Image by Ana Albendea

Ana Albendea

Journalist and audiovisual communicator from the Rey Juan Carlos University of Madrid, she has a career in the press and online media (culture and technology). She specialized in Corporate Communication and Advertising through a Master's degree at the Complutense University of Madrid. Since 2021, she has been researching and creating content on technology, artificial intelligence (AI) and robotics. She adapts her experience and knowledge in the AI ​​​​sector by applying it to the health sector and its professional audiences. Her commitment and admiration for storytelling stands out, with the common thread of her current professional career being to make known the potential of robotics, more specifically social robotics in the health sector. Creativity to promote and communicate the work of the company, which is none other than to improve the quality of life of people, generating a positive impact on society.
"In Inrobics Social Robotics “We have developed the first solution based on artificial intelligence and social robotics that accompanies and stimulates people physically and cognitively, both in clinical settings and in their own homes,” says José Carlos Pulido Pascual, CEO and founder of this spin-off. The company originated from research at the Carlos III University of Madrid to use social robotics and artificial intelligence in pediatric rehabilitation. This exploratory project, Pulido notes, yielded “surprisingly good results,” thus opening a validation and knowledge transfer process that led to the founding of InrobicsFrom its inception, the driving force, according to the jury, has been a "pioneering vision in the integration of disruptive information technologies in the field of digital health, in order to improve patient autonomy, the efficiency of healthcare personnel and rehabilitation therapies, making them more efficient, customizable and accessible."
Every November 20th we celebrate World Children's Day, a date that commemorates the Declaration (1959) and the Convention (1989) on the Rights of the Child. InrobicsWe emphasize how pediatric neurorehabilitation, technology, and collaboration with families and professionals help to make effective rights such as health, education, and inclusion.
Inrobics Social Robotics, Research Award from the Spanish Scientific Society of Informatics. For his pioneering vision in the integration of disruptive computer technologies, such as artificial intelligence and social robotics, in the field of digital health in order to improve patient autonomy, the efficiency of healthcare personnel and rehabilitation therapies, making them more efficient, customizable and accessible.
Life expectancy after a stroke varies depending on age, the type of stroke, and the speed of treatment. Intensive rehabilitation, including robotic stroke rehabilitation, improves functionality, reduces dependence, and can positively impact prognosis. This article explains the key factors and how therapeutic technology integrates with physical therapy to restore gait, hand function, and independence.
ABC
A Madrid-based startup has developed an AI-powered humanoid that helps children undergoing treatment as part of a pilot program that has been tested for months in the region.
The robot is part of the sessions therapists conduct to help them improve linguistic, motor, and cognitive skills.
Thanks to a joint initiative of the Regional Development Agency and the Liberec Region, pilot tests of the social robot are being carried out. Robic in two social service organisations in the region: in Jablonec nad Nisou (Home and Daily Service Centre Jablonec nad Nisou, po) and in Turnov (SLUNCE VŠEM Association).
The short answer is no. The long answer we found in Denmark (Kalunborg), specifically at PhysioCenter, with which, Inrobics has made a collaboration.
Hand and arm rehabilitation after a stroke using social robotics. Stroke, or cerebrovascular accident, is one of the most frequent causes of acquired disability in the adult population.