### Possible Innovative Solutions Related to the Problem of Disease Management  
In the rapidly evolving field of healthcare, technology is essential to changing the way that conventional patient care approaches are implemented. Driven by technological advancements like remote health monitoring systems (RHMS) and the Internet of Medical Things (IoMT), connected care has become a dynamic paradigm that is reshaping the way healthcare is delivered in the future. In addition to making proactive, individualized patient care easier, this technological integration creates new assessment and evaluation issues. The exploration of connected care, IoMT, and RHMS reveals that the conventional frameworks for assessing healthcare treatments might require expansion. The growing range of technological applications in healthcare demands the creation of innovative assessment techniques that can fully reflect the complex effects of these advancements on patient care. * _Connected care_ refers to the application of digital technology to enhance patient communication, healthcare services, information systems, and care delivery to streamline processes and to enable better access to healthcare services, especially for remote or underserved populations. Among other digital health solutions, it involves various tools like telemedicine, wearable devices, remote monitoring systems, electronic health records (EHRs), portals, and mobile health applications [67]. By enabling constant information exchange between patients, healthcare providers, and other stakeholders, connected care aims to enhance individualized medicine, provide real-time health monitoring, and encourage preventive care. To improve the coordination of health services, traditional healthcare systems are being changed to become more patient-centred, affordable, and accessible [68]. * _Internet of Medical Things (IoMT)_ refers to the interconnectedness of medical devices, software programs, and medical systems through the Internet. It involves devices such as wearables, sensors, medical imaging equipment, and other monitoring tools that collect, transfer, and share data without human intervention. IoMT enables real-time monitoring, data analysis, and decision making, enhancing diagnostic capabilities, treatment effectiveness, and patient outcomes. The primary features of IoMT are as follows: _connectivity_ (ability of devices to use the Internet to communicate with one another), _sensing_ (ability of many IoMT-based devices to collect a variety of health data), _interactivity_ (ability for two-way communication between the device and the patient or healthcare professionals; this can include alerting the patient to specific health issues, making recommendations, or allowing the healthcare provider to manage the device's settings), _automation_ (ability for some tasks to be carried out automatically in response to specific criteria or conditions, like medicine administration, altering treatment parameters), _data processing and storage_ (generation of vast amounts of data, necessitating their ability to be stored and processed; some IoMT-based devices handle this internally, while others rely on cloud-based processing and storage), _interoperability_ (capacity to connect and operate with other devices, systems, or networks), _adaptability_ (IoMT-based devices are often designed to be responsive to changing requirements and conditions; this may involve software upgrades that incorporate novel capabilities or enhancements, as well as the ability to adjust parameters based on the patient's health), _smart capabilities_ (IoMT-based devices increasingly rely on artificial intelligence (AI) to process data and make complex decisions; this can involve identifying patterns, forecasting medical emergencies, or customising treatment plans), and _user-friendly interfaces_ (due to their patient-friendly design, which takes into account the vast spectrum of users, including healthcare workers, patients, and people with varying levels of IT literacy) [69].