p of the healthcare ecosystem that can be used to collect, analyze, and share data. Preventative: Being predictive can improve the ability of the general public to take precautionary measures. Fiji (Care Fiji App) is one example, and especially when COVID-19 occurred, this smartphone app was used to track the location and surrounding environment of a large number of people with unprecedented accuracy [54-55]. During a pandemic, this geographic information can combine with symptom profiles and continuous test reports to see who is at high risk, who can accidentally bring asymptomatic illness to others, and more. You can ana- lyze the factors, and you can then notify high risk individuals by giving message alerts and medication to limit the fast progress of the pandemic. Personal: The grouping of continuous online health monitoring of patients via 5G telecommunication networks offers many options to personalize common healthcare practices and involvements [56]. For example, healthcare service industries can utilize the tactile internet to remotely check patients (especially conditions) who are unable to reach large clinical facilities. In addition, health advice can be coordinated and confidentially provided to individuals in all populations [57-58]. Participatory: In the health ecosystem that supports 5G, patients become less involved with the operation of the healthcare system and are more involved in driving the outcome. Today, on average, patients in the United States spend 15 hours/year of their time with a healthcare professional and spend around five thousand hours taking care of themself when they wake up. Through these 5,000 hours of specific "activation" (namely, taking independent action to manage health, diagnosis, and treatment), patients can reduce the overall cost of the healthcare provider's healthcare systems. It is believed Network Technology Trends for Smart Healthcare that this can improve the quality of life and health care of the general public. According to one study, after managing demograph