of potential savings from Artificial Intelligence for the U.S. healthcare system over the next 5 years (Deloitte)
of executives identify the training of skills needed to generate, interpret and develop drugs based on patient data as the main challenge (PWC).
of healthcare organizations have increased their adoption of digital technologies for their virtual offerings (Deloitte).
TECHNOLOGY IS REDEFINING MEDICAL CARE
The healthcare industry is in the midst of a transformation. Technology is redefining the healthcare landscape at a time when self-care, wellness, preventive medicine, and health and sports awareness are redefining citizens' interests and lifestyles.
The emergence of telemedicine, personalized AI assistants, smart measuring devices and the latest technologies in early detection and diagnosis are driving change in the healthcare sector. In addition to advances in the different fields of medicine, biotechnology, veterinary medicine and pharmaceuticals.
TECHNOLOGY TRENDS IN RETAIL & LEISURE
REMOTE AND PERSONALIZED ASSISTANCE.
Artificial Intelligence drives the personalization of patient care. From doubts and health advice to initial consultations and diagnoses, to support and subsequent rehabilitation. All through telemedicine and AI avatars with a close and humanized treatment.
WELLNESS. REAL TIME MONITORING.
Through IoT devices. Both at the hospital level, as well as in healthcare centers and at the individual patient level. Smart devices, advanced Big Data analytics and Artificial Intelligence in the healthcare field make it possible to control and monitor the patient's health and well-being in real time.
HUMAN-CENTRIC HEALTHCARE.
The main trend in the healthcare sector is to put the patient at the center of health. From monitoring and prediction through intelligent devices, to personalized care, advances in treatment centered on the person, their mental health and wellbeing.
VIRTUAL CUFFLINKS AND 3D MODELS.
These technologies make it possible to simulate and analyze the behavior of organs or entire body systems in order to visualize and plan different, more precise and personalized medical treatments. 3D models also facilitate the education and training of healthcare professionals.
TRAINING AND SIMULATED TESTS.
Promote practical training in simulations that allow practice without risk to patients. Both at the operations level, as well as patient care and emergency management. These simulated trainings help to improve clinical skills and decision making in complex and changing clinical environments.
BIOMEDICINE AND HEALTH ENGINEERING.
Personalized therapies, smart prostheses, advanced medical devices, development of new treatments and medicines. The union between engineering and life sciences is driving the development of technologies that improve the prevention, diagnosis and treatment of diseases.
REMOTE AND PERSONALIZED ASSISTANCE.
Artificial Intelligence drives the personalization of patient care. From doubts and health advice to initial consultations and diagnoses, to support and subsequent rehabilitation. All through telemedicine and AI avatars with a close and humanized treatment.
WELLNESS. REAL TIME MONITORING.
Through IoT devices. Both at the hospital level, as well as in healthcare centers and at the individual patient level. Smart devices, advanced Big Data analytics and Artificial Intelligence in the healthcare field make it possible to control and monitor the patient's health and well-being in real time.
HUMAN-CENTRIC HEALTHCARE.
The main trend in the healthcare sector is to put the patient at the center of health. From monitoring and prediction through intelligent devices, to personalized care, advances in treatment centered on the person, their mental health and wellbeing.
VIRTUAL CUFFLINKS AND 3D MODELS.
These technologies make it possible to simulate and analyze the behavior of organs or entire body systems in order to visualize and plan different, more precise and personalized medical treatments. 3D models also facilitate the education and training of healthcare professionals.
TRAINING AND SIMULATED TESTS.
Promote practical training in simulations that allow practice without risk to patients. Both at the operations level, as well as patient care and emergency management. These simulated trainings help to improve clinical skills and decision making in complex and changing clinical environments.
BIOMEDICINE AND HEALTH ENGINEERING.
Personalized therapies, smart prostheses, advanced medical devices, development of new treatments and medicines. The union between engineering and life sciences is driving the development of technologies that improve the prevention, diagnosis and treatment of diseases.
TECHNOLOGY PROJECTS APPLIED TO MEDICINE
IMASCONO TECH
We not only develop projects and products, we also develop technology. We have a team of technologists and engineers who imagine and create new codes, frameworks, programs and tools that give life to our experiences. Artificial Intelligence, web programming, 3D art, cybersecurity, Business Intelligence, Big Data. Get to know the entire Imascono tech ecosystem.
