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Printed electronics has revolutionized the way we design sensors and electronic circuits: lighter, more flexible, more cost-effective, and directly integrable onto soft and unconventional surfaces. For a long time, it was limited to simple sensing or conductive functions. Today, thanks to the integration of Artificial Intelligence (AI) , printed electronics is entering a new era.This convergence marks the transition from functional ink to embedded intelligence , opening the d

Organic electronics has transformed the way sensors are designed: thinner, lighter, more flexible, and printable on almost any substrate.But a new revolution is now underway: the integration of artificial intelligence directly with organic sensors , at the very surface level. This convergence between organic sensors and embedded AI (Edge AI)  is giving rise to surfaces that can sense, understand, and decide . Welcome to the era of distributed intelligence at the surface . 1.

While traditional electronics rely on non-renewable materials and energy-intensive manufacturing, organic electronics  is emerging as an eco-friendly alternative. Based on printable conductive and semiconductive materials, it enables the creation of flexible, lightweight, and low-impact electronic systems—perfectly aligned with the growing global demand for sustainable technologies. This new paradigm is already transforming key sectors such as healthcare, logistics, agricultu

Organic electronics is experiencing rapid growth thanks to new printed materials and the increasing integration of intelligent embedded systems. It enables a new generation of flexible, lightweight, eco-designed, and ultra-low-power devices. 1. What Is Organic Electronics? Unlike traditional electronics based on inorganic materials such as silicon, organic electronics relies on printable carbon-based materials: conductive polymers, PEDOT, silver inks, or hybrid composites. Th