The leading autonomy platform driving robotic and AI applications at scale, empowering organizations to automate and infuse intelligence into core operations.
Automated, accurate inventory management.
Autonomous, safe commercial cleaning.
Collect and analyze inventory with advanced, fully autonomous robots and AI to ensure the right product is on the right shelf at the right price.
Elevate environmental hygiene with intelligent floor cleaning robots for optimized operations and deep insights.
Efficiently oversee and engage with your locations from a distance using virtual tours.
Transform shopping experiences with advanced inventory tracking, pristine floor care, and efficient site management.
Boost productivity & safety
Create safe and clean learning spaces
Elevate passenger satisfaction
Attract customer loyalty
Enhance sanitary healing
Improve guest experiences
Creating profitability in retail is more complex than ever. We bring together conversations and stats from multiple data sources so you can be part of retail’s next chapter.
Tim Prieve reveals an overlooked truth in retail: what you think is happening in your stores often isn’t the full truth. He breaks down how closing this “reality gap” with robotics unlocks more than just operational efficiency—it redefines how retailers see and solve their everyday challenges.
Brain Corp has been leading the way in AI robotics since 2009, with the goal of creating a safer and more efficient future through the use of the world's largest fleet of autonomous mobile robots.
Partnering with leading OEMs to power advanced robotic solutions.
Join Brain Corp's team of innovators and brainiacs in shaping the future of robotics and AI.
Stay informed with Brain Corp's latest press releases on robotic AI innovations.
Major milestone highlights the rapid global adoption of automation, as Autonomous Mobile Robots (AMRs) revolutionize operations in retail, warehousing, education, airports, and beyond.
Companies investing in artificial intelligence should be aware that their systems will produce inaccurate results if fed low-quality data.
