1. Automated Systems for Homes & Buildings

With an Arduino-based home or building automation system you can develop a smarter living/working experience for your home or office. You can create automated solutions to manage your lighting, HVAC, energy, access, security, and water, as well as integrate them with smart devices.

Some examples are: automated lighting, climate control, RFID access, leak detection, security alarms, Home Assistant, Google Home and Alexa integrations.

2. Industrial Automation Systems

Our Arduino based industrial automation system provides you with the ability to work more efficiently. Designed for continuous use in the work environment, they seamlessly connect to existing equipment to provide you with the tools to succeed.

Applications: Monitoring equipment, controlling conveyor systems, controlling PID systems, predictive maintenance, control relay panels, SCADA integration and automating your production.

3. Agriculture and Environmental Monitoring

Utilize real-time sensor data to enhance agricultural practices and manage environmental conditions. This is achieved through the development of connected monitoring systems, which allow for increased productivity, improved resource utilization and heightened operational visibility.

Examples of these connected monitoring systems include: soil monitoring, smart irrigation, greenhouse automation, weather stations, water level monitoring, livestock tracking, and remote LoRa deployments.

4. Healthcare and Medical Device Prototyping

To create innovative solutions for healthcare and medical research, based on the Arduino platform, we have the capabilities to build prototypes and connect monitoring devices for the following areas: health tracking, rehabilitation, automation of laboratories and assistive devices.

We have developed many products that fall into these areas such as: vital sign monitors (e.g., blood pressure, pulse oximetry), ECG monitors, respiratory monitoring devices, rehabilitation devices, laboratory instrumentation (e.g. an LVDT or force diagrams), and devices for elderly care.

5. Robotic Systems Design

We design intelligent robots that are able to sense, make decisions, and operate autonomously. Our design capabilities include educational robotics, industrial robotics, warehouse automation, and remote-controlled robotics.

6. Smart Energy Monitoring

We provide solutions that allow users to gain visibility into their energy use, and improve the efficiency of their energy use by providing systems that monitor and measure energy use on a more advanced level. We design systems that measure and report on energy use, identify inefficiencies and provide valuable insight to help improve energy use.

7. GPS Asset Tracking

We provide real-time asset tracking solutions via GPS-enabled Arduino hardware and software. We provide our customers with accurate tracking of their assets and the ability to track their assets and gather insights into the operations of their assets.

8. Display & Human-Machine Interface (HMI) Development

Enhance user interaction with intuitive interfaces and real-time device feedback. We develop custom HMI solutions that simplify monitoring, configuration, and operational control.

9. Develop Connected Wearable Devices

Create wearable products using your idea for health, safety, fitness, or industrial purposes. Our goal is to build compact low-power wearables that can integrate sensors and connect wirelessly (for example, fitness trackers, health monitors, safety wearables, gesture controller systems, location trackers, haptic feedback devices), as well as smart companions.