MUNICIPALITY OF PAVLOS MELAS

An advanced research platform for automated driving systems. It integrates state-of-the-art sensor and perception technologies that enable safe navigation in real-world conditions. It supports pilot applications in European research projects and contributes to the development of smart and sustainable mobility solutions.

Dynamic traffic management systems based on real-time data and advanced technologies. These systems enable traffic flow prediction and optimization, contributing to reduced congestion, enhanced road safety, and improved urban mobility planning.

A quadruped robotic system developed for research in mobility and navigation in complex environments. It is equipped with advanced sensors and autonomous movement capabilities, making it suitable for inspections, specialized tasks, and robotics research.

An autonomous scooter designed for agile, flexible, and sustainable urban micro-mobility applications.

A robotic platform built in Thessaloniki, capable of performing transport and surveillance missions in outdoor and rugged environments. It can operate autonomously or via remote control and be used in agriculture, factories, warehouses, and other operational settings.

An artificial intelligence application inspired by ancient Greek philosophy. Visitors can interact with a 3D digital avatar of Socrates, engage in dialogue, and exchange ideas with the ancient philosopher.

Virtual reality experiences presenting traditions and cultural events through immersive digital environments, including Bell-Bearers, Anastenaria, and Thracian Wedding customs.

Through immersive virtual reality applications, visitors learn how to identify clues, interpret visual information, and analyze crime scenes.

A digital experience offering alternative tours of Thessaloniki’s historical and cultural landmarks using augmented and virtual reality technologies, enriched with 3D graphics, video content, and digital storytelling.

An interactive game introducing visitors to clean energy concepts and the role of energy communities in building a sustainable future. Children learn while playing, turning knowledge into fun.

A drone-based application for recording and assessing the energy performance of buildings.

An integrated system for the reuse of urban wastewater, supporting sustainable water and resource management.

An exhibit exploring DNA, its structure, and the principles of genetic modification.

Visitors observe microalgae in liquid cultures, use microscopes to study them, and learn about food products derived from microalgae.

An exhibit focused on the Mediterranean diet and genetic identification applications in food science and nutrition.