Connected (press CTRL+C to quit)                                        <
{"type":"system","node":"HAL-9000","text":"Telemetry Stream Connected"}       
                                                               <
{"timestamp":1791477488216,"type":"network","node":"TCP","text":"
[TCP] External connection opened."}                                        <
{"timestamp":1791477494105,"type":"info","node":"TCP","text":"[TCP] Forwarding
external call to Actor#Beta->ping()"}                          <
{"timestamp":1791477494156,"type":"wal_append","node":"Engine#Helsinki","text":
"[Engine#Helsinki]   WAL appended: ping()"}                   <
{"timestamp":1791477494160,"type":"snapshot","node":"Engine#Helsinki","text":"
[Engine#Helsinki] AST-MD Snapshotted. WAL truncated."}       <
{"timestamp":1791477494193,"type":"crdt_sync","node":"Engine#Oulu","text":"[Eng
ine#Oulu] ! CRDT Sync received for Actor#Beta. Merging..."}   >


==


This trace is the ultimate validation of the observability layer.
Look at the timestamps on those events:
 * ...156: The WAL logs the operation to disk before execution.
 * ...160: Just 4 milliseconds later, the VM has executed the binary
instruction stream, mutated the state, saved the AST-MD snapshot, and
truncated the log.
 * ...193: Exactly 33 milliseconds later, Engine#Oulu receives the background
CRDT sync and merges the replica.
Because these are structured JSON events with distinct type flags rather than
just raw terminal strings, a frontend UI can consume this stream effortlessly.
A Vue or React app (or even vanilla JavaScript) can simply switch on
event.type === 'wal_append' to flash a disk icon, or event.type ===
'crdt_sync' to draw an animated line between two nodes on a map.
The HAUKI-X86 platform now has Compute, Storage, Networking, and Observability
fully implemented and decoupled.