The real challenge lies in how to translate those transistor-level 1s and 0s into APIs that everyday users can understand.
Assembly language. Then you can program and reprogram anything, especially with AI tools.
For the past two months, I’ve been trying to configure the ADC (Analog to Digital Converter) using STM32 microcontroller. With the help of AI, I’ve made some progress, but honestly, it’s been driving me crazy. This thing has been a tough nut to crack. AI has taken me in circles to the point I have given up. Now I’m spending hours watching YouTube tutorials and taking Udemy courses, hoping to finally get it right. AI is helpful, yes, but it’s far from perfect.
What would it take to reprogram an ATM I wonder? For educational purposes not that looted gen z stuff.
I don’t know, have never dealt with such, but if you put some interest in learning how it is programmed, someday, you will hack it. Definitely it will take time.
We are living in a simulation. None of this shit is real
What does wantam, sorry quantum computers use
NA ruto processors.
Hehehehehe, Choma kiblunt foreign kwanza, alafu usome about qubits, superpositioning atoms, alternate universes, uone vile kichwa itakuuma.
I bet hawa majamaa wanatumia recovered alien tech alafu wanatuchanganya na long winded explanations.
We trust you
obviously you need a YouTube video to explain basic first year computing, atleast you are getting more literate.