Robotics · AI · Computer Vision
ROBOSECT develops advanced robotic systems that combine Artificial Intelligence, Computer Vision and Motion Planning to automate the manipulation, assembly, inspection and testing of complex industrial products involving cables and other deformable objects.
From electrical panel quality control to wiring harness remanufacturing and intelligent robot motion planning, our technologies enable manufacturers to automate processes that have traditionally required skilled manual operators.
Turning Robotics Research into Industrial Innovation.

ROBOSECT is an Italian deep-tech startup and University of Bologna spin-off specializing in AI-driven robotic automation. We develop advanced technologies that combine Artificial Intelligence, Computer Vision,Digital Twins, and Motion Planning to automate manufacturing processes involving cables, wiring harnesses, connectors, and other deformable objects.
Born from years of academic research and European innovation projects, our solutions enable robots to perform tasks that traditionally required human expertise—bringing greater efficiency, precision, flexibility, and traceability to modern industrial production.
We combine robotics with Artificial Intelligence to create autonomous systems capable of understanding complex industrial environments and adapting to product variability.
Our software directly interfaces with industrial CAD platforms such as EPLAN and production management systems, allowing robots to automatically understand product geometry, electrical connections and manufacturing data.
Deep-learning vision systems detect components, cables, connectors and deformable objects, generating accurate digital representations of the workspace even under challenging industrial conditions.
Advanced collision-free planning generates safe robotic trajectories while considering cables, dress packs and other flexible objects that traditional planners cannot handle.
Our solutions are designed to support skilled operators, automating repetitive and physically demanding tasks while keeping humans in control of high-value decisions.
Every robotic operation is digitally documented, enabling automatic quality reports, production analytics and complete process traceability.

Our AI perception stack combines RGB, RGB-D and 3D sensing with deep-learning models capable of detecting industrial components, cables, connectors and deformable linear objects. The perception system automatically reconstructs the real configuration of products, compensating for manufacturing tolerances and positioning errors while continuously monitoring process execution.
ROBOSECT connects directly with engineering software and production databases to retrieve product information without manual programming. The platform automatically imports:
allowing robots to configure themselves for new products with minimal operator intervention.
Our planning engine combines:
to generate safe robotic trajectories that consider not only rigid objects but also cables, wiring harnesses and robot dress packs.
The generated plans are executed by collaborative robotic systems equipped with custom end-effectors, vision sensors and force-controlled tools capable of:
Robotic quality control platform for autonomous electrical continuity verification of industrial switchboards.
CONTEST project
Robotic manipulation, assembly and remanufacturing of automotive wiring harnesses through multimodal perception, AI planning and collaborative robotics.
Real-time collision-free robot trajectory planning considering cables, dress packs and deformable objects.
Development of tailored robotic solutions for manufacturers requiring:
ROBOSECT is built by a multidisciplinary team of robotics engineers, AI researchers and industrial automation specialists, with roots at the University of Bologna.
Together, our expertise spans four complementary domains that transform cutting-edge research into intelligent robotic systems ready for industrial deployment.

Deep expertise in industrial robot programming, trajectory planning and collision-free motion for complex, cluttered environments.

Research and engineering in deep learning, 3D perception and deformable object detection, built on years of academic publication and applied research.

Design and integration of end-effectors, sensing hardware and control software into reliable, production-ready robotic platforms.

Close collaboration with manufacturers and European research programs to turn academic innovation into deployed industrial technology.
From intelligent inspection to advanced robotic manipulation, we help manufacturers transform complex processes into smart automation solutions.