Autonomous security robot system with ai-directed physical deterrence

A method for autonomously performing physical deterrence operations using a

• mobile security robot system, comprising:
• capturing environmental data associated with a surrounding environment using one or more sensors deployed on a mobile security robot;
• analyzing the environmental data using an artificial intelligence-based analysis system to identify a potential threat condition;
• determining, based on the identified potential threat condition, a target location associated with a physical deterrence response;
• positioning a robotic actuator system toward the target location;
• and
• activating a deterrence device coupled to the robotic actuator system to perform a physical deterrence operation toward the target location.

An autonomous robotic response system, comprising:

• an artificial intelligence-based analysis engine configured to detect a potential threat condition based on environmental data captured within a physical environment;
• a robotic actuator platform mounted on a mobile robotic system;
• a physical deterrence mechanism coupled to the robotic actuator platform;
• and
• a control module configured to:
• determine a target location associated with the potential threat condition;
• position the robotic actuator platform toward the target location;
• and
• deploy the physical deterrence mechanism toward the target location in response to the detected potential threat condition.