Davis Logic V2: Safety-Critical Hardware Window Watchdog Execution Monitor Core (DULLEA)

Davis Logic V2: DULLEA Ecosystem

Module 029: Safety-Critical Hardware Window Watchdog Execution Monitor Core

A high-reliability, zero-allocation temporal monitoring kernel engineered to enforce strict, time-bounded execution windows within high-consequence embedded control architectures (including implantable medical devices, spacecraft telemetry handlers, and nuclear power management arrays) running on 32-bit bare-metal platforms (ARM Cortex-M, ESP32, STM32).

Key Architectural Details:

- Implements two-sided time window boundaries (Too-Early and Too-Late validation) to trap both system processor freezes and runaway loops/interrupt desynchronization.

- Operates entirely within static memory blocks to protect index data from heap-corruption vectors during cascading runtime hardware faults.

- Features direct structural integration hooks for memory-mapped core registers to enforce a clean, un-interceptable hardware cold reset upon a window violation.

• Adheres strictly to freestanding C++ criteria to meet deterministic cycle counts in hard real-time safety-critic
• al loops.