How does Smart RAM Optimizer work?

[Andrew Win]

I don't understand how this program can keep such low RAM usage.
Usually, programs of this kind clear the "unnecessary cache" at certain intervals, which greatly increases the load on the components, but, of course, it loads again, which makes it pointless.
Or they access the paging file much more often, which reduces the speed of work.
But it’s not beneficial for Windows to let the RAM stand idle just like that and it constantly finds a use for it, which speeds up work, but just unloading “unnecessary files” does not make sense, because when it really needs it, it will do it.
So how does it work anyway?

[johnwood]

There are several ways that a program can keep low RAM usage. One common method is through efficient memory management techniques, such as garbage collection or reference counting. These methods allow the program to release unneeded memory and reuse it for other purposes. Another way to minimize RAM usage is by optimizing algorithms and data structures used in the program. By choosing more efficient algorithms and data structures, the program can reduce the memory needed for its operations.

In addition, modern operating systems like Windows use virtual memory to expand available RAM when necessary. This means that even if a program uses up all of its allocated physical memory, Windows can use disk space as virtual memory to simulate having more RAM available. This approach allows programs to continue running even if they use more memory than is physically available.

Edited June 9 by johnwood

[Scannan]

19 hours ago, johnwood said:

There are several ways that a program can keep low RAM usage. One common method is through efficient memory management techniques, such as garbage collection or reference counting. These methods allow the program to release unneeded memory and reuse it for other purposes. Another way to minimize RAM usage is by optimizing algorithms and data structures used in the program. By choosing more efficient algorithms and data structures, the program can reduce the memory needed for its operations.

In addition, modern operating systems like Windows use virtual memory to expand available RAM when necessary. This means that even if a program uses up all of its allocated physical memory, Windows can use disk space as virtual memory to simulate having more RAM available. This approach allows programs to continue running even if they use more memory than is physically available.

You did not in any way answer the OP's question.

All you did was give an explanation of various Ram management techniques.