Mobility and Robotics

Innovation in Motion! Intelligent Mobility and Advanced Robotics

Nexum combines artificial intelligence, automation, and robotics to transform real-world operations. Our Mobility & Robotics focus brings innovation beyond the screen - from production facilities to smart cities, we implement solutions where robots and autonomous systems collaborate with humans to increase efficiency and safety.

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Industrial Robotics 4.0

We optimize production lines and warehouses through advanced robotics. Our collaborative robots (cobots) can assist human operators in repetitive or strenuous tasks, such as materials handling, assembly, or quality control, working with infallible precision. This allows us to increase productivity and reduce errors without disrupting existing processes, integrating robots with enterprise management systems. The results include not only higher output but also a dramatic decrease in workplace injuries (up to 85% fewer incidents in some production contexts thanks to targeted automation).

Industrial Robotics 4.0

Autonomous Mobility and Smart City

In transport and smart mobility, we design autonomous and connected vehicle solutions. Whether it's autonomous shuttles for internal logistics, drones for technical inspections, or intelligent traffic systems for cities, we apply AI and advanced sensors (LiDAR, computer vision) to enable these vehicles to move autonomously and safely. Our path planning and computer vision algorithms allow mobile robots and vehicles to perceive their surroundings, avoid obstacles, and make optimal decisions in real-time. Imagine warehouses where AGVs (Automated Guided Vehicles) supply production lines without human intervention, or logistics hubs where drones quickly inventory stock. All of this is already possible with Nexum solutions.

Autonomous Mobility and Smart City

AI + IoT Integration

Nexum's strength also lies in integrating robotics with data. Through Industrial IoT, we connect machinery, sensors, and robots in a network, creating an ecosystem where every element exchanges information. Data collected from sensors (vibrations, temperature, position, etc.) is analyzed by AI to further optimize performance, predictive maintenance of machines (avoiding unexpected downtime), dynamic adaptation of robot speed based on workflow, and much more. Our IoT dashboards allow managers to monitor physical operations in real-time and intervene promptly if necessary, or let AI itself apply automatic corrections.

AI + IoT Integration

Applications and Benefits

With Nexum, the factory of the future and smart cities become reality. Our Mobility & Robotics solutions are designed to integrate harmoniously with human resources - the goal is not to replace people, but to empower them, relieving them of low-value tasks and improving working conditions. The result is an environment where humans and machines collaborate, each focused on what they do best, to drive efficiency and safety levels to new heights.

Logistics and Warehouse

Automatic handling systems for storage and picking, with mobile robots that cut handling times and reduce shipping errors.

Manufacturing

Robotized islands for repetitive assemblies with consistent quality, ability to quickly reconfigure robots for new products (agile production).

Inspections and Maintenance

Autonomous robots or drones to inspect infrastructure (pipelines, power lines, industrial plants) in complete safety, collecting data that AI analyzes to identify anomalies or incipient failures.

Smart City & Mobility

Solutions for intelligent traffic (adaptive traffic lights, real-time flow monitoring) and autonomous transport to decongest cities and improve urban mobility.

Technology Stack

Powered by cutting-edge robotics and automation frameworks in the industry:

ROS Integration

Flexible framework enabling development of sophisticated robotic software and advanced control systems.

OpenCV Vision

Advanced computer vision capabilities for intelligent robotic systems and automation solutions.

TensorFlow Robotics

Development and training of specialized AI models for robotic applications and control systems.

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