Loading live binary size for the AArch64 assembly server...

Marcus Daley

CTO · Provo, Utah

I build the systems that keep global regulatory intelligence moving. This site strips the stack down to the metal: one public-facing Apple Silicon ARM64 assembly web server, one separate local Qwen inference runtime, and one live execution surface driven by current Provo weather data.

Local Qwen

Ask anything. Responses are generated on this machine by a separate Apple Silicon inference runtime, proxied through the assembly web server on the same public origin.

Live Local Inference
Qwen text model running on Apple Silicon behind the same-origin /__qwen surface.
Checking proxied Qwen text service…
Local Qwen
Ask anything. Responses are generated locally on this machine by a separate Apple Silicon inference runtime behind this page.
Same-origin Qwen proxy • separate local inference server • Apple Silicon runtime

Assembly Execution Core

The visualizer below starts immediately on page load. Weather values are mapped into a synthetic exposure score and then rendered as moving packets, register rails, and an execution trace that never stops ticking.

mdaley-web-server · local-qwen-runtime · provo-weather
Fetching live exposure vectors from Open-Meteo...
Data path: browser fetch -> registers -> risk synthesizer
Temperature
12.0 C
Current dry-bulb reading from Provo used as the primary thermal input.
Humidity
45 %
Relative humidity modifies signal density and feeds the composite risk score.
Wind
8 km/h
Surface wind velocity perturbs packet motion and raises volatility in the trace.
Risk Score
0.68
Band: Balanced load
Requests Served
0
Every hit against the binary, including diagnostics, increments this counter in assembly.
Uptime
0s
Runtime seconds since the assembly server booted and bound the listening socket.
Bytes Served
0 B
Accumulated response bytes tracked by the binary and surfaced through the public `/__proof` route.
Binary Size
0 B
Live executable size reported by the assembly server through the public `/__proof` route.
Loading build stamp and embedded payload metrics from the assembly server...
recent in-memory trace · accept · read · write · close
Loading trace buffer...

System Notes

This build is intentionally sharp: one public assembly web server, one separate local inference runtime, and one browser surface that exposes both without hiding the mechanics. The architecture stays narrow on purpose so the implementation itself is part of the proof.

Web runtime

`mdaley-web-server` serves the embedded site payload for `GET /`, rejects unsupported methods, proxies the browser-visible Qwen surface, and exposes public diagnostics instead of hiding them.

Inference runtime

The local Qwen runtime runs text inference on this machine behind the same-origin `/__qwen` surface.

Proof surface

Request count, uptime, bytes served, build metadata, trace state, weather transport, and browser-visible Qwen access are all exposed through the live assembly surface.

system-notes · live register bus · /__metrics @ 1 hz
Browser
poll /__metrics
1 hz request bus
Assembly Core
render register frame
update proof counters
x0 req/s
0
x1 bytes/s
0 B
x2 active
0
x3 peak
0
x4 400
0
x5 429
0
x6 trace
0 B
x7 uptime
0s
Priming live register call stream from the assembly server...
Polling /__metrics once per second and painting register traffic in the browser.