Trend 2025: Energy requirements often depend on the size of the AI model

Scientists estimate that the energy consumption of artificial intelligence could increase to up to 134 terawatt hours by 2027. AI training also requires a considerable amount of water-training the GPT model is said to have consumed around 700,000 liters of cooling water.

Exploring the Future of Supply Chain in 2025

Many of the changes that will impact supply chains in 2025 are not new, but the frequency and intensity has the potential to bring new levels of strain to already stretched supply chains. So, what can companies do to prepare for 2025 and beyond?

OSARO CEO Derik Pridmore's 2025 Robotics Predictions: AI-Powered Solutions and Practical Automation Take Center Stage

As we enter 2025, the robotics landscape is evolving rapidly. Derik Pridmore, co-founder and CEO of OSARO, a leading provider of AI-powered robotics solutions for industrial automation, shares his expert predictions for the year ahead.

AI Route Optimization Saves Money, Cuts Fuel Consumption and Provides Faster Delivery Times

Amazon, which pioneered same-day delivery, uses an AI system that requires digesting a huge amount of data to determine the best routes to avoid traffic and get the driver to your home in the fastest possible time.

Beyond the Beaker: Robots and AI Take Center Stage in Modern Chemistry

Artificial intelligence (AI) and robotics are becoming integral to the chemistry industry. Worldwide, universities are racing to expedite research to benefit all sectors, including energy and consumer technologies.

The Battle of Price and Progress: Making AI Affordable for the Smaller Businesses

Brain-inspired architectures are making AI models more efficient and less resource-intensive. This convergence of AI innovation and energy efficiency points to a future where AI isn't just the domain of large corporations but a tool accessible to all.

Carnegie Robotics Unveils Cutting-Edge Body-Worn Compute System for Military Use

Carnegie Robotics introduces military-grade, body-worn compute system called CardShark that is gaining traction with Booz Allen Hamilton

Can Predictive AI Lead Robotics Education to Its Next Evolution?

Institutions using predictive AI in education are already seeing adaptive learning platforms that make robotics training more accessible and relevant to evolving industry needs.

NVIDIA Advances Robot Learning and Humanoid Development With New AI and Simulation Tools

New Project GR00T workflows and AI world model development technologies to accelerate robot dexterity, control, manipulation and mobility.

AI Capabilities in Humanoid Robots

Artificial intelligence can have infinite patience and allow human staff to take needed breaks to rest and recover from the highly stressful environments that working with challenging individuals can present.

NVIDIA Brings Generative AI Tools, Simulation and Perception Workflows to ROS Developer Ecosystem

Among the reveals were new generative AI nodes and workflows for ROS developers deploying to the NVIDIA Jetson platform for edge AI and robotics.

Reliable Industrial Robots with AI - Enhancing Fail-Safe Operations with Predictive Maintenance

With industrial robots' hourly operating rate of $2500, the financial impact of their failure can escalate quickly. Thus, it is crucial to avoid such technical disruptions in operations, whether it involves one singular robotic arm or several hundred industrial robots.

Pittsburgh Steels Itself for Innovation With Launch of NVIDIA AI Tech Community

Carnegie Mellon University and the University of Pittsburgh will accelerate innovation and public-private collaboration through a pair of joint technology centers with NVIDIA.

AI-generated images can teach robots how to act

Gen AI models aren't just good for creating pictures-they can be fine-tuned to generate useful robot training data, too.

SenseRobot's AI Chess Robot Triumphs Over Four-Time Women's World Chess Champion

SenseRobot Chess has achieved a significant breakthrough, mastering complex engineering challenges that allow its intelligent robotic arms to precisely grasp and position 3D chess pieces - marking a first in household robotics.

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