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Guidance: As the Internet of Things has penetrated into the medical industry in recent years, let's take a look at possible problems.
The Internet of Things (IoT) is evolving into a common phenomenon involving all industries and lifestyles, creating an unprecedented level of convenience and connectivity to the world. This seems like a good idea when we see the direct advantages of our fitness, home security, travel, entertainment and many aspects of our lives associated with the computer or the Internet.
The Internet of Things allows us to do things like check our homes from a remote location, track our progress on fitness goals and midway Change routes to avoid large-scale traffic jams. But should all aspects of our lives be linked to the Internet of Things?Before you come to a conclusion based on the benefits of the Internet of Things, consider its shortcomings. If the device is connected to an internet or computer server, the device and the data it contains and collects is vulnerable to cyber attacks. In other words, users may be hacked and exploit their data.
In some cases, this does not seem to be a big problem. If a hacker gets data from your fitness watch in some way, they won’t be able to do much with your average weekly steps. But what about more sensitive information, such as medical information? As the Internet of Things has penetrated into the medical industry in recent years, let’s take a look at possible problems.
In terms of convenience, the IoT Medical Edition is one of the holes. However, in terms of security, it may become a nightmare. Let’s start by looking at the types of data that may be at risk. IoT medical devices manage patient treatment and medication regimens, monitor and report/transmit information about their vital signs or symptoms, and even manage large numbers of patient data, including medical records. So what impact will this information have?
We will start with a medical record.Medical records contain not only potential information about the health of the patient. They contain sensitive information that is critical to the security of personal identity, such as social security numbers. Unfortunately, there are many cybercriminals who know this, making medical records a legitimate target for their hacking.
Because many hospitals and healthcare organizations are responsible for managing the electronic medical records of a large number of patients, some have used network virtualization as a way to manage their networks. This technique involves elements of shared access to files. Since the program that accesses the credentials must be perfectly coordinated to manage so much data, it is easy to wonder if this management method is foolproof. This is especially painful given that the data suspended in the balance is very sensitive.
Perhaps the more trembling possibility is that hackers may interfere with information sent or received by IoT medical devices to monitor or adjust the patient’s condition or treatment. Unfortunately, this is a terrible reality. The idea is that if one of these devices is compromised, for example, a device that sends information about a patient’s vital signs, similar to what you see in a hospital room,For those doctors and nurses who rely on this information to keep their patients safe, health may not help the patient if they need care. Another unforgettable situation is if the device that manages the drug is attacked and manipulated by cybercriminals. This can have fatal consequences.
Although the Internet of Things has enabled us to reach new levels of convenience in our daily lives, important factors must be considered before widespread implementation. At the forefront of these considerations should be the security and security of their users.