Security patrol robot
Bot-Y Security Patrol
A rugged, autonomous patrol robot for indoor and outdoor sites, designed to work alongside security teams with 24/7 rounds, real-time alerts, and an integrated robot management platform.
Purpose-built for modern sites
Bot-Y is designed for public and semi-public environments such as residential communities, office buildings, science and technology parks, industrial parks, and ports. It performs scheduled patrols and assists security and management personnel with faster detection, clearer situational awareness, and consistent coverage.
When integrated into your existing technical defense ecosystem, the robot becomes a mobile sensor and response unit. It can feed alarms, video, and events into a centralized platform and support operational linkage, including elevator interaction for multi-floor deployments and coordinated incident handling.
Typical deployments include office campuses, residential compounds, and industrial parks.
Core capabilities
Reliable autonomy, clear deterrence, and practical tools for day-to-day security operations.
Mapping and route planning
Build maps, plan patrol routes, and repeat rounds with consistent coverage across defined zones.
Autonomous positioning
On-board navigation and positioning using multi-line LiDAR for stable operation in complex environments.
Obstacle avoidance and safety
High obstacle avoidance with ultrasonic radar, collision sensing, and drop detection for safer patrols.
Warning and deterrence
Red/blue warning light, strobe, and audible broadcasting support to deter intrusions and guide response.
Automatic charging
Uninterrupted patrol cycles with automated charging routines and fast charging support.
Remote control when needed
Multi-device remote control via the operations platform or mobile app for exceptional scenarios.
Surveillance that works day and night
Bot-Y complements fixed CCTV by adding a moving camera platform that can patrol, follow procedures, and look where static cameras cannot. A PTZ camera with starlight night vision supports day-night monitoring, while audio/video recording and wireless transmission enable rapid review and traceability.
Video can be stored securely for later investigation, and live views can be shared with operators during active events. The result is a more complete, three-dimensional security posture that blends static infrastructure with mobile coverage.
PTZ visual coverage
Pan-tilt-zoom monitoring supports patrol verification and incident confirmation.
Starlight night vision
Improved low-light clarity for nighttime patrol routes and dim perimeter zones.
Traceability and review
Recording and event backtracking support investigations and continuous improvement.
Starlight night vision supports day-night monitoring and routine patrol verification.
AI-driven recognition and early warning
Collect, detect, and analyze anomalies to reduce blind spots and speed up response.
Bot-Y can apply intelligent recognition workflows to identify situations that typically require human attention, including detection of abnormal events involving pedestrians and vehicles. A black/white list mechanism can be used to align recognition with site rules and operational policy.
No-parking recognition
Detect vehicles parked in restricted areas and trigger warnings or operator alerts.
Restricted pedestrian zones
Identify pedestrians entering prohibited areas and support deterrence workflows.
Bin capacity recognition
Optional detection of overflowing waste containers to support facility operations.
Recognition tasks can be aligned with your site’s rules and incident-handling procedures.
Environmental sensors and safety monitoring
In addition to visual monitoring, Bot-Y can support early warning through integrated sensors. Temperature and humidity, smoke, and PM2.5 detection can help surface risks that fixed systems may miss, especially in large outdoor spaces and semi-enclosed areas.
Optional expansion can include additional monitoring such as noise and toxic or harmful gases, enabling a broader safety posture for industrial campuses and port environments.
Sensor options can be selected based on environment, risk profile or more requirements.
Temperature and humidity
Continuous monitoring supports early detection of abnormal environmental conditions.
Smoke detection
Early warning for smoke events to assist on-site personnel and accelerate escalation.
PM2.5 monitoring
Optional air quality monitoring supports health and safety policies in public areas.
Robot Management System (RMS)
The RMS platform provides the operational backbone for Bot-Y deployments, including robot status management, navigation task planning, remote behavior control, real-time monitoring, historical video backtracking, real-time alarms and disposal, reporting, and system parameter configuration.
RMS can provide robot and data access interfaces to integrate with smart security systems, police systems, and smart city platforms. Operators can manage robots remotely via computers and mobile terminals, supporting coordinated handling with security teams or public safety staff.
Real-time alarms
Receive alerts, review context, and coordinate rapid handling from a central interface.
Remote upgrades
Remote software upgrades and parameter management support ongoing improvements.
API integration
Interface support for docking with existing systems and workflows.
RMS supports monitoring, task planning, reporting, and integration with existing security systems.
RMS baseline requirements (typical)
| CPU | Intel Xeon E5 2.1 GHz or higher |
|---|---|
| Memory | 16 GB or more |
| Storage | 1 TB or more |
| GPU | NVIDIA GeForce GTX 1060 or higher |
| Network | Gigabit Ethernet |
| OS | CentOS Linux release 7.3.1611 |
| Runtime | Java 1.8.0_121 |
| Web server | Apache Tomcat 8.5.14 |
| File server | vsftpd 3.0.2 |
| Database | MySQL 5.7.18 |
Technical specifications
Practical parameters for planning deployments and confirming environmental fit.
Dimensions and protection
- Size: 800 × 523 × 952 mm
- Weight: 70 kg
- Ingress rating: IP55 (standard)
- Operating temperature: -19 °C to 55 °C
Mobility
- Chassis: four-wheel independent suspension
- Obstacle clearance: 40 mm
- Max climbing angle: up to 10° (site dependent)
- Turning radius: turn-in-place (0)
Performance and power
- Autonomous speed: up to 1.6 m/s
- Remote control speed: up to 2.0 m/s
- Battery: ~6 hours (48V 20Ah)
- Fast charging: ~2 hours
Perception and interaction
- Navigation: 360° multi-line LiDAR (16-line)
- Proximity: ultrasonic radar
- Safety: collision + drop detection
- Controls: autonomous + remote, RMS + mobile app
Specifications and optional sensors may vary by configuration and deployment environment.