Software development for the management of machines and systems for industrial automation in various fields.

Systems on which we worked

Digitalization is the process of converting information, data, and resources into a digital format. It involves the transformation of paper documents, manual processes, and analog activities into digital formats and processes.

Digitalization involves various aspects, including the collection, storage, management, and processing of data through digital technologies such as computers, the internet, and software. It allows for more efficient and effective storage, transmission, sharing, and use of information compared to traditional methods.

Digitalization is essential for industrial automation, improving efficiency and sustainability. Automated and connected enterprises generate energy savings and adopt innovative systems. Experts agree on the need to accelerate the digital transition for business and environmental benefits.

Automation is the process of adopting technologies and systems that allow activities or processes to be performed automatically, with little or no human intervention. The goal of automation is to increase efficiency, improve productivity, reduce errors, and free human resources from repetitive and tedious tasks.

We have developed plants, machines, and testing systems that cover a wide range of industrial automation, giving us extensive experience in various disciplines and technologies.

APPLICATIONS

We are able to design and develop applications for mobile platforms, including Android, iOS, and Windows. We develop a wide variety of solutions for both graphics and logic, as well as for communication with servers or other peripheral devices.

WEB SITES

Web programming allows for creating engaging and interactive digital experiences, providing online information and services, and connecting people worldwide. It is a powerful means of communication, sharing content, and reaching a wide audience.

The Industry 4.0 revolutionizes the way companies produce, improve, and distribute their products by integrating new technologies such as IoT, cloud computing, and AI in their production structures and operations. This approach focuses on end-to-end communication of all physical resources and integration into digital ecosystems with the value of supply chain partners.

In the context of Industry 4.0, services such as real-time data collection and monitoring, traceability, and paperless production are provided. Real-time data collection and monitoring help to provide realistic production planning and reduce costs, while traceability ensures product quality by monitoring raw materials and work-in-progress along the production line and supply chain. Paperless production, on the other hand, automates responses to challenges and decisions, by digitizing operations and integrating the workshop with real-time business creation.