Any interactive digital health intervention must be developed and evaluated with diverse research and development expertise in order to identify user demands. Two of the most significant fields of knowledge are Human-Computer Interaction and Health (broadly defined). Despite having similar research procedures and aims, there are substantial differences between them that might make multidisciplinary collaboration challenging and lead to less-than-ideal project results. The distinction between formative and summative evaluation is most frequently highlighted in human-computer interaction (emphasized in Health research). However, the variations go far beyond than that, encompassing everything from the nature of admissible evidence to reporting culture. The conception, testing, and implementation of the digital intervention are all ongoing processes that end with the publication of research findings. As digital applications are viewed as increasingly important for addressing healthcare delivery, notably access and maintenance difficulties, there is interest in approaches to improve the mental health of children and adolescents with the help of Digital Health Interventions (DHI). DHI for young people with mental illnesses. DHI research focuses on eating disorders, autistic spectrum disorders, anxiety, and depression. They cited the absence of studies examining the efficiency of widespread DHI in young people. The description of cutting-edge health technology includes information on drug compliance. Less than half of children and teenagers (ages 4–17) are stimulants, according to a research. The health application can be utilised to increase dosage acceptance rates because kids, teens, and parents have already embraced technology widely. Smartphone programmes created to enhance medication Virtual fitness, as a field, is changing as new technology advances. Telemedicine and virtual reality are two components of virtual fitness technology. Through telemedicine, doctors may treat patients from a distance, and special technology was required to speed up the process. Utilizing mobile technology, cloud-based data infrastructure, and open-source software may help to solve these problems. the introduction of new laws and criteria. To be scalable and sustainable, these innovations' research and development must take into account the technological infrastructure and regulatory frameworks that regulate local technology adoption. The Ministry of Health (MoH) has released new digital health policies and advice in addition to developing national standards because the government has acknowledged the significance of digital health technology in enhancing healthcare and streamlining administrative procedures. The Ministry of Health (MoH) has created national health databases like the Electronic Health Record (EHR) system in addition to issuing new digital health policies and guidelines. understanding of the government's current initiatives and future intentions for digital health. Interdisciplinary research almost always brings up questions of values, presumptions, terminology, methodology, and culture. We concentrate on the challenges in creating effective interactive digital health interventions (DHIs). Interactive DHIs are digital platforms that provide interventions for health improvement. Two crucial areas of research in interactive DHIs are human-computer interaction and software engineering, as well as those originating in biomedical sciences and psychology. Each of these fields of knowledge is dependent on numerous disciplines. In order to increase the effectiveness of healthcare delivery and make medicine more personalised and precise, the discipline of digital health merges digital care programmers, technology, and health, healthcare, life, and society. In order to make health issues and challenges more understandable for people receiving medical care and social prescribing more tailored and precise, it makes use of information and communication technologies.