News

sereact

The mission of sereact is to enable robots to work self-reliantly. Through their AI software, machines can perceive their environment, develop intelligent decisions and implement them. This fully automates pick and place processes, making them more efficient, reliable and crisis-resistant.

Ras Labs

Add a sense of Touch to your Robot!  Ras Labs’ Tactile Finger Tip™ Sensor.  Ras Labs has combined material science innovation with data science and precision engineering to provide the first, state-of-art, tactile sensor for robotics fingers.

Radmantis

Radmantis is a majority woman-owned environmental engineering company that develops uncrewed and human-assistive fish management for the protection of natural resources, smart fisheries, and improved seafood production with precision aquaculture. Our robotic tools combine image processing, ML-inferencing, and physical and behavioral exclusion techniques.

Opteran

Billions of years of evolution – one software mind

Opteran harnesses algorithms evolved in insect brains to make autonomous machines as robust and efficient as nature. We call it ‘Natural Intelligence’.

Natural Intelligence reverse engineers the innate structure and function of actual brains. Solving autonomy in the real world and enabling machines to behave like natural creatures.

InOrbit

InOrbit provides a platform for robot operations (RobOps), enabling companies to improve the efficiency of their fleet while focusing on their unique differentiators. Their mission is to maximize the potential of every robot.

Haystack Ag

Haystack Ag develops cost-effective and highly accurate soil carbon measurement solutions for growers and carbon markets. Their automated and scalable service offering helps drive regenerative farming practices that hold huge potential to build soil health, sequester carbon, and reward growers for ecosystem services.

Hathaway Robotics

We utilize 3D printing technology to build a variety of modular heavy-duty UGVs and AMRs. Our main areas of focus are the manufacturing industry and warehouse automation. Hathaway’s AI division provides software packages to convert existing UGVs to AMRs.

Black-I Robotics

Black-I Robotics makes large autonomous mobile robotic arms for picking, placing and palletizing bins, totes, and cases for manufacturing and logistics applications. We also manufacture outdoor unmanned ground vehicles.

Aura Intelligent Systems

Aura is building an all digital mmWave imaging radar for emerging mobility applications. Aura’s patented software defined radar delivers high-resolution 5D location and imagery for drone detection and tracking, Smart traffic management, and autonomous vehicles.

Ascend Robotics

Smart collaborative robots, AI and perception for safe part handling and precision kitting.

Southie Autonomy

 Focus: Hardware or Software, Software. While robotics is a highly integrated hardware and software system, Southie focuses on the software side of robots as this is where the bulk of the adoption gaps can be solved. Today’s hardware is highly optimized and robust, but it requires so much NRE to get working. So, Southie aims to reduce the complexity and skill required to deploy and changeover robots, creating a new way to see ROI on robots. A multi-purpose, no-code robotic system that line operators can use and reuse. included every autonomous system you could think of, from underwater robots to aerial drones to joint R&D with MIT and Harvard to advance autonomous mobile manipulation. As engineers we built autonomous systems that would satisfy the user’s mission and the user knew what they wanted the system to do, but there was a disconnect in how the user directed and understood what the system was doing. Basically, there was a fundamental gap that we later learned was an adoption gap between user and robotic system.It turns out that you can use that same exact lens to look at the industrial robotics sector and you’ll find the same exact problem. There is a huge gap between the people who want to use robots (e.g. warehouse workers and operators) and who can actually deploy robotic systems (e.g. automation engineers). So, Southie has created a new way for humans and robots to talk to other (i.e. at the task level instead of instructions). The result is we’ve bridged the gap by letting operations users task robots at the operational level, instead of at the engineering level.

Rhoman Aerospace

Rhoman Aerospace is combining cutting edge control systems, environmental mapping data-share, and machine-learning tuning to create the autonomous aerial infrastructure needed for our future cities – not to mention making every US drone safer and more power efficient during flight.

We are developing one flight control software solution that applies to every drone – and connects to the Rhoman Cloud for enhanced optimization and autonomy. Our solution allows more energy-efficient flight, enables capabilities and missions not possible with current control systems, and reduces months of custom engineering and tuning to days. By combining machine learning with analytically solved control equations, we create a dynamic control solution that removes software, flight control, and regulatory barriers to enable the next frontier of drone aviation.

Contact

12 Channel Street, Boston, MA 02210
info@massrobotics.org

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