Key projects

Virtuoso Robotics turns breakthrough autonomy, AI, and rugged mechatronics into mission-ready machines—from radiation-containment rovers and inspection dogs to courier-sanitation bots—that keep people out of harm’s way and slash exposure 24/7. Our platforms now power more than 80 % of Taiwan’s home-grown robots for radiation work, advancing the global push for safer hazardous-material handling and nuclear-site inspections.

EnviroGuard Rover

An autonomous hazardous-material containment robot built for rugged terrain and off-road mobility. EnviroGuard Rover combines GPS, computer vision, and 3D LiDAR navigation with a six-axis robotic arm and onboard secure containment module to:

Detect & Secure: Identify dangerous objects using integrated sensors and encapsulate them in its sealed storage bay.
Transport & Deploy: Navigate autonomously to the designated treatment zone, then precisely unload the container for safe handling.
Remote Oversight: Stream real-time data and video over 4G/5G so operators can monitor and command missions from a secure control center—keeping personnel out of harm’s way while ensuring mission success.

DuoGuard Bot

An autonomous dual-mode service robot that delivers packages by day and sanitizes by night—proven in campus pilot runs.

Daytime Logistics: GPS, computer-vision, and 3D LiDAR navigation for precise, hands-free package delivery
Nighttime Sanitation: Onboard disinfectant system deploys thorough decontamination across high-traffic areas
Real-Time Control: 4G/5G streaming for remote monitoring, status updates, and mission adjustments
Campus-Proven: Successful pilot demonstrations showcasing reliable round-the-clock performance

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AI-Powered Space-Component Testing Robot

A fully autonomous robotic arm platform infused with AI “intelligence” via a digital-twin brain, designed specifically for precision cosmic-ray exposure testing of space components.

Digital-Twin–Driven Motion
AI continuously analyzes live sensor and historical test data within a high-fidelity digital twin, computing and refining each arm trajectory for ultra-precise target positioning.
Autonomous Adaptation & Control
The robot arm autonomously executes remote-programmed exposure sequences, dynamically adjusting its path in real time to maintain exact placement under varying radiation conditions.
Intelligent Monitoring & Reporting
Integrated AI routines detect anomalies on the fly, log test results automatically, and optimize future runs—delivering repeatable, reliable outcomes with zero manual intervention.

VeBot

VeBot is a modular, AI-powered autonomous mobile robot capable of carrying up to 50 kg payload on a universal top-deck interface designed for rapid module swapping. It uses 3D LiDAR SLAM navigation for real-time mapping and dynamic obstacle avoidance, and supports mid-mission relocation with seamless path replanning. Integrated with ROS for customizable deployments, its robust design and AI-driven autonomy enable reliable operation across indoor and outdoor environments.

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Intelligent PCR Robot

Laboratory robot that autonomously dispenses and mixes multiple reagents under precise thermal-cycling control, cutting operator involvement by over 97% thanks to AI-optimized pipetting and temperature-control protocols.

EnviroScout

A compact indoor robot that autonomously maps, monitors, and reports hazardous conditions— keeping people out of harm’s way while delivering a live, data-rich view of the entire site.

Hazard Mapping – 3D LiDAR SLAM plus gas, particulate, and radiation sensors create precise indoor maps tagged with real-time readings.
Smart Pathing – AI plans efficient survey routes, avoids obstacles on the fly, and allows quick tele-op takeover.
Instant Visualization – Streams heat-mapped data over Wi-Fi or power-line networks to a control dashboard.
Dual-Mode Control – Runs fully autonomously or under remote control; missions can be replayed and compared over time.

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Self-Driving Cart

An AI-driven, self-navigating cart that gives passengers a safe, hands-free tour of parks, resorts, and campuses.

Precision Mapping – 3D LiDAR, IMU, GPS, and visual odometry build centimeter-level maps of the grounds.
Autonomous Routing – Follows pre-planned paths or on-demand waypoints without human input.
Active Safety – LiDAR, cameras, and ultrasonic sensors detect and avoid obstacles in real time.
Four-Seat Capacity – Comfortably transports up to four passengers per trip.
Seamless Ride – Smooth acceleration, gentle turns, and quiet electric drive enhance the sightseeing experience.

Smart Curtain-Inspection Bot

Our Smart Curtain-Inspection Bot replicates manual slider tests using AI-based motion control and adaptive error detection, performing functional inspections at more than five times the speed of human operators

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“Accelerate space-grade validation: our digital-twin-guided testing robot pinpoints components under cosmic-ray bombardment with micron accuracy—no human tweaks required.”

AI-Powered Space-Component Testing Robot