Cutting-edge software solutions:
Smart sensors for robotics applications
3D reconstruction and interpretation of sensory data
FlexSight is an cutting-edge startup operating in the fields of smart sensors for robotics applications, 3D reconstruction and interpretation of sensory data.
FlexSight was founded as a follow-up of an European project that involved Italian companies operating in robotics and computer vision and Sapienza University of Rome.
FlexSight can provide effective software solutions in:
3D reconstruction of environments
image and point cloud interpretation,
autonomous navigation of mobile robots
guidance of anthropomorphic robots
It has recently launched two integrated smart RGB-D sensor prototypes, already used within real applications. It is also actively working on the prototyping of custom sensors for 3D reconstruction and autonomous navigation in industrial and logistic environments.
PRODUCTS AND SERVICES
Planning, design and development
FlexSight designs and implements artificial vision and autonomous perception solutions, with a special focus on embedded systems.
Such solutions mainly address industrial automation and logistics processes, in particular where anthropomorphic robots and autonomous vehicles are used in environments shared with human operators, or in cooperative robotics applications.
To this end, our solutions are designed to guarantee a high level of integration and safety for the operators involved in the processes.
The strengths of FlexSight are represented by:
the strong scientific background in the fields of artificial vision and autonomous robotics
the quality of the software modules developed in house
that allow to provide the customers with highly reliable products at an affordable cost.
All-In-One devices for intelligent perception: from data to result
FlexSight develops integrated sensor systems capable of providing high-level perception skills to manipulators or autonomous mobile platforms.
These skills include:
to detect and locate objects and obstacles
to estimate motions in the working environment
build the 3D reconstructions of the surrounding environment