TECHNOLOGY
Patents and Certifications
Vision System
AI Vision System on Edge Devices
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2D/3D object detection and classification
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Single-frame and time-series image data analysis and inspection
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Customizable AI vision recognition systems tailored to specific needs
Smart Farm
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Crop recognition, management, analysis, and automated harvesting robots
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Livestock recognition, monitoring, analysis, and movement path tracking
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Worker (pedestrian) detection and tracking
Smart Factory
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Product recognition, analysis, and management
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Quality control and analysis of manufactured goods
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Vision-based pick-and-place robotic automation
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Autonomous Driving
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Powered by advanced AI, our autonomous driving algorithm interprets data from LiDAR, cameras, and other sensors to recognize the environment and make intelligent decisions—start/stop, speed control, and path planning—all with safety and efficiency in mind.
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With Rendezvue’s cutting-edge autonomy, there’s no need for magnetic tapes or external guides. Our robots rely on 3D HD Maps to flexibly generate new routes, achieving truly independent navigation.
AI-Powered Autonomous Driving Kit
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LiDAR + Camera-based autonomous driving software
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Recommends the most suitable LiDAR model based on site and customer requirements
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Compatible with various mobile platforms, including mecanum and differential wheel systems
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Autonomous Mobile Robot
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Our mobile robot, powered by an AI Autonomous Driving Kit, is designed for versatile applications across smart farms, smart factories, and more.
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Users can conveniently call the robot using a smartphone, or send it to a specific destination with cargo on board.
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Once it reaches the target location, the system can trigger a customized alert to notify another worker, streamlining collaboration and task handoffs.
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Smart Farm Robot
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Unlike standardized factory settings, farms present dynamic and unpredictable environments where workflows are difficult to rigidly define. Because agricultural work often involves collaboration between humans and robots, it demands autonomous mobile robots that can intelligently adapt to changing conditions in real time.
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Rendezvue’s fully autonomous smart farm mobile robot is designed to operate seamlessly in a variety of environments, including glass greenhouses, plastic tunnels, containers, and vertical farms. Especially in greenhouse setups that utilize rails, our robot can autonomously detect and enter or exit the rail system without external guidance—making it a truly autonomous solution optimized for smart farming.
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We apply robotic automation to repetitive, labor-intensive farming tasks in smart farms. Our robots are designed for efficiency, scalability, and can deliver flexible labor output based on the specific needs of each operation.
Logistics Robot
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This is a fully smart-farm-ready mobile robot equipped with an AI Autonomous Driving Kit.
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It assists with labor-intensive tasks in smart farms by automatically transporting harvested crops to storage, carrying heavy loads such as fertilizer bags, and even following workers autonomously to support them in the field.
Unmanned Spraying Robot
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Ultrafine spraying (droplet size ≤ 200μm) increases the amount of pesticide that adheres to crops by up to 15–20%, as the fine particles remain suspended in the air longer. However, this also raises the risk of inhalation and skin exposure for human workers, so it is ideally performed in fully unmanned environments.
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Rendezvue’s fully autonomous spraying robot delivers safe and efficient pesticide application in enclosed greenhouse environments without the need for human presence.
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With our integrated AI vision system, the robot can automatically recognize target areas and perform precision-targeted spraying, reducing overall chemical usage and minimizing waste.
Crop Monitoring and Harvesting Robot
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The robot moves freely between crop rows in the smart farm, collecting data on both crops and the overall farm environment.
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It analyzes potential hazards, and when anomalies are detected, it marks the risk zones to alert human operators.
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Based on the data collected periodically, the robot provides valuable insights for smart farm environmental control and supports informed farm management decisions.
