Schools are now introducing the basic principles of robotics to children at a very early age.
Robots now use electrostatic attraction to manipulate the more fragile goods on assembly lines
A new technology will help construction workers to handle heavy loads.
A new camera-vision positioning technology developed in Australia is the latest chapter in the automation process that is shaking up the mining industry.
It is just a matter of time until this smart and robotic help arrives to the field of construction. Pay attention to these three promising prototypes that we have come across.
A new underwater robot will allow exploring ecosystems with difficult access to improve their protection.
A new technology devised by researchers at MIT can correct the movements of a robot just by the power of thought.
Many of the most complex operations performed currently by professional divers in submarine environments could end up being accomplished by Autonomous Underwater Vehicles.
A startup in the USA is working on the first fully automated farm.
A six-wheeled robot courier model is already trudging the streets of several cities across the United Kingdom, Germany, and Switzerland.
Bioinspired robots, one of the latest technology trends, can mimic the behavior of animals. One of the latest models is a robotic fish.
Developed by researchers from MIT and BMW, the new software implemented in the robot industry allows machines predicting the movements of human operators in a car factory.
Scientists at the MIT have designed a new sensor-equipped robotic arm that can identify and classify waste for recycling.
The test for this robotic technology was carried out in a village in India, where the device helped improving child hygiene.
An innovative robot can build the basic framework of a house in just a day, laying up to five hundred concrete blocks per hour.
The new miniature robot fits in the tightest of spaces and, beyond inspecting pipes, could be the beginning of a new underground robotic era.
The integration of AI is paving the way for an era of autonomous robots poised to assist in diverse fields, ranging from agriculture to elderly care.
From laying bricks to mapping inaccessible locations, construction robots improve safety and efficiency.
The new zinc batteries are adaptable and modular, similar to the energy reserves of animals, and are distributed throughout the robot's structure.
The IceBot is an innovative device that can work in the coldest and harshest environments while harnessing on-site resources.
Cutting paper with scissors, using tweezers, or grasping objects are some of the abilities of the new robotic hand designed by Korean researchers.
Inspired by the Pacific mole crab, the new burrowing robot will allow the monitoring of terrain, including the seabed.
Soft robots developed by a team of researchers are biodegradable, edible, and bendable, and are printed with bio-inks made from seaweed components.
Recent research demonstrates the feasibility of sunlight as a power source for autonomous underwater vehicles and fixed sensors.
A team of scientists has created a robotic system capable of detecting the temperature, texture and other qualities of waste for sorting.
A robotic arm dedicated to caring for coral reefs is one of the latest examples of how robotics is being utilized to protect the planet.
A pioneering study sheds light on the environmental role of icebergs, thanks to underwater robots that capture their disintegration in real time.
Scientists have developed a roadmap for the contribution of robots to sustainability – and there are already examples in the real world.
