Improper Protections Against Hardware Overheating

All electronic devices generate heat as a byproduct of their operation. Faster processors and higher power draw create more thermal energy. Without built-in protections like temperature sensors, adequate cooling, or power throttling, this heat can build up uncontrollably. Malicious software can exploit this by forcing the hardware into high-performance states, deliberately triggering overheating to cause a temporary malfunction or permanent physical damage—a technique known as a thermal denial-of-service attack. The consequences extend beyond security, impacting device safety and long-term reliability. While similar issues exist for overvoltage or overcurrent conditions, overheating is uniquely tied to normal hardware activity. It's important to note that while these protections guard against operational heat, they do not address separate failure modes like battery malfunctions, which require their own mitigation strategies.