Sensors
Heat Sensors: Detecting warm bodies, intruder detection.
Camera Systems: High-resolution cameras for visual monitoring.
Infrared Sensors: For low-light or nighttime surveillance.
Motion Sensors: To detect movement in the surroundings.
Navigation and Mobility:
Lidar (Light Detection and Ranging): Laser-based technology for navigation and mapping.
Ultrasonic Sensors: To detect obstacles and navigate in confined spaces.
Wheels or Tracks: Mechanisms for efficient and agile movement.
GPS Systems: For accurate location tracking.
Artificial Intelligence (AI) and Machine Learning:
Pattern Recognition: Learns and adapts to patterns
Object Recognition: Enables the robot to identify objects.
Anomaly Detection: Detects unusual or suspicious activities.
Communication
Two-Way Audio: Communication between operators and units in the monitored area.
Wi-Fi/Cellular Connectivity: To transmit data and receive commands remotely.
Autonomous Operation:
Obstacle Avoidance: Capabilities to navigate around obstacles without human intervention.
Navigation Algorithms: Algorithms to navigate and patrol predefined routes.
Human-Computer Interaction:
Control Panel: Interface for manual control or programming.
Voice Commands: Allows for verbal commands and responses.
Physical Security Features:
Tamper Detection: Alerts if someone tries to interfere with.
Locking Mechanisms: Secure access to internal components.
Remote Monitoring and Control:
Live Streaming: Enables real-time monitoring of the robot’s cameras.
Remote Control Interface: Take manual control when necessary.
Integration with Other Security Systems:
Alarm Integration: Works in conjunction with alarm systems.
Access Control Integration: Access control systems.
Power Management:
Battery Technology: Efficient and long-lasting batteries for extended operation.