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Redifining Teleoperation.

Using AWS, Firebase and Agora

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Our Services

For Safer, Smarter Gas Leak Inspections

Teleoperation

Immersive VR Teleoperation

IControl a hexapod robot through virtual reality using Meta Quest Pro controllers. Experience first-person navigation with real-time video streaming from the robot's onboard camera.

View From Robot Camera

Control The Robot Using A Vr Device

Gas Detection

Real-Time Hazardous Gas Monitoring

Demonstrate remote gas detection capabilities with a sensor providing live PPM readings. Visual feedback in VR warns operators as they approach potential leak sources.

Website

Tracks Gas Information

Stores Location

Operation

Autonomous Navigation Integration

Leverage the hexapod's built-in LiDAR and depth cameras to demonstrate obstacle detection and semi-autonomous navigation capabilities.

Autonomous

Case Studies

Hiwonder JetHexa ROS Hexapod

An open-source, six-legged robot powered by NVIDIA Jetson Nano and ROS. Ideal for AI, robotics research, and autonomous navigation, it features Lidar and a depth camera for mapping and obstacle avoidance.
Features :
Lidar and 3D depth camera for navigation
Removable 11.1V 3500mAh battery (~30 min runtime)
6-legged hexapod design (18 DOF)
Full-metal anodized aluminum frame
An open-source, six-legged robot powered by NVIDIA Jetson Nano and ROS. Ideal for AI, robotics research, and autonomous navigation, it features Lidar and a depth camera for mapping and obstacle avoidance.
Features :
Lidar and 3D depth camera for navigation
Removable 11.1V 3500mAh battery (~30 min runtime)
6-legged hexapod design (18 DOF)
Full-metal anodized aluminum frame
An open-source, six-legged robot powered by NVIDIA Jetson Nano and ROS. Ideal for AI, robotics research, and autonomous navigation, it features Lidar and a depth camera for mapping and obstacle avoidance.
Features :
Lidar and 3D depth camera for navigation
Removable 11.1V 3500mAh battery (~30 min runtime)
6-legged hexapod design (18 DOF)
Full-metal anodized aluminum frame
An open-source, six-legged robot powered by NVIDIA Jetson Nano and ROS. Ideal for AI, robotics research, and autonomous navigation, it features Lidar and a depth camera for mapping and obstacle avoidance.
Features :
Lidar and 3D depth camera for navigation
Removable 11.1V 3500mAh battery (~30 min runtime)
6-legged hexapod design (18 DOF)
Full-metal anodized aluminum frame

An open-source, six-legged robot powered by NVIDIA Jetson Nano and ROS. Ideal for AI, robotics research, and autonomous navigation, it features Lidar and a depth camera for mapping and obstacle avoidance.

Features :

Lidar and 3D depth camera for navigation

Removable 11.1V 3500mAh battery (~60 min runtime)

6-legged hexapod design (18 DOF)

Full-metal anodized aluminum frame

Features :

Lidar and 3D depth camera for navigation

Removable 11.1V 3500mAh battery (~60 min runtime)

6-legged hexapod design (18 DOF)

Full-metal anodized aluminum frame

Benefits

Benefits of Ruya for Your Business Growth

Discover how detection automation enhances efficiency, reduces costs, and saves millions of lives.

Industrial-Grade Security

Implements PIN-based authentication and time-limited credentials using AWS Lambda to prevent unauthorized control and ensure auditability.

Industrial-Grade Security

Implements PIN-based authentication and time-limited credentials using AWS Lambda to prevent unauthorized control and ensure auditability.

Seamless Autonomous Navigation

Integrates an EAI G4 LIDAR for real-time obstacle detection, reducng the need for constant human control and workforce while maintaining safety.

Seamless Autonomous Navigation

Integrates an EAI G4 LIDAR for real-time obstacle detection, reducng the need for constant human control and workforce while maintaining safety.

Seamless Autonomous Navigation

Integrates an EAI G4 LIDAR for real-time obstacle detection, reducng the need for constant human control and workforce while maintaining safety.

Dynamic Sensor Data Display

Provides almost real-time insight into the operating environment, allowing operators to make faster, informed decisions and potentially prevent costly equipment failures or accidents.

Dynamic Sensor Data Display

Provides almost real-time insight into the operating environment, allowing operators to make faster, informed decisions and potentially prevent costly equipment failures or accidents.

Dynamic Sensor Data Display

Provides almost real-time insight into the operating environment, allowing operators to make faster, informed decisions and potentially prevent costly equipment failures or accidents.

Low-Latency VR Teleoperation

Achieves real-time video streaming with only 100-150ms low latency using Agora RTC, meeting the safety requirements for effective remote manipulation.

Low-Latency VR Teleoperation

Achieves real-time video streaming with only 100-150ms low latency using Agora RTC, meeting the safety requirements for effective remote manipulation.

We’ve Got the Answers You’re Looking For

FAQs

What problem does Ruya aim to solve?

How does the VR control system work?

What technologies did you use to build Ruya?

What were the biggest challenges in developing this project?

Could this actually be used in real industrial settings?

What problem does Ruya aim to solve?

How does the VR control system work?

What technologies did you use to build Ruya?

What were the biggest challenges in developing this project?

Could this actually be used in real industrial settings?