Increasing competitive advantages such as lower latency and ultra fast network, over the previous generation network infrastructure (such as 3 G or 4 G) is expected to leverage the opportunities of 5 G infrastructure Factors such as high energy saving, low latency, ultra reliable network, and higher bandwidth of a 5 G network are leading to an increase in the development of use cases in industrial and automotive sectors Moreover, increasing demand for connected ecosystems is facilitating the wide adoption of 5 G infrastructure over previous generation infrastructure such as 3 G and 4 G systems among consumers

Farmers worldwide depend on agricultural production for their livelihood, and increased efficiency in the field would help uplift farmers and increase global agricultural production. Farmers' agricultural production helps tackle the global food demand, which is expected to increase with the growing population.

The ICT sector in Vietnam has continued growing on the back of strong performance in Internet-based services, while other traditional telecom services, such as fixed-line telephony or even mobile telephony, have either approached saturation or have been declining. In order to keep up, domestic telecom providers are investing to enhance their 4G infrastructure and offer price-competitive packages to gain traction in mobile broadband and fixed broadband. In the fixed broadband segment, major market players have capitalised on the deployment of fibreoptic networks. So much so that fibreoptic technology led to a change of strategy for telecom companies as they are now increasingly offering affordable bundled packages including fixed broadband, fixed-line telephony and pay TV services.

Thermal interface materials ( are materials used to dissipate and improve the transfer of heat out of electronics devices Generally, they are placed between the heat generating chip and/or component and the heat spreading substrate or dissipating device

OVERVIEW The transport media is a medical device and essential buffered solution containing peptones, carbohydrates, and other nutrients, excluding growth factors designed and developed for infectious microorganism specimen collection, transport, preservation, and analysis. Transport media solutions preserve the viability of viruses, bacteria, and other microbes during transport without allowing them to multiply in a secure bio-environment. There are types of transport media developed for infectious disease diagnosis.

Continuous monitoring o patients’ parameters such as heart rate and rh thm, respiratory rate, blood-oxygen saturation, blood pressure, and many other parameters has increasingly become important for critically ill patients in healthcare settings. Patient monitoring systems are used to monitor patients’ vital signs. During treatment, it is highly important to continuously monitor the vital physiological signs of patients. Therefore, there is high demand for patient monitoring devices in hospitals and other healthcare facilities. The continuous improvement in technology not onl improved access to patients’ vital signs, ut it has also simpli ied the diagnostic process and, as a result, raised the monitoring efficiency of patients.

The multitude of diagnostic modalities available at present has increased the complexity of clinical decision making which has further emerged as a major risk factor in clinical practice For instance, the advent of multimodality clinical workflows has though provided a plethora of new knowledge and information for the clinicians but also pushed the boundaries of their cognitive capacity The sophisticated tools and diagnostic imaging procedures not only influence the decision quality but also hamper the selection of communication channels and the adoption of new technologies These complexities often result in misdiagnosis and might also lead to discrepancies in designing an individualized treatment regimen for the patients

Virtual clinical trials are also known as decentralized clinical trials or remote clinical trials in the healthcare industry. Virtual clinical trials are defined as the deployment of a wide range of digital technologies and tools to collect safe and effective data from participants. In virtual clinical trials, specific digital technologies are prominently used in data collection, such as wearable or sensor devices, telemedicine, eCOA, ePRO, eConsent. In the past few years, the adoption of virtual clinical trials witnessed massive increase due to its benefits, which led to a shift toward technology implementation in clinical trial activities.