Autonomous robotics · UGV · Computer vision
Since 2015 we have been designing and building autonomous ground robots (UGVs) that move around, interpret their surroundings and carry out tasks intelligently.
Our robots have a modular architecture that lets them be modified, take on new functions and improve their performance, adapting to each client’s specific needs.
We bring together mechanics, electronics, sensors, computer vision and artificial intelligence to create advanced, versatile robotic solutions that are ready to evolve.
In-house, modular robotics
We develop our own autonomous, modular robotic platforms, designed to adapt to different sectors and applications. Our robots can be customised, take on new components and functions, and evolve to meet each client’s specific needs.
Autonomous robot that combines artificial intelligence and computer vision to analyse the vines and carry out precision pruning tasks.
Autonomous robotic platform designed to carry crates and streamline logistics during the agricultural harvest.
Autonomous, modular and configurable ground robot for integrating sensors, tools and systems suited to different missions and environments.
Autonomous, modular ground robotic platform designed for surveillance, inspection and site supervision tasks, adaptable to the needs of each environment.
Mobile service robot designed to interact with people and carry out assistance tasks indoors, with functions adaptable to different applications.
In-house engineering and technology
Behind every ASTIBOT robot there is end-to-end engineering that combines software, artificial intelligence, computer vision, electronics, sensors and autonomous navigation systems. We design and integrate each technology to create intelligent, reliable platforms that can evolve and adapt to new applications.
We design modular structures, drive and power systems and working tools. Every platform can be configured and adapted to the needs of each application.
We integrate cameras, LiDAR and other sensors so that our robots perceive and interpret their surroundings, identifying obstacles and the elements relevant to each task.
We develop positioning, route planning and motion control systems so that our robots can move autonomously and adapt to different environments.
We develop and integrate artificial intelligence algorithms that let our robots analyse information, recognise elements of their surroundings and make decisions suited to each mission.
We integrate on-board processing and communications to run operations in real time, supervise the robots remotely and exchange information with other systems.
We build in monitoring, control and safety tools to supervise how our robots are working, log their activity and step in when needed.
Applications
We develop robotic solutions to automate tasks, optimise processes and take on new technological challenges. Our modular platforms let sensors, tools and functions be adapted to the needs of each sector and client.
AGRICULTURE
We apply autonomous robotics and artificial intelligence to optimise agricultural tasks such as pruning, load transport and other precision operations.
INDUSTRY
We develop and integrate robotic solutions with computer vision and artificial intelligence to automate industrial processes, handling tasks and precision operations.
INSPECTION
We adapt autonomous robotic platforms to run routes, gather information and support inspection, surveillance and site supervision tasks.
From research to reality
Our research and development projects drive the creation of our own technologies and robotic platforms, ready to evolve and adapt to new applications and challenges.
Robotised electric tractor with autonomous navigation, developed for precision agricultural tasks and adaptable to different field operations.
Co-funded by ERDF and the Castilla y León regional government (ICE) · File 07/18/VA/0063
Autonomous robot that combines artificial intelligence and computer vision to analyse the vines and automate precision pruning tasks.
Funded by CDTI and ERDF · ICT for SMEs programme
Collaborative robotic system with computer vision and artificial intelligence for handling and industrial precision applications.
Co-funded by ERDF and the Castilla y León regional government (ICE) · File 07/16/VA/0017
Modular, configurable robotic platform designed to integrate different components, sensors and tools according to the needs of each application.
Co-funded by ERDF and the Castilla y León regional government (ICE) · File 07/18/VA/0020
Let's talk about your project
Tell us what needs to happen in the real world. We will help you decide whether it takes software, AI, automation, robotics — or a combination of all of them.
info@astibot.es+34 983 507 866C. Plata, 65 · 47012 Valladolid
