Recently, robots have become a hot topic. From what we see online, robots can perform tasks such as dancing, martial arts, communication, companionship, and cooking. In China, internet users have even shared videos of robots delivering food.
Of course, the use of robots in factories is hardly surprising. From early industrial robots to today’s machines that can replace human workers, this represents a qualitative leap. That is because robots have powerful learning capabilities.
We experienced sci-fi depictions of robots in American movies more than a decade ago. For example, WALL‑E, the robot that once collected trash, and robots in TV series that were given programmed roles but eventually developed consciousness.
In reality, we first saw human‑machine competitions, such as AlphaGo defeating Go champion Lee Sedol, followed by the emergence of robotic dogs. Today’s advances in artificial intelligence have brought robots into people’s work and daily lives, making them more practically useful.
Robotic technology is becoming increasingly sophisticated and impressive. Companion and caregiving robots already exist. So what would it be like if there were robots specially designed to care for people with diabetes?
Perhaps they would be more knowledgeable than humans, comparable to professionals. Perhaps they would have stable emotions, without sudden mood swings like people. Perhaps they would have better memory and not easily forget important things. Perhaps they would understand the condition of diabetics more clearly and know exactly what to do. There could be many more “perhapses”.
In short, people with diabetes might find life much easier with a reliable carer always by their side. Of course, this is an ideal vision.
However, there is also a problem: if a robot makes a mistake, the consequences could range from minor to serious. Still, if an ideal, professionally oriented diabetes care robot could be developed — one that does not try to do everything — it might be quite practical.
The right approach may not be a competition between humans and robots, nor creating a perfectly flawless machine, but whether customization can meet the needs of most people.
The key question is: what role should a diabetes care robot actually play?Is it meant to replace human caregivers, or simply be a good companion or assistant to the person with diabetes? Different roles would lead to vastly different functions.
From a professional perspective, should such a robot theoretically undergo clinical validation, just like CGM technology? This is a question worth discussing.
Overall, robots will become more advanced and perfect. Maybe in the future, there really will be satisfactory robots specialized in caring for people with diabetes.
When that time comes, would you choose to have one?Or what kind of robot would you actually need?As someone with diabetes, what would you expect from such a robot?