Over the past few decades, robots have transformed from expensive industrial exhibitions to workhorses of everyday work. From life sciences to electronics and from food to consumer goods manufacturing, we’ve seen more and more industries adopting robots. This owes a great deal to new flexibility, better machine vision, and the…

Technology companies and OEMs patted themselves in the early self-driving industry. While in 2021, most of the mass production was delivered systematically in ecological alliances. For example, Tesla has cooperated with charging pile companies to set up a network in the United States. Not long ago, on the “1024 Xpeng…

The Truth About Mass Production: From Fancy Concept to Pragmatic Safety The automotive industry has never been short of unbridled creativity, and fully self-driving cars may be the “peak” of the imagination. However, since the industry has developed to the present, L5-level autonomous driving is still far away. When the whole industry has to land, what autonomous driving is growing into…

China’s Autonomous Driving “Blowout” in 2021 Having seen too many “first years” and “bubbles”, here is a question: Is the “blowout” of the autonomous driving commercialization real and reliable in 2021? Frankly speaking, the emergence of the entire industry’s inflection point may be too early. According to a research report released by McKinsey, the cost per…

According to TechCrunch, Japan’s Mitsubishi Electric is launching a pilot program to explore the value of autonomous robots. The company will partner with startup Cartken, to release a handful of Cartken ’s delivery robots at a mall in Japan, offering indoor and curbside food delivery. They are initially for Starbucks…

Occupying a fundamental position in the three industries, agriculture, as the foundation of human survival, is crucial to economic and social stability and development. However, with the rapid population growth, the gradual shrinking of arable land and the acceleration of urbanization, the challenges facing agriculture are becoming more and more…

AI, machine learning (ML), and IoT sensors can provide algorithms with rich real-time data to improve agricultural productivity and crop yields, and reduce food production costs. According to UN projections on population and starvation, the global population will increase by a further 2 billion by 2050, and agricultural productivity will…

“Agriculture” — One of the Most Promising AI and ML Application Scenarios Imagine that there are at least 40 basic processes that need to be tracked, highlighted, and monitored simultaneously in these large-scale farming areas, often with hundreds of acres as the basic planning unit. There are major problems of great practical significance, expected to be solved by ML, including in-depth analysis…

Smart Agriculture is Booming Global spending on connected smart farming technologies and systems, including artificial intelligence and machine learning, is expected to triple to $15.3 billion by 2025, according to a forecast published by BI Intelligence Research. According to data released by Markets & Markets, spending on AI technologies and solutions in agriculture alone…