RE2 Robotics announced today that the Company was selected by the Air Force to develop a drop-in robotic system to rapidly convert a variety of traditionally manned aircraft to robotically piloted, autonomous aircraft under the Small Business Innovation Research (SBIR) program.
The Miniature Servo Controller for Extreme Conditions
First-of-its-Kind Initiative Applies Manufacturing and Supply Chain Industry Advancements to Provide Pharmacies with Several Untapped Benefits
New product helps engineers create, maintain, validate requirements efficiently, with fewer errors
"Restore" NextGen Exoskeleton System Developed in Collaboration with Harvard's Wyss Institute
Ten of the most advanced infrastructure robots and systems currently in development will be put to the test later this month at the UK Robotics Week Resilient Infrastructure Challenge event in Leeds.
Element AI Raises Historic $102M USD Series A Funding Round from DCVC and Leading Global Institutions
Funding to create new jobs, accelerate enterprise AI adoption, and create the worlds most powerful AI platform
Stealthy Boxbot wins the Pear prize for UC Berkeley with a tech for autonomous last-mile delivery
Following a soft launch end of May, www.AgriTechTomorrow.com has officially launched its Online Trade Magazine.
Florida Blue Cross Blue Shield to Cover ReWalk Exoskeleton for Paralyzed Plan Member Following Court Decision Deeming the Device Medically Necessary
Ruling Cites Wealth of Evidence, Data to Confirm Exoskeleton Technology No Longer Experimental
HARMAN Introduces Sonique Far Field Voice Input Technology for CE, Enterprise, and Robotics Applications
Sonique is a total voice solution that includes a customizable, high performance microphone array, a suite of voice algorithms to accurately capture voice commands, even in high ambient noise environments, and integration with popular natural voice engines, and low distortion speakers.
Wind River Teaming with Nation's Largest Transportation Proving Grounds, Ohio State University, and Central Ohio Region to Develop, Test Smart Connected and Autonomous Technologies
- Intel® subsidiary Wind River®; Transportation Research Center (TRC); Ohio State University; and Dublin, Ohio are looking to advance safe and secure technologies for self-driving and connected vehicle technologies. - The first phase of the Wind River-led program envisions the creation of "rolling lab" test vehicles developed with Ohio State engineering students and faculty. - TRC, the nation's largest independent vehicle test facility, is set to be the proving ground, providing strategies for testing and validating connected and autonomous vehicle technologies.
RoadBotics Technology Collects and Analyzes Road Surfaces in Real-Time--Allows Municipalities and Transportation Partners to Gain Deeper Insights Into Their Road Infrastructure
AUTOGUIDEâ„˘ LAUNCHES NEW, FULLY-TESTED SUREPATHâ„˘ TUGGER FEATURING AFFORDABLE AND FLEXIBLE NATURAL FEATURE GUIDANCE
New Max-N10 Tugger Can Move Loads Up To 10,000 Pounds With No Tape, Tags or Reflectors
The Next Evolution in Wireless Mesh Networking Doubles Signal Range
Records 676 to 690 of 2020
Mobile & Service Robots - Featured Product
Duro® and Duro Inertial are enclosed dual-frequency RTK GNSS receivers. Designed and built to survive long-term, outdoor deployments, the easy-to-deploy Duro and Duro Inertial combine centimeter-accurate positioning with military ruggedness at a breakthrough price. Duro Inertial features an integrated IMU for continuous centimeter-accurate positioning in the harshest of outdoor deployments.