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Nimble robotics feifei sebastian12/7/2023 ![]() “Nimble addresses both reliability and integration concerns. Additionally, the notoriously high capital and time costs of technology integration within the fulfillment center has stifled retailer’s willingness to implement and adopt new technologies. It is the most challenging task to automate because of the vast diversity in product size, shape, weight and fragility, and thus has been the most labor-intensive part of the fulfillment process.Īutomated piece-picking has yet to be adopted at scale because robots have struggled to handle the millions of different eCommerce products with human-level reliability. In even the most highly automated fulfillment centers, the piece-picking task, where products are picked off a shelf or out of a bin and packed into the customer order, remains a manual task performed by people. In the past decade, advances in warehouse automation have been primarily confined to robot shuttles and conveyor systems that transport shelves and bins of inventory from storage to manual pick stations in what is called a goods-to-person system. In today’s fulfillment centers, the process of picking, handling, and packing individual products into customer boxes is still performed manually. Our next-gen robotics technology will allow retailers and grocers of all sizes to have the fastest and most affordable fulfillment,” said Simon Kalouche, Nimble’s founder and CEO. We’ve assembled an all-star team of engineers to build the future of autonomous on-demand fulfillment to solve this problem. “There is no fulfillment solution that can handle double the orders, fulfill them in half the time, with half the staff, for half the cost. With a declining available labor pool and sky-rocketing eCommerce sales there is a shortage of over half a million warehouse workers. Finding reliable warehouse labor now ranks among the highest pain points for retailers as they attempt to maintain business continuity and simultaneously scale their fulfillment operations. Today, Nimble robots are deployed in fulfillment centers across the United States picking over 100,000 items per day for customers including several Fortune 500 retailers.Ĭatalyzed by the Covid-19 pandemic, eCommerce doubled in 2020, accelerating nearly 10 years of growth in the span of just a few months, according to McKinsey & Co. Nimble’s fleet of AI-powered robots intelligently pick, pack, and handle millions of products, spanning from apparel and electronics to beauty, general merchandise and grocery items. Nimble’s mission is to democratize affordable, on-demand fulfillment for every ecommerce retailer. Sebastian Thrun, Founder of GoogleX and Waymo (Google’s self-driving car division), co-founder of Udacity and CEO of Kitty Hawk, former Director of Stanford’s AI Lab (SAIL).Fei-Fei Li, Sequoia Professor Computer Science at Stanford University, Co-Director of Stanford Institute for Human-Centered AI (HAI), former Director of Stanford AI Lab (SAIL), former Chief Scientist of AI at Google Cloud, Twitter Board Director, and creator of ImageNet.The company also announced the appointment of AI industry pioneers to its Board of Directors: “I am excited about the team at Nimble and their ambition to invent the next generation of fulfillment centers, building on the best of robotics and artificial intelligence.” The capital raised will further accelerate the company’s hiring plans, product and technology development and scaling of robot deployments for its customers’ fulfillment operations. SAN FRANCISCO–( BUSINESS WIRE)– Nimble Robotics, Inc., a robotics and ecommerce fulfillment technology company, today announced a $50 million Series A financing led by DNS Capital and GSR Ventures with participation from Accel and Reinvent Capital among others. Swartz Entrepreneurial Fellow and a NASA Space Grant Fellow.Nimble adds AI pioneers Fei-Fei Li and Sebastian Thrun to its Board Simon is a Forbes 30 under 30, a NDSEG Graduate Research Fellow, a James R. ![]() Simon holds dozens of research publications and patents and his work is featured in premium outlets such as WSJ, Forbes, Tech Crunch, IEEE Spectrum, The Verge, Wired, and Modern Material Handling. Simon has developed intelligent robotic systems for warehouses, dynamic legged robots for the Department of Defense, space robots for NASA's Jet Propulsion Lab and autonomous off-road vehicles for the Air Force Research Lab. in Mechanical Engineering from The Ohio State University. ![]() in Robotics from Carnegie Mellon's Robotics Institute and a B.S. Prior to founding Nimble, Simon was a PhD student and researcher at Stanford advised by AI icon Fei-Fei Li and the father of self- driving cars, Sebastian Thrun. Simon Kalouche is an inventor, engineer and entrepreneur developing next-gen intelligent robotic systems as founder and CEO of Nimble Robotics. ![]()
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