Rply for inital post

Discussion 1

Coventry & Branley, (2018), studied the Cybersecurity in healthcare: a narrative review of trends, threats, and ways forward. According to the authors, the introduction of electronic healthcare technology has become common as well as the main recommendation for all healthcare providers globally. As a result, cranial results, as well as the transformation in the way patients, receive care delivery have greatly improved. Nevertheless, there have been increased concerns regarding the security of patient’s data s well as the security of devices used in hospitals to store patient data. With the introduction of the internet of things, the interconnectivity of devices has exposed private information to current cybersecurity threats. The main reasons for healthcare cybercrimes are; it is a rich source of variable information as well as its defense id weak. The increased rate of crimes reduces patients’ trust, threatens human life and cripples medical care.

Webb & Dayal, (2017), researched about building the wall: addressing cybersecurity risks in medical devices in America and Australia. According to the authors, the use of digital devices in the provision of healthcare has become a common practice. As a result, the field has benefited and at the same time encountered a new risk. All the stakeholders are responsible for ensuring that the information systems are well protected to enhance customer privacy. Additionally, the system and device users are also expected to have a high level of cyber hygiene to ensure that inside threats, as well as phishing, are avoided.

References

Coventry, L., & Branley, D. (2018). Cybersecurity in healthcare: a narrative review of trends, threats and ways forward. Maturitas, 113, 48-52.

Webb, T., & Dayal, S. (2017). Building the wall: Addressing cybersecurity risks in medical devices in the USA and Australia. Computer Law & Security Review, 33(4), 559-563.

Discussion 2

Solution :

Computers, automation and robots existed in previous decades, but the opportunities provided by the Internet revolutionize their use, and the opportunities they provide . The increasingly cheaper solutions allow us to monitor the activities, operation and processes of machines, materials, workers and even products themselves, and to collect, analyze and utilize data in real-time decision making

Tools Used :

For the implementation of Industry 4.0, tools that generate data and create big data are essential, including sensors, RFID chips, 3D scanners, cameras, and robots . Machines and people use interfaces to communicate, most often in a real-time way. Additional tools such as clouds, local data warehouses, and ERP systems collect, store and distribute data. There must be platforms that provide a common base for all these machines and devices, and the most up-to-date standards and, most frequently, in-house developed software to extract the relevant information from the generated data (e.g., data mining and data analysis, simulations, algorithms) in a way which is accessible and convenient for users, i.e., on a device such a tablet or mobile phone