Top Tech Companies (613)
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BeBop Sensors is an industry leader in providing state-of-the-art customizable intelligent sensing technologies for existing and emerging markets for next generation human interactions, robotics, health and wellness, AR/VR solutions and more for OEMs. Formed in 2014, BeBop’s patented Intelligent Sensing Technologies are changing the way people interact with their devices. BeBop’s customizable reference designs allow technical and management teams to experience our Intelligent Sensing Technologies (IST) firsthand and to develop their own specific product requirements. Inspire your next product innovation or imagine how to disrupt the market of a current product. The flexible, lightweight design senses touch and pressure interactions. It interprets and analyzes captured data such as gestures, pressures, and forces in real time and gives valuable insights and recommendations through our customizable AI/ML algorithms. BeBop has already implemented its sensing technologies in several products in the market today. With these intelligent sensing technologies, comes the next generation of human interaction. BeBop provides highly customizable intelligent sensing solutions to a cross-section of industries and Fortune 500 companies. We’ve designed, fabricated, and shipped millions of state-of-the-art smart fabric sensors. From concept to deployment, we can partner with you to create custom hardware and software, including APIs, artificial intelligence and machine learning (AI/ML).
ESTAT Actuation make robots more dynamic using breakthrough actuator technology.
Hebi Robotics is working to make robots simple, useful, and safe.
WiBotic develops wireless charging hardware and fleet energy management software for the growing mobile, aerial and underwater robotics markets. Our technology is used by hundreds of customers across a range of robotic applications and has even been selected for use by NASA on upcoming lunar missions.
219 Design® is a product engineering consultancy based in the heart of Silicon Valley. We provide product development services to a wide range of clients and industries focused on developing smart products. Created by Stanford engineers, 219 Design is one of the leading interdisciplinary teams of technical experts in product development. Our software, firmware, mechanical, and electrical engineers are adept at solving complex challenges in an evolving world with speed and flexibility. We are trusted partners to leaders in surgical robotics, medical devices, and smart products because we help them choose the right ideas, mitigate risk, and accelerate development. We leverage over 15 years, 100+ clients, and 750+ projects to help clients innovate through iterative prototyping, large and small improvements to existing products, and brand new products alike.
Xwing is on a mission to build the world’s smartest and cleanest air mobility system. With our autonomous flight technology, Superpilot — we're transforming the way airplanes fly so regional mobility will be significantly safer, more efficient, accessible, and sustainable than ever. Our work begins with converting today’s cargo aircraft into remotely-operated airplanes so every person in the world can have greater access to reliable and affordable delivery services no matter where they live. Beyond air cargo, we plan to expand our technology safely, scalably, and sustainably to other areas of commercial aviation. Founded in 2016, Xwing is based in Northern California with offices in San Francisco and Concord, CA. Fast Company named us one of the Most Innovative Transportation Companies of 2021 and a World Changing Idea in 2022; and TIME Magazine featured us on its 2021 Best Inventions List after completing the world’s first fully autonomous cargo flight. Backed by strategic investors, we've raised over $57 million in venture funding to date, and we're partnering closely with the Federal Aviation Administration (FAA) to certify our advanced aircraft. Visit us at xwing.com to learn more. Visit us at xwing.com/careers to join our team.
We’re part designer, part food revolutionary and part roboticist. We’ve solved some of the most complex mathematical and engineering challenges to bring the world technology that can touch billions of people. Creators are a motley crew of engineers, culinary scientists, human-centered designers, machinists, and tested fabricators. We’ve come from institutions like MIT, Stanford, Berkeley, and some of the best junior colleges in our great nation. We’re formerly of places like NASA, Disney Imagineering, the Navy, Chez Panisse, and A’s Burgers. We came together to elevate something so intimate to everyone: food. In order to do that, we created design values for what a dining experience could be, set the bar for what culinary instruments could do, and defined new engineering possibilities. But we’re just getting going. That means that we got a chance to make history by building a better future. It’s an exciting time: while tech has made wonderful progress in drones and autonomous cars, an experience more common than driving, eating, sits in a constant state of tension. That’s because it’s a big, hard problem to solve. Technology must conform to nature, not the other way around. It’s both precise yet subjective; art has to meet science. And yet, as hard as the challenge is, we are already at our first public deployment. From here it’s off to creating a billion experiences. If you want to touch the most people, make food.
Blue Belt Technologies is a medical device company focused on improving the state of patient care through advancing technology and capabilities of surgical instrumentation. Our commitment to forging strong relationships within the physician community allows us to collaborate on a broad range of applications and sub-specialties. Our proprietary technology has the potential to improve minimally invasive techniques in orthopedics, providing physicians with the benefits of computer aided surgical technology and navigation through a myriad of intelligent handheld tools. Blue Belt's flagship product, the Navio surgical system, is a smart instrument with robotic control. The Navio hand piece allows repeatable, precise excision of bone according to an surgical plan, while embodying an elegant and versatile form-factor.
LeadScope, Inc. develops and markets a chemofinformatics application that provides access to research data.
Seegrid combines autonomous mobile robots, enterprise software, and best-in-class services for a complete, connected material handling automation solution. With millions of autonomous production miles driven and zero personnel safety incidents, Seegrid Palion AMRs are reliable, flexible, and proven. The world’s largest manufacturing, warehousing, and logistics companies rely on Seegrid to automate material flow in highly complex environments. From project design through deployment, change management, user training, and data-driven consultation, material flow is both safe and optimized, accelerating automation initiatives today and into the future.
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XYZ Robotics develops AI-powered robotic technologies to transform supply chain automation. We're developing autonomous robotic solutions for put wall sorting and goods-to-person picking. Our robot sorts unorganized, random warehouse goods into groups of customer orders. The solution embodies our strength in deep learning and robotics.
Our mission is to free up the skilled manufacturing workforce from time-consuming, repetitive tasks by delivering turnkey, pre-engineered, robotic solutions. Our focus is providing standardized solutions for the following manufacturing processes: - sanding - grinding - polishing Our cobot-based systems increase productivity and reduce costs for manufacturers by providing standardized, “off-the-shelf” automation solutions that address specific manufacturing needs.
Ware is an enterprise-grade supply chain digitization platform building technology at the intersection of robotics and machine learning. Our first product leverages the power of drones to transform the way warehouses and distribution centers accomplish the critical task of tracking inventory. Trusted by leading logistics companies, we help organizations operate more efficiently by implementing automation into their workflows. We're funded by leading investors, like UP.Partners and Bloomberg Beta, and partnered with innovative companies, like Skydio.
RoboJob is THE specialist in CNC automation. Its Turn- and Mill-Assist Series are standard products for the automated loading and unloading of CNC lathes, milling machines and lathe/milling combinations and grinding machines. These user-friendly products can have a significant positive impact on the profitability, the efficiency and the flexibility of anyone producing small to medium-sized series on CNC machines. Since its start in 2007, RoboJob NV has focused on making the machining industry profitable again, while also re-establishing the industry as an attractive industry for technically skilled employees. In recent years, RoboJob has experienced a rapid growth. This resulted in a significant upscale in the number of employees. As an employer of choice, RoboJob continues to attract new employees with a wide variety of skills. RoboJob-USA is in alliance with https://www.robojob.eu
BlueLabs revolutionizes how organizations approach complex challenges and activate their audiences.
Stryker is a global leader in medical technologies and, together with its customers, is driven to make healthcare better. The company offers innovative products and services in MedSurg, Neurotechnology, Orthopaedics and Spine that help improve patient and healthcare outcomes. Alongside its customers around the world, Stryker impacts more than 130 million patients annually. More information is available at www.stryker.com. Together with our customers, we are driven to make healthcare better.
Abagy is an intelligent welding system that combines robots, sensors, and computers with proprietary software that turns operator-defined welding tasks into commands for robots and controls the welding. Robots are mainly applied in serial production. Abagy brings the efficiency of a conveyor line to non-serial, high variance production. We make robotic systems more adaptable and flexible than ever. Abagy’s goal is to make welding robots profitable for all manufacturers.
DeepMap is focused on the mapping and localization challenge for autonomous vehicles. We work with leading organizations in the automotive sector across the globe. Investors include Andreessen Horowitz, Accel, GSR Ventures, Generation, Goldman Sachs, NVIDIA, and Robert Bosch Venture Capital. Publicly announced customers include Bosch, Ford, Honda, Mercedes-Benz, Ridecell, and SAIC. We are based in Palo Alto, Calif., with a world-class team from Google Earth, Google Maps, Apple Maps, Baidu Maps, NVIDIA, and more. “Maps explicitly designed to be read by machines are a critical enabling technology for safe autonomy. DeepMap fills a vacuum in the market.” — Dr. Ingo Ramesohl, Managing Director, Bosch
THE COMPANY CloudMinds was founded in 2015 with the three elements of many successful start-ups: a bold vision, creative people, and encouraging financial support. The CloudMinds vision is that by 2025, helpful humanoid robots will be affordable for the average household. The vision also includes creating a new kind of venture with the unique international character that earns and keeps the trust of people and markets everywhere. CloudMinds people are vital to making the vision come alive. The company founder is serial entrepreneur Bill Huang, who has a record of turning technology visions into reality. Bill has attracted the CloudMinds team, who are world-class scientists, engineers, business leaders and other professionals. CloudMinds has critical functions distributed across its primary locations in Silicon Valley, Tokyo, and Beijing. Consistent with its international character, team, and locations, CloudMinds is supported by an internationally diverse set of investors, including, Foxconn, Keytone Ventures, SoftBank and Walden Venture Investments. CLOUD CONNECTED SMART MACHINES The benchmark for intelligence is the human being. However, there is no technology to enable human-like intelligence within a humanoid robot. The physical dimensions do not work. While an average human brain weighs less than 1.5 kg (3.5 pounds), the silicon alone for an artificial brain would weigh over one thousand tons! Fortunately, AI of human capacity is being developed and can be provided in the cloud. The distribution of processing is one key enabler. Just as mobile communications are only possible with cellular networks, so too intelligent robots are only possible in the cloud. CloudMinds is creating advanced AI engines in the cloud that will serve as he brains for intelligent robots.
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