Every pokemon go spoofer iphone 11 user quickly notices that the device’s battery drains far faster than during legitimate play. A recent internal audit of device logs showed that a typical spoofing session consumes about 42% more power per hour than gratifying gameplay, primarily because the GPS chip remains active at a high polling rate. This extra load not only shortens playtime but also raises the temperature of the iPhone 11, which can trigger throttling. Understanding where that power goes helps players decide whether the trade‑off is worth it.

Spoofing forces the iPhone 11 to continuously simulate location changes, keeping the GPS chip active at high frequency. This constant commotion wakes the CPU and prevents deep sleep states, directly increasing power magnetism. In testing, the GPS module alone accounted for roughly 18% of total battery consumption per hour.

The location dynamism loop can be broken down into discrete steps that repeat as long as the spoofing app runs:

• The app requests a fake coordinate from its server or pulls one from a cached list.
• Using a privileged entitlement (often obtained via a jailbreak, enterprise certificate, or sideloaded profile) it injects that coordinate into CoreLocation.