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.
Pioneering project in Madrid: robots and AI to improve early care in children with autism or brain damage Thanks to having established contact with the robot, a girl with ASD and significant speech difficulties has begun to show communication skills
ABC
Ayuso presents a pioneering project that uses robotics and AI in schools, with dance included. The Community of Madrid has presented the collaborative project by which Inrobics deploys its robotic platforms in community health care centres.
His Majesty, King Felipe VI inaugurates the new Faculty of Health Sciences at UC3M During his visit, he also received the Medal of Honor from the institution and met three of the companies that carry out their activity in the UC3M Technology Park in Leganés. Among them: Inrobics, José Carlos Pulido representing the entire team.
Balance assessment is key in rehabilitation. The Berg and Tinetti scales allow for the assessment of stability in standing and sitting, helping to prevent falls and improve walking. In addition, advances in robotics offer new opportunities to optimize treatments.
"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."
The Berg Balance Scale (BBS) is a key tool for assessing functional balance in patients with neurological or musculoskeletal disorders.
Rehabilitation for cerebral palsy is changing thanks to social robots and adaptive video games. These technological tools not only increase children's motivation, but also enhance their progress through interactive and personalized therapies.
Apraxia is a neurological disorder that affects the ability to perform directed voluntary movements. In this article we discuss its causes, types, repercussions on daily life and rehabilitation possibilities.
Instrumental Activities of Daily Living (IADL) are essential for personal autonomy, especially for people with physical or cognitive limitations. Discover how robotics is transforming rehabilitation, offering innovative solutions that combine technology and therapy to restore key functions and improve quality of life.