Everyday Robots develops versatile helper robots designed to assist with everyday tasks in homes and workplaces. These robots utilize advanced machine learning techniques to learn and adapt to new environments and tasks, allowing them to perform a variety of functions such as cleaning and organizing. Unlike traditional industrial robots that are limited to single-purpose functions, Everyday Robots focuses on creating adaptable robots that can handle multiple tasks. The company targets both consumers and businesses looking to improve productivity by automating mundane activities. Their goal is to enhance quality of life and efficiency by providing robots that can autonomously learn and operate in diverse settings. Everyday Robots employs a business model that includes direct sales, leasing options, and subscription services for software updates, ensuring a steady income while offering flexibility to clients.

Robotics & Automation

AI & Machine Learning

Everyday Robots

Wearable devices that help blind people navigate and a recycling station that reclaims plastics are some of the projects Pittsburgh can look forward to thanks to the newest cohort of the Robotics Factory’s Accelerate program.After the completion of its first run, the Robotics Factory recently announced its second cohort for the program. Five companies — ForSight Assistive Devices, HeadStraitLabs, Humotech, Journey Robotics, and Reclamation Factory — will get up to $100,000 in investment, six months of structured programming and content, personalized one-on-one time with industry experts and network-building opportunities. Additionally, they will have access to 12 months of office space at Robotics Factory’s Lawrenceville facility. Beyond the tech, the support encompasses areas like finance, intellectual property, and sales and marketing are critical areas for fledgling companies, Kevin Dowling, managing director of Robotics Factory, told Technical.ly.“When entrepreneurs fall in love with their technology, it is often not a good sign because the technology is more attractive than the problem, but the problem is more important than the technology,” Dowling said.This philosophy underpins the work at the accelerator program designed to support robotics startups. It offers capital, mentorship, and resources for entrepreneurs, funded by a $63 million Build Back Better Regional Challenge grant from the U.S. Economic Development Administration.A broad definition of robotics applies to many fieldsThe Robotics Factory program begins with a rigorous selection process. It focuses on companies rooted in Southwestern Pennsylvania with a viable product concept, a detailed plan for a product that addresses a market need, or minimum viable product, the most basic version of a product that can still be released to customers. “We look for companies with a local base and a basic understanding of their market,” Dowling said.Of course, given the title of the program, the company also has to be connected to robotics. That could mean a lot of different things though.“We have a broad definition of robotics,” Dowling said

Pittsburgh’S Next Generation Of Robotics Startups Are Revving Up On Robotics Row

Earlier this year, ActiveMedia, Inc. worked with Everyday Robots to demonstrate that integrating a powerful language model such as PaLM into a robot learning model could not only enable people to communicate with a robot — but also improve the robot’s overall performance.

Helping robots learn from each other

If you’ve used a smart voice assistant such as Alexa, Siri and whatever-Google’s-smart-assistant-is-called, you’ll probably have noticed that the tech is getting smarter every day. Google can wait on hold for you, Siri can speak in a gender-neutral voice and Alexa can read you bedtime stories in your dead grandmother’s voice. Robotics is evolving in leaps and bounds as well, as we explored in our Robotics event last month. The gap between the two — voice commands and autonomous robotics — has been vast, for a number of reasons. Last week, we went to Google’s robotics labs in Mountain View to see how that’s set to change in the near future. Teaching robots what to do for repetitive tasks in controlled spaces where humans aren’t allowed isn’t easy, but it’s more or less a solved problem. Rivian’s recent factory tour was a great reminder of that, but the use of industrial robotics is everywhere in manufacturing

Google Makes Robots Smarter By Teaching Them About Their Limitations

Develops adaptable robots for everyday tasks

Everyday Robots

Develops adaptable robots for everyday tasks

Everyday Robots

Develops adaptable robots for everyday tasks

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