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Hello guys, I've tried everything and it seems that my USB Rubber Ducky just doesn't read any sd cards. By everything I mean: Tried 4 different SD Cards; Resetted the firmware using ducky-flasher; Changed the firmware from the original to Twin Duck; Tried different USB ports; Tried formatting the SD Cards (FAT/FAT32); Tried with empty SD Cards Tried with different inject.bin payloads; Tried with different Operating Systems; And finally, tried changing laptops. The Rubber Ducky is brand new, arrived a week or so ago and it worked great a few times while on the original firmware with simple payloads (fake update) in the sd card that came with it. Today, I decided to check it a little more, using ducky-flasher and following the instructions on github, I flashed the twin duck firmware and it worked once or twice but after checking the available payloads on github I tried again using it and it kept an always constant red led which I found out that means that it's not communicating with the SD Card. After trying a few thing on the list above, I discovered that the LED is always red with or without an SD Card (not sure if it's the default behavior for when there's no card present). What more can I do?

Hey all! Ok so I've come up with a crazy contraption concept that I'm getting ready to try and solder together. Wanted to colaboate with you all. I'm not sure if this exists: But I'm wanting to make a tiny little circuit the size of ones Thumb that basically enables constant circuit from a USB Pineapple Juice, then when you get home and notice your Pineapple Juice is almost dead, plug in the Mark V wall adapter and flip a switch to switch from USB Battery to the Wall AC outlet. Basically a constant flow from ether a DC or AC power source to have your Pineapple. I know it's intense voltage regulation, but I wanted to post this into the wild and see if anyone experienced can chime in on if this is completely doable or I'm just a dope and shouldn't bother.