TESLA CO-FOUNDER OF THE U.S. “AUTONOMOUS DRIVING, INDUSTRIAL MACHINERY IS SUPERIOR
“Electric on-road vehicles are typically used for less than two hours a day, so they can be charged while you sleep,” Wright said. Off-road vehicles (industrial machinery such as agricultural and construction machinery) need to operate for eight hours a day.” Therefore, he expressed the view that it is necessary to make the battery easily replaceable and to charge it quickly – Narushi Nakai, Nikkei.
Link – https://www.nikkei.com/article/DGXZQOUF105W80Q4A110C2000000/
A TESLA COFOUNDER IS ELECTRIFYING OFF-ROAD VEHICLES, STARTING WITH DIRTY LAWN MOWERS
“The goal is to develop technology with IP value, which Dimaag will retain, that can be licensed, as with its mower and battery, electric powertrain and charger system.” – Alan Ohnsman, Forbes “We built an ecosystem that will work in the off road machinery space, with proper batteries and proper thermal management, proper power levels and fast charging.” – Ian Wright, VP Engineering, Dimaag
Link – https://www.nikkei.com/article/DGXZQOUF105W80Q4A110C2
DIMAAG ANNOUNCES REVOLUTIONARY ELECTRIFICATION SOLUTIONS FOR THE OFF-ROAD INDUSTRY
Fremont, CA. (Dec. 20, 2023) – Dimaag-AI, Inc., (CEO Satish Padmanabhan; hereinafter “Dimaag”) has deployed the Industry’s First Electric No Compromise Off-Road Ecosystem (ENCORE) on a compact excavator from Hitachi Construction Machinery Group. ENCORE is comprised of Dimaag’s high power, swappable battery modules, inverters, motors, power electronics and software for Electric Vehicles (EV) as well as the charging stations.
Kubota has enlisted Tesla co-founder and engineer Ian Wright to develop farming robots controlled by artificial intelligence, with the partnership working initially on machines that grow wine grapes. The unit has already started to develop concepts for various next-generation agricultural machinery expected for use on vineyards in the United States and are engaged in research and development with Silicon Valley speed way.
Through our collaboration with DIMAAG-AI, we have successfully integrated AI technology into our products, achieving a remarkable level of accuracy and significantly reducing development times. This level of achievement would have been challenging to attain independently. By leveraging OMRON’s extensive expertise in on-site data and customer value cultivated over many years in the inspection business, combined with DIMAAG-AI’s advanced AI technology, we have seamlessly integrated AI into our visual inspection system for electronic circuit boards enabling efficient and effective inspection in high volume production. Furthermore, Dimaag-AI’s Generative AI technology has empowered our new product development teams to transfer existing defects and generate new defect data. This comprehensive system not only enhances inspection quality but also effectively identifies the causes of defective products, resulting in a measurable strategic return on investment.