rnd-android-system-architect

Android system architecture evaluation requires analyzing startup timing, memory and power optimizations, and SELinux policy modeling. It delivers an optimization plan covering risk assessment and decision records for robust platforms.

HAL integration and Binder IPC design require clear role separation across system layers using AIDL or HIDL interfaces. This reduces coupling and ensures structured inter-process communication across native and framework boundaries.

SELinux policy modeling enforces mandatory access controls across Android system components. It creates secure platform boundaries through strict isolation, enabling auditable security architecture decisions and comprehensive risk assessment.

Android system architecture design supports hospital-grade device platforms requiring strict isolation and real-time constraints. It delivers auditable decisions through ADR templates, risk assessment, and cross-team alignment guidance.

Android performance optimization targets startup timing, memory management, and power consumption across Zygote and System Server. It applies layer-specific best practices to deliver faster, more efficient system platforms.