Android终端关键硬件环境可信评估方法研究

Research on Trusted Evaluation Method for Key Hardware Environment of Android Terminal

摘要: Android系统因其开放源代码的特性，面临日益严重的安全问题，移动智能终端应用已成为网络恶意攻击的主要目标。作为嵌入式系统，移动终端的底层硬件环境安全是确保其整体可信性和可靠性的关键。基于可信计算思想，针对影响Android终端软件性能的CPU、内存和电池等关键硬件进行实时监测，通过量化评估硬件环境可信水平，为移动终端平台的安全解决方案提供技术支撑，从而保障系统运行的稳定、安全和用户体验。

Abstract: Due to its open-source nature, the Android system is increasingly vulnerable to security threats, making mobile intelligent terminals a prime target for malicious attacks. As an embedded system, the security of the underlying hardware environment is critical to ensuring the overall trustworthiness and reliability of mobile terminals. This study employs the principles of trusted computing to monitor key hardware parameters in real time, such as CPU, memory, and battery, quantitatively evaluating the trustworthiness level of the hardware environment. The research provides technical support for enhancing mobile terminal platform security, thereby ensuring stable system operation and a secure user experience.