Resources
Everything you need to learn more about Formant and robotics in general.
Books & Guides
Blog
Slalom, the global business and technology consulting company, and Formant, a leading provider of cloud robotics management software, announced a strategic partnership to help enterprise...
As a robot fleet expands, the inevitable question looms: do you build a custom management solution or rely on a proven platform to keep everything...
This blog was written in collaboration between Hermon Dubale, Marketing Assistant at RichTech Robotics, and Alex Sixt, Content Marketing Manager at Formant. The hospitality industry...
Robot solution providers (also known as integrators) play a crucial role in the era of robotic adoption, bridging the gap between cutting-edge robotics technology and...
Robot operations used to be a complex puzzle without a clear solution. Teams have often found themselves bogged down in manually building and managing a...
We recently explored the world of proving return-on-investment (ROI) for robotics companies and integrators, but this game is entirely different when it comes to enterprise...
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Glossary
URDF
URDF is a file format used to describe a robot’s physical structure, including its joints, links, and dimensions. This information is crucial for robot simulation and control.
Field Robotics
Field robots operate outdoors in unstructured environments, performing tasks like agriculture, construction, and inspection. They require specialized features for navigation and adaptation.
AMRs
AMRs are self-driving robots that navigate using sensors and AI, performing tasks in warehouses, factories, and other settings without constant human supervision.
Robots-as-a-Service
The RaaS model allows access to robots without the upfront investment. Providers handle maintenance and upgrades, making robotics solutions more accessible.
ROS
ROS is a popular open-source framework for robot software development. It provides tools and libraries for building robot applications, simplifying complex tasks.
Teleoperation
Learn about teleoperation, a method for controlling robots remotely using joysticks, haptic feedback, or other interfaces, enabling tasks in hazardous environments.