal–Computer Interaction (ACI) perspective, drones offer several potential advantages. They may enable remote welfare monitoring when handlers cannot stay close to the dog, enhance situational awareness by capturing overhead visual data, and even assist with computer-assisted canine training systems. However, the preliminary evaluation also identified technical and behavioral challenges, such as ensuring reliable communication between systems, training dogs to respond appropriately to drone cues, and minimizing environmental noise or distraction.
Despite these challenges, the study highlights promising directions for future development. Effective dog–drone collaboration could improve operational safety, deepen human–dog–technology partnerships, and expand the capabilities of working dogs across diverse industries. The authors emphasize that thoughtful design, welfare-centered evaluation, and continued interdisciplinary research are essential as ACI frameworks move toward integrating autonomous aerial systems.
Source: Foster, M., Agcayazi, T., Bozkurt, A., et al. (2019). Preliminary Evaluation of Dog-Drone Technological Interfaces: Challenges and Opportunities. International Conference on Animal-Computer Interaction.
