Beyond Traditional Security Patrol

Monitor, inspect, and respond in environments too risky or complex for human teams.

See Before You Send People

Inspect unknown or potentially risky areas before human teams enter.

Engineered for Demanding Environments

Originally developed for highly demanding operational scenarios, this platform brings advanced capabilities into modern security applications.

Engineered for modern public security missions, our robotic dog is a next-generation versatile platform built to operate in high-risk environments where human presence is limited or unsafe.

With advanced mobility, autonomous navigation, and intelligent sensing, it provides reliable support for law enforcement, counter terrorism forces, and specialized security teams.

Advanced Security for High-Risk Scenarios

✔ Inspect suspicious areas before human entry                ✔ Provide real-time situational awareness
✔ Monitor restricted or sensitive zones                            ✔ Support rapid response decision-making
 

Not Just a Patrol Robot

Unlike general-purpose quadruped robots , this platform is designed for:

Complex, unstructured environments
Long-range monitoring and sensing
High-reliability operation in critical scenarios
Integration with professional security systems

From Passive Surveillance to Active Security

Traditional systems only record events.

Robotic patrol systems actively:
✔ Detect anomalies
✔ Inspect blind spots
✔ Respond to changing environments
✔ Provide mobile, real-time intelligence
 

Robotic dog for securtity is an integrated reconnaissance and rescue quadruped robot-our flagship product in the quadruped robotics category. It is capable of adapting to fully unstructured terrains across all environments, including stairs, slopes, mountains, rubble, and gravel. The robot is designed to operate under extreme conditions, with a wide temperature tolerance of -40°C to +55°C and altitude adaptability up to 5,000 meters.

It can execute precise target location and rescue tasks at distances of up to 100 meters. The platform integrates a comprehensive perception system combining multiple LiDAR sensors and panoramic cameras, enabling full 360° situational awareness with detailed perception.

With powerful onboard computing and universal electrical interfaces, the platform supports modular payload customization tailored to specific mission requirements. It delivers industry-level intelligent solutions for a wide range of advanced security and security applications.

Total equipment weight: ≤75 kg (including 20 kg payload)

Communication options: 4G/5G, radio, or self-organizing mesh network

Intelligent functions:

- 3D mapping

- Autonomous obstacle avoidance

- Real-time video transmission

- Environmental perception

- Autonomous patrol

Maximum mobility speed: 12 km/h (on paved roads)

Inter-floor climbing time:≤30 seconds (18 steps at 20 cm height + 90° turn)

Climbable terrain: Standard stairs, 35° slopes, mountainous terrain, rubble, and gravel (all-terrain capable)

Operating temperature range: -40°C to +55°C

Continuous operation time: >2 hours

Day and night reconnaissance capabilities:

1) Daytime human target recognition range: ≥1000 meters

2) Daytime vehicle target recognition range: ≥2000 meters

3) Nighttime human target recognition range: >300 meters

4) Nighttime vehicle target recognition range: >1000 meters

Target recognition features for rescue tasks:

- Supports recognition of ≥2 target types (e.g., personnel, vehicles)

- Target recognition accuracy: >80%,identification function: ≥2 types (personnel, vehicles, etc., target identification accuracy: >80%)

Tell Us Your Site - We'll Design the Patrol!

Applications in real world scenarios

Designed for Modern Security Environments

Industrial facilities & energy sites            Critical infrastructure         Large campuses & business parks
Warehouses & logistics hubs                   Remote or low-staffed locations
 

Counter-terrorism Reconnaissance & Scouting:

Stealthily navigate ahead of teams in hostile territory, urban environments, or complex structures. It streams back real-time, high-definition video and thermal imaging, identifying threats, hostile positions, and optimal routes without exposing a single operator to initial danger.

High-Threat Counter-Terrorism Operations:

Serve as the first point of entry for clearing rooms and inspecting suspicious devices. Its ability to investigate potential IEDs (Improvised Explosive Devices) provides critical standoff distance, allowing EOD teams to assess and neutralize threats from a safe location.

Search & Rescue (SAR) in Hostile Environments:

Maneuver through collapsed buildings, tunnels, or areas contaminated by CBRN (Chemical, Biological, Radiological, Nuclear) agents. Equipped with advanced sensors, it can locate survivors or identify hazards, relaying vital data back to command before human teams are deployed.

Persistent Perimeter Security & Patrol:

Autonomously patrol critical infrastructure, high-value assets 24/7, in any weather condition. Its onboard analytics can detect anomalies, identify intruders, and provide an immediate mobile surveillance response, ensuring constant vigilance.

Hostage Situation Intelligence:

Discreetly deploy the unit to gather crucial intelligence on the location of hostages and adversaries. Its low profile and quiet movement allow it to provide a live-feed of the situation, giving tactical commanders the critical information needed to plan a successful intervention.

FAQ

Q1: Can the robotic dog be used for law enforcement or public safety operations?

Yes. It is well-suited for law enforcement and public safety scenarios, including high-risk inspections, search operations, and situational awareness tasks.

Q2: How does it improve safety in high-risk situations?

It allows operators to assess environments remotely before sending personnel, significantly reducing exposure to potential threats or hazardous conditions.

Q3: Can it inspect suspicious objects or dangerous areas?

Yes. The robotic dog can approach and inspect suspicious locations or objects while providing real-time visual feedback, helping teams make safer decisions.

Q4: Is it suitable for search and rescue missions?

Absolutely. It can operate in collapsed structures, confined spaces, and unstable environments to assist in locating survivors and assessing risks.

Q5: Can it operate without direct human control?

Yes. It supports autonomous navigation and patrol, while also allowing remote control when precise operation is required.

Q6: How does it compare to traditional surveillance systems?

Unlike fixed cameras, it provides mobile, real-time monitoring and can access areas that static systems cannot cover.

Q7: Can it be used for perimeter security?

Yes. It can autonomously patrol designated areas, detect anomalies, and provide continuous monitoring without fatigue.

Q8: What makes it suitable for complex environments?

Its ability to navigate uneven terrain, stairs, and confined spaces allows it to operate in environments that are challenging for both humans and traditional robots.

Q9: Can it support decision-making in critical situations?

Yes. By providing real-time data and visual feedback, it helps teams assess situations more accurately and respond more effectively.

Q10: Is the system customizable for different missions?

Yes. It can be equipped with various sensors, cameras, and modules to match specific operational requirements.

Q11: Can it be deployed as a first-response tool?

Yes. It is ideal for initial inspection and assessment, allowing teams to understand the situation before committing personnel.

Q12: How does it reduce operational risk?

By replacing or minimizing human presence in uncertain or hazardous environments, it significantly lowers the risk of injury and improves overall mission safety.