I don't use wyze normally, not sure what the type a female port is for.
It's a hack on top of a hack that functions reasonably, and helps with supply chain issues.
I assume in the first paragraph you mean a usb A cable with plugs on both ends
The traditional USB connection has a host with a USB A socket, which provides power; a cable with a USB A plug in one end and a USB B plug in the other end; and a device with a USB B socket. All traditional USB cables are A to B cables, with a USB A plug and a USB B plug; an A to A cable would allow connecting two hosts together, and both would try to provide power at the same time, which might damage the hardware.
USB-C is completely different; all cables have two USB-C plugs, while both hosts and devices have USB-C sockets. Which side provides power is negotiated through a dedicated configuration channel.
USB A is a rectangle, and USB B is closer to a square. I've also never seen anything aside from female USB ports and male/male USB cables (aside from extension cables).
Type C is bi-directional, so can replace either or both plugs.
https://itsolutionindia.files.wordpress.com/2014/08/usb-tuto...
They exist, but are not allowed by the USB standard. The basic premise of the classic USB standard is that the A side provides the 5V power, while the B side consumes that 5V power. With an A to A cable, you are shorting both power supplies together.
(USB-C changes that to resistors; IIRC, the side with the pull-up resistors will initially provide the 5V power, while the side with the pull-down resistors will initially consume the 5V power. The passive adapters to classic USB just have the correct pair of resistors for the corresponding classic USB plug or socket.)