Technologies originally developed for space missions have already delivered substantial benefits to medicine and everyday life on Earth, according to Vincenzo Palermo, a research director at Italy's National Research Council (Cnr) and organizer of the Biospace Economy initiative at the Rimini Expo Centre.
Speaking at the first edition of Bex — Beyond Exploration Expo, an event organized by Italian Exhibition Group (Ieg) focused on the convergence between the space economy and terrestrial industries, Palermo pointed to several now-commonplace products that trace their origins to space applications. Among them are infrared thermometers, originally developed for monitoring astronauts, which are now widely used in homes, hospitals, and public spaces. Dried food and memory foam also emerged from space-related research and have since become familiar items on Earth.
«There are many applications developed in space that have had an enormous impact on everyday life,» Palermo said, underscoring that the flow of innovation from orbit to the ground is not a future promise but an established reality.
According to Palermo, this trajectory can continue and expand, particularly through biomedical applications. Future space missions are expected to be longer in duration, which poses new challenges for astronaut health. These challenges, he noted, create opportunities for medical innovation that can ultimately benefit patients on Earth.
Italy, Palermo added, possesses particularly strong expertise in the biomedical sector, and several companies have already begun developing applications for space, including through experiments conducted aboard the International Space Station. The goal, he explained, is to involve new sectors and businesses, leveraging technologies developed to meet the demands of life in space that can then have a major impact on the ground, with applications and products aimed at improving daily life.
The Biospace Economy initiative at the Rimini Expo Centre is part of a broader effort to bridge the space economy and terrestrial industries. By highlighting successful examples of space-derived technologies and outlining pathways for biomedical collaboration, the event seeks to encourage cross-sector partnerships that could accelerate the translation of space research into practical, Earth-based solutions.
Palermo's remarks reflect a growing emphasis on the so-called space economy, where investments in exploration and orbital infrastructure are increasingly justified not only by scientific discovery but by their capacity to generate tangible returns in medicine, materials science, and consumer products. The infrared thermometer, dried food, and memory foam serve as early proof of that model, while biomedical applications represent its next frontier.
As space agencies and private companies plan for longer missions to the Moon and eventually Mars, the health and performance of astronauts will remain a central concern. The technologies developed to address those concerns — from remote monitoring to novel treatments — are expected to find their way into terrestrial healthcare, potentially improving outcomes for patients far from any launchpad.
For now, the message from Rimini is clear: space is not just a destination but a source of innovation that has already changed daily life, and its medical potential is only beginning to be tapped.