"For some, artificial intelligence (AI) brings to mind HAL 9000 from “2001: A Space Odyssey.” For others, it’s everyday tools like Siri or Google Home. Today, though, AI is doing much more — powering advances in industry, science, and medicine while driving innovation in numerous automation solutions. The recent surge in the use of AI for real-world applications is especially prevalent in the fields of robotics and physical AI, where intelligent systems are enabling machines to sense, move, and respond to their environments with greater autonomy.
Artificial intelligence has been used for several years to analyze big datasets quickly. Its applications in theoretical research are leading to advances in technology, science, biomedical research and academic research that benefits from the rapid identification, cataloguing and analysis of reams of information to a more manageable subset. Theoretical applications in the digital world of AI, which is intended to provide clarity and answers about the universe, the world, or medical and scientific research are the best understood uses of AI for most people.
Recently, there has been a surge in the use of AI for real-world applications, especially in the field of robotics. Whereas digital AI focuses on theoretical applications, physical AI employs machine learning and AI to “teach” a robot how to do tasks that were historically too complex for a machine to complete. Rather than relying on complex foundation models and coding, this AI application relies on machine learning and reinforcement learning to improve the robot’s ability to complete complex tasks."
The top networking event of the year for the automation industry will be here before you know it. This January 19–21, 2025, 700 of the biggest industry players are set to meet in Orlando, Florida, at this year’s A3 Business Forum. There are so many reasons to attend this unparalleled event, including these can’t-miss keynotes.
Dianne shares her remarkable journey, from surviving a three-family apartment in Beijing to becoming an executive shaping global AI strategy.
She and Brian Heater explore AI’s impact on jobs, immigrant grit, ethical guardrails, leadership mistakes, and what it really takes to grow careers in the age of automation.
This new course from A3 explores how to design and orchestrate multiple AI agents working in conjunction with one another. You will study how teams of AI agents can coordinate, specialize, and adapt to achieve autonomous industrial operations that go beyond what any single agent could accomplish.
According to some reports the AI in construction market is expected to grow from about $4 billion today to almost $12 billion in just the next few years. There’s a lot of new technology coming. But if you’re running a small or midsized construction firm, what AI tech could you be leveraging this year to increase productivity and products? Here are a few real life products and companies that you should be considering.
On a farm in Phoenix, one person with an iPad can weed a field of vegetables that once required 20 workers on their hands and knees under a hot sun.
The Duncan Family Farms employee controls the LaserWeeder, an AI-powered machine created by tech start-up Carbon Robotics, that attaches to the back of a tractor. It identifies and eliminates unwanted weeds with a laser, illuminating the ground like a flickering Xerox machine as it crawls over carefully planted fields.
A global study from IFS, a provider of Industrial AI software and Accenture has highlighted a key transformation within the manufacturing industry. The report indicates a sector-wide change towards service-driven revenue models, with industrial AI emerging as a central component for delivering more intelligent and personalised customer service.The findings suggest that while the intent to modernise is present, significant hurdles remain in achieving comprehensive AI integration.
