Innovation and Sustainability

Thanks to the integration of multidisciplinary expertise developed in academic and industrial research contexts, SmartEducationLab promotes technological innovation applied to the fields of agritech, cultural heritage, and education, through the development of solutions based on sensors, Artificial Intelligence and open-source technologies to foster digital transformation, sustainability, and data-driven decision-making.

SmartEducationLab is a innovative SME established as a research spin-off,originating from the PON Smart Cities and Communities and Social Innovation project “EDOC@Work 3.0" developed in collaboration with CETMA (European Research Centre of Technologies, Design and Materials) and the University of Salento.

With a team of experienced researchers, engineers, and technology specialists, SmartEducationLab has strong expertise in advanced applied technologies, developing innovative solutions and projects across multiple domains:

Internet of Things

Design and development of IoT systems
(hardware and software)

AI - Artificial Intelligence

Development of AI-based complex and predictive systems

Digital Twin

Design and
development of digital twins replicating real-world systems

Simulations and Virtual Reality

Simulations and VR for industrial process modeling and analysis

Software Development

Design and
and development of innovative Mobile APP and Web Applications

Key Application Areas

Agritech

Cultural Heritage

Fablab and makerspace

ICT Consultancy and Training

Our AgriTech Solution

The Metronis system enables the measurement of key soil and growing substrate parameters and delivers water and nutrient solutions with extreme precision.It supplies only what is lacking,exactly where the specific deficiency occurs, maximizing agronomic efficiency while minimizing waste and environmental impact.

The system consists of dedicated modules for monitoring soil nutrient conditions (Metronis Sense), smart irrigation (Metronis Flow), and intelligent fertigation (Metronis Feed). These modules integrate incrementally and seamlessly with one another, and are supported and enhanced by Artificial Intelligence as the decision-making engine.

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Are you looking for an intelligent monitoring and control system for your greenhouse or field, that helps you optimize water and fertilizer use while reducing costs and environmental impact?

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