**Testing Electronic Resistance: A Deep Dive into the Power of Modern Smartphones**
In this article, we'll delve into the world of electronic resistance and explore the limits of modern smartphones. Our testing rig consists of an EMP box, a USB killer version 3.0, and a laser spider 3, designed to push these devices to their limits.
**The EMP Box: A Test of Electromagnetic Interference**
First up, we tested the impact of electromagnetic interference (EMI) on our smartphone using an EMP box. The EMP box is a device that generates a high-powered electromagnetic field, designed to disrupt electronic signals and cause damage to sensitive components. We placed our smartphone in close proximity to the EMP box and observed its reaction. To our surprise, the smartphone didn't suffer any significant damage. In fact, it continued to function normally, albeit with some minor interference.
We repeated the test with a different camera setup, this time using a 3D facial recognition camera. This time, we saw a noticeable effect on the camera's performance. The laser seemed to have a profound impact on the camera's sensor, causing permanent damage and rendering it useless. However, the front-facing camera fared better, but still showed signs of wear and tear. We were able to burn a dot into the sensor, which was surprising given the phone's robust construction.
**The Laser Spider 3: A Burning Attack**
Next up, we tested the impact of intense heat and light on our smartphone using a laser spider 3. This device is capable of emitting an extremely powerful beam of light, designed to cause damage to sensitive electronic components. We aimed the laser at the rear camera, expecting it to be severely damaged or even destroyed.
To our surprise, the phone withstood the attack relatively unscathed. However, when we applied more pressure and turned up the power, the camera's sensor began to show signs of wear. The laser caused a permanent splotch on the sensor, rendering it unusable. We repeated this test with the front-facing camera, expecting similar results, but were surprised to find that it resisted the attack even better than expected.
**The USB Killer Version 3.0: A Test of Power**
Finally, we tested our smartphone's resistance to a high-powered USB killer version 3.0. This device is designed to deliver an extremely high amount of power to electronic components, causing damage and destruction. We plugged the phone into the device and observed its reaction.
To our surprise, the phone showed no signs of damage or disruption. In fact, it continued to function normally, even when the USB killer version 3.0 was set to maximum power. This was in stark contrast to previous devices we had tested, which had been severely damaged by similar attacks.
However, when we reversed the polarity and plugged the device into our phone's Lightning port, we expected to see some damage or disruption. To our surprise, the phone still worked perfectly, even with the reversed polarity. It seemed that Apple had implemented an additional layer of protection against this type of attack, rendering the USB killer version 3.0 ineffective.
**Conclusion**
In conclusion, our testing rig has revealed some surprising results regarding electronic resistance in modern smartphones. While some devices were able to withstand extreme temperatures and electromagnetic interference, others were severely damaged or destroyed. The iPhone 8 plus emerged as a clear winner, resisting even the most intense attacks from the EMP box, laser spider 3, and USB killer version 3.0.
We're left wondering what secrets Apple has implemented into these devices that render them so resistant to electronic damage. It's clear that the company has invested heavily in researching and developing new technologies to protect its products from various types of threats. While we may not fully understand the extent of this technology, one thing is certain - it's a testament to Apple's commitment to innovation and protection.
**Future Directions**
In future testing, we'll continue to explore the limits of electronic resistance in modern smartphones. We'll push these devices even harder, testing them against more intense attacks and exploring new types of threats. Our goal is to uncover the secrets behind Apple's advanced technology and share our findings with the world.
Stay tuned for our next article, where we'll delve into the world of electromagnetic interference and explore ways to mitigate its effects on electronic devices.