Robotics technology has been a buzzword in almost every industry for decades. The Internet of Things (IoT) has reconstructed how we interconnect with the world around us, and robotics is no exception. With the advancement in IoT robots technologies, robots are becoming more intelligent and efficient, making them an ideal platform for advanced applications and research. The fusion of IoT and robotics has paved the way for developing intelligent robots that can seamlessly communicate with humans and other devices.
This blog post will analyze the top IoT robots for advanced applications and research. We'll examine their features, potential uses, and features. Whether you are a researcher looking to explore the potential of IoT and robotics technology or an enthusiast looking to get your hands on the latest technology, this post will provide valuable insights into the world of IoT robotics.
Petoi Bitle Open Source Robot Dog - $269
The Petoi Bittle Open Source Robot Dog is a fascinating creation that combines advanced robotics with open-source programming. Developed by Petoi LLC, Bittle is a small, four-legged robot dog that can walk, run, and perform a variety of movements. This IoT robot is designed to be an affordable and customizable platform for anyone interested in open source robotics, whether a hobbyist, student, or professional. Here are some critical features of Petoi Bittle:
- Lightweight and durable design
- High-precision servo motors for smooth and precise movements
- Run on OpenCat, an open-source platform for customization and C++/Python/block-based programming
- Unique four-legged design
- Ideal platform for research and experimentation in robotics
- Affordable and accessible for hobbyists, students, and professionals interested in robotics technology and application development
- Optional add-ons such as Arduino compatible smart IoT sensors and smart camera
Kevon Mayers, Solutions Architect at Amazon Web Services (AWS), presented a demonstration at the world's premier energy conference CERAWeek using IoT-connected robot dog Bittle to improve worker safety. Check out his workshop for a complete code demo.
Petoi Bittle - open source robotics kit is an impressive creation that combines advanced robotics with open-source programming. With its affordable price, customizable platform, and wide range of features, Petoi Bittle is an excellent choice for anyone interested in robotics and IoT.
Misty II: The Intelligent IoT Robots - $2,299
Misty II is an advanced and highly customizable robot designed for developers, researchers, and other professionals interested in exploring the potential of robotics and AI. Developed by Misty Robotics, Misty II is an open-platform robot that can be programmed using a variety of programming languages and tools, making it a flexible and adaptable platform for a wide range of applications. These IoT robots are equipped with various advanced robotics sensors and capabilities, including a 4K camera, a depth sensor, and an infrared (IR) sensor. It also has a robust API and a comprehensive set of developer tools that allow users to program the robot to perform various tasks, including speech recognition and natural language processing.
Its modular design, and comprehensive developer tools make it an ideal medium for various applications, from research and development to robotics education and entertainment.
Highlights
- Versatile and programmable robot
- Customizable with various add-ons and skills
- User-friendly interface
- Advanced AI and computer vision capabilities
- Suitable for research, education, and entertainment
Turtlebot3: The Mini IoT Robots - $499.00
The Turtlebot3 is a mini mobile robot developed by Open Robotics. TurtleBot3 is a popular medium-sized robot platform for education, research, and prototyping. These IoT robots are developed by Open Robotics in collaboration with the ROS (Robot Operating System) community and are based on the ROS 2 framework.
It is a cost-effective robot that can be used for robotics research and education functions. Turtlebot3 has a comprehensive software package, including ROS (Robot Operating System) and SLAM (Simultaneous Localization and Mapping). It also features multiple sensors, such as a 360-degree laser scanner, a camera, and an IMU (Inertial Measurement Unit).
Highlights
- Medium-sized, affordable, and customizable robot platform
- Designed for research, education, and hobbyist use
- Modular design, allowing for easy customization and expansion
- It has various sensors and capabilities, such as mapping, navigation, & object detection.
- Controlled through various interfaces such as ROS, Python & C++
Pepper: The Social IoT Robots - $14,000
Pepper is an innovative humanoid robot created by Softbank Robotics to interact with people in social settings. It is equipped with robust sensors, such as cameras and microphones, to detect and react to human emotions and behaviors. Also, it is primarily used in commercial and service industries, such as retail, hospitality, and healthcare, to provide personalized customer experiences and support. It can engage in conversation, answer questions, dance, and sing.
These IoT robots are also highly customizable, with software development kits and programming tools for developers to create their applications and behaviors for Pepper.
Highlights
- Advanced language recognition skills
- Facial recognition and face tracking
- HD Cameras and omnidirectional microphone
- Tactile sensors on arms, chest, and head
- Flexible programming interface with unlimited applications
NAO: The Versatile IoT Robots - $14,990
NAO is a versatile humanoid robot developed by Softbank Robotics that is designed to perform a wide range of tasks in various industries, including education, research, and service. It has sophisticated sensors and abilities, including independent navigation, speech recognition, and object recognition. These are programmable IoT robots that can be customized and adapted for various applications, such as teaching programming and robotics to children, assisting healthcare professionals in patient care, and even performing in entertainment shows.
One of the critical features of NAO is its modular design, which allows users to replace and upgrade its components quickly. It also has a range of accessories and add-ons available, such as arms, hands, and grippers, to enhance its capabilities and applications.
Highlights
- It is used in various applications like teaching coding to children
- It recognizes pre-recording faces, pictures
- It uses color code to express emotions
- It detects the origin of sound and understands what you say
Conclusion
The development of intelligent robots for various applications is now more possible thanks to the fusion of IoT and robotics technology. In this blog post, we've covered some of the best (Internet of Things) IoT robots for research and application, from moving robots like Turtlebot3, Petoi Bittle robotics kit to humanoid robots like Pepper and NAO. These robots appeal to developers, programmers, and engineers who want to investigate the nexus between robotics and IoT because of their wide range of features and capabilities.