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Robotics built to perform

Your engineering partner.

We design and deploy robotics, controls, and industrial software built for reliability, safety, and real production constraints.

Our Expertise
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Services

Explore everything we offer, from robotics and embedded systems to end-to-end software and mechanical design.

Robotic and mechatronic solutions

Robotic & Mechatronic Solutions

Robotics & Mechatronics

Customizable robotic and mechatronic solutions for automation across industries.

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PCB design and assembly

PCB Design & Assembly

Hardware

Expert PCB design and assembly for reliable electronic products.

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IoT and embedded systems

IoT & Embedded Systems

IoT & Embedded

Embedded systems and IoT solutions for smart, connected products.

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Selected Projects

A quick look at real work we shipped

  1. Connected smart bins for real-time monitoring and optimized municipal collection.

    IoT Smart Cities Analytics Routing
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    Project Overview

    IoT Smart Waste Management

    IoT / Smart Cities

    Our smart waste management system is designed for public and municipal use, utilizing connected smart bins to optimize collection and reduce environmental impact. Through an API, mobile app, and website, users can easily locate and interact with bins tailored to their needs. The system collects real-time data to generate useful statistics, helping cities optimize routes, monitor usage, and make data-driven decisions.

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  2. A wearable sensor belt that captures real-time pressure and motion data to support posture, movement, and activity assessment.

    Wearable Pressure sensing IMU Telemetry
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    Project Overview

    Medical Device

    Wearables / Sensors

    SensorBelt is a wearable sensing system designed to collect real-time pressure and inertial (motion) data from the human body. It combines embedded electronics with a reliable telemetry pipeline, enabling continuous monitoring and data-driven evaluation of posture, movement patterns, and overall user activity. The system supports edge pre-processing for stable analysis, optional streaming to an app/dashboard, and session-based visualization with charts, trends, and comparisons. It forms a robust foundation for scalable wearable monitoring solutions, offering reliable measurement, practical integration, and actionable insights.

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  3. Automated ambu bag compression with a servo-driven mechanism and adjustable breathing rate.

    Medical Device Mechatronics Servo Control Prototyping
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    Project Overview

    Ambu Squeeze

    Medical / R&D

    Ambu Squeeze is a device for the automated compression of the resuscitation bag (ambu bag) using a servo motor. It replaces the manual operation typically performed by a rescuer or nurse, providing reliability and ease of use. The user can adjust the number of breaths per minute using a selector.

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  4. A robotic hand prototype with grasp patterns, gesture control, and kinematic analysis via computer vision.

    Robotics Kinematics Computer Vision Mechatronics
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    Project Overview

    Robotic Hand

    Robotics / R&D

    Robotic Hand focuses on the design and kinematic analysis of a robotic hand. We studied human hand movement and replicated it in a robotic model. The hand was tested for object gripping using predefined grasp patterns and could also perform gestures via voice control. Its kinematic behavior was analyzed using computer vision techniques and modeled through both linear and polynomial approaches.

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Let’s build together

Have a project in mind?

Tell us what you’re trying to achieve. We’ll help you scope the solution, choose the right technologies, and deliver a system that’s ready for the real world.

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