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The contest took place in DiGiovanni's kitchen, where he competed against the robot developed by technology company 1X.

DiGiovanni prepared his steak using traditional methods and his years of culinary experience.

The partnership aims to use Apptronik's robotics specialization with the complex artificial intelligence capabilities of Google DeepMind, which should result in the eventual creation of robots capable of handling complex tasks.

Apollo, Apptronik's latest machine, weighs 160 pounds and stands 5'8'' tall. It's designed to perform physical tasks safely even with humans around them.

Scientists have created a new way to teach robots how to move by using millions of internet videos showing human actions. The breakthrough system, called Humanoid-X, contains 20 million robot poses matched with written descriptions of movements.

This video-based training method aims to make robots better at copying human actions in real-world situations.

The robot's hydraulic system runs on a small 3kg water pump that uses just 200 watts of power and stays cool at 40°C while controlling 40 mechanical muscles.

Traditional robots using air-powered systems need larger 12kg compressors that consume 1.2 kilowatts and overheat at 120°C after an hour of powering just eight muscles.

A new remote-controlled robot has started operations at its first customer site, marking a significant development in robotics technology. The Red Rabbit robot, designed for various industrial applications, launched its initial field deployment as 2024 comes to an end.

The robot specializes in remote-controlled operations across multiple sectors, including construction, logistics, and hazardous environment management.

The robot uses cameras that capture visual, thermal, and sound data to detect problems with rail equipment early.

Rail inspections typically force workers to brave harsh weather and perform physically taxing tasks that can lead to fatigue and accidents.

UK company Engineered Arts created the robot, which moves and responds like a human using advanced AI technology.

Visitors can now interact with Ameca at the museum, watching it demonstrate facial expressions and movements.

The role of AI in society is becoming a more prevalent component in shaping election campaigns - a discussion that is only increasing in relevance as nearly 100 countries, including the United States, Senegal, and Taiwan, head to the polls in 2024. While a study by the Initiative for Media Innovation (IMI) at EPFL indicated that AI’s influence on election outcomes is limited, the technology has become a topic of concern in relation to disinformation, trust, and public confidence in democratic processes.

AI can distort reality through malicious use, with tools like deepfakes and chatbots spreading manipulated content. This undermines the credibility of news across various platforms. The IMI study highlights how AI has influenced global elections in 2024, with researchers analyzing campaigns and their effects.

Artificial intelligence (AI) is poised to revolutionize the medical field, offering unprecedented advancements in diagnostics and treatments through its ability to analyze vast datasets quickly and detect intricate correlations. A prime example of this transformative potential is the AirCare project, a cutting-edge initiative funded with €8 million by the Horizon Europe program and spearheaded by the Istituto Italiano di Tecnologia (IIT) in Genoa, Italy. This ambitious project aims to redefine the diagnosis and treatment of upper aero-digestive tract cancers, which are among the most prevalent and challenging to treat.

One of the AirCare project’s primary goals is to improve diagnostic precision while minimizing patient discomfort. During endoscopic examinations, AI algorithms provide physicians real-time feedback, enabling quicker identification of suspicious lesions. This innovation reduces the reliance on invasive biopsies, expediting the diagnostic process and improving patient outcomes.

Agility Robotics presents Digit as the latest humanoid robot in the team’s commitment to providing robotics solutions to warehouse setups. A recent video demonstration features multiple Digit robots working together, efficiently handling factory and warehouse operations. This event highlights the significant impact robotics could have on the future of production and logistics.

Digit is specifically designed to operate in spaces where humans work. It is equipped with sensors and advanced artificial intelligence that helps it pick, carry, place, and sort items at a level similar to human movement. Built with a humanoid shape, Digit doesn’t need large adjustments to fit existing warehouses. This adaptable quality lets Digit provide a huge advantage in today’s fast-paced production settings.