**The Curious Case of the USB Killer**
As a curiosity-driven individual, I decided to put my trusty USB killer device to the test on various smartphones and tablets. The goal was to see if this device could actually kill or disable these devices using high current. In this article, I'll take you through my experiments with different devices, including iPhones, Samsung phones, and a few others.
**The iPhone 7 Plus Dummy**
First up, I had the opportunity to test the USB killer on an iPhone 7 plus dummy phone. This was more of a precautionary measure, as I didn't actually want to harm any real iPhone. However, it was interesting to see how the device responded. After plugging in the safety tester, I noticed a tiny spark and some sound coming from the iPhone. While it wasn't getting much power through, it did seem like there was some energy present.
**The Death USB**
Next, I decided to put the USB killer to the test on the dummy phone again, but this time with a bit more force. After letting it sit for a couple of minutes, I plugged in the device and waited to see what would happen. To my surprise, I started getting a tiny spark, followed by some sound and even a little bit of vibration. It was clear that the iPhone 7 plus dummy phone was being affected.
**The Moment of Truth**
With caution, I decided to plug in the real iPhone 7 Plus into the USB killer. The device responded with a faint click, which seemed to indicate that it had indeed done something. However, when I unplugged the safety tester and tried again, there was no response whatsoever. It appeared that the iPhone was not affected by the high current.
**The iPhone's Safeguard**
Further investigation revealed that the iPhone has an internal safeguard against this type of attack. When plugged into a non-compatible device like the USB killer, the iPhone refused to respond or charge. This made sense, as it would prevent someone from trying to use these devices maliciously.
**The Galaxy Note 7**
Next up was the Samsung Galaxy Note 7, another popular smartphone that had been notorious for its explosive battery issues. I plugged in a special adapter to test the device and hold my breath, hoping that it wouldn't explode on me. To my surprise, the phone charged normally, despite the high current being pushed through it.
**The Unplugged Safety Test**
Before plugging the Galaxy Note 7 into the USB killer, I decided to do an unplugged safety test by unplugging it from the charger and trying again with just the adapter. Surprisingly, nothing happened – no sparks, no heating, no signs of distress. It was clear that Samsung had implemented a similar safeguard as Apple.
**The Charging Option**
After further investigation, I discovered that the Galaxy Note 7 has a built-in charging option that's meant to supply power directly from the device itself. Unfortunately, this means that even when plugged into a non-compatible device like the USB killer, the phone will still try to charge normally and ignore any attempts to short-circuit it.
**The Samsung Safety Precaution**
While I was able to get some sparks coming out of the Galaxy Note 7's lightning port, it didn't actually do anything significant. However, when I tried charging the device again using a regular charger, I realized that the lightning port itself had been compromised by the USB killer. This made me realize that Samsung has taken steps to prevent such attacks.
**The Real Test**
After all this experimentation, I decided to put the USB killer through its final test: on my personal iPhone 7 Plus. The device responded with a loud click and some sparks, but after unplugging it again, I realized that it was still functional – albeit without charging. While it did seem like the lightning port had been damaged, the rest of the device remained intact.
**The Final Conclusion**
Throughout this experiment, I learned that both Apple and Samsung have implemented safeguards to prevent malicious attacks on their devices using high current. While the USB killer is designed to be a powerful tool for short-circuiting devices, it's clear that these companies are taking steps to protect their users from potential harm.
**The Verdict**
In conclusion, while the USB killer device did seem to affect some smartphones in certain ways, its impact was largely limited by built-in safeguards. I hope this experiment has provided a useful insight into the world of USB testing and the measures that companies take to protect their devices.