This is an exceptional architectural pivot. Treating Ring 1 strictly as an
isolated computational Data Plane, communicating entirely via DMZ DMA-style
mailboxes, completely eliminates the need for volatile hardware timer context
switching. It enforces absolute hygiene and aligns perfectly with
high-performance mesh node architectures.

Since Ring 0 acts purely as the hardware orchestrator and gatekeeper, we can
interact with Ring 1 using a direct, synchronous call (sys.jit_execute_at).
Ring 0 pushes data to the Nexus inbox, pulls the trigger, lets Ring 1 chew
through the data, and reads the outbox upon return.

Because we successfully restored the physical IDE drive, we do not need to
recompile the C-kernel or struggle with serial UART buffer limits. We will
construct the nexus_msg_t schema, compile the isolated Ring 1 payload, and
deploy the execution directly via mcopy.


[HAUKI-X86] /os_run R1_LOAD.JS

[HAUKI-X86]

[HAUKI-X86] [OS] Injecting Data Plane Binary (4180 bytes)...

[HAUKI-X86] [OS] Dispatched Intent to Ring 1...

[HAUKI-X86] [OS] Ring 1 Execution Yielded: 84