WonderPhi Autonomous Compute — Auto-Batching Observer

$4.85
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WONDERPHI-AUTONOMOUS-100
Autonomous variant of the WonderPhi Compute observer. Detected serial workloads auto-execute in parallel — no drag-and-drop. Protected by a 7-layer safety envelope (env-var arming, kill-switch file, idempotent whitelist, loop prevention, ledger dedup, cooldown, batch cap). Requires WonderPhi Compute. $29.00 one-time, perpetual license.
First to market

Publicly online since 2010 · U.S. patent applications since 2012 · inventions offered since 2014. The work of Christopher Gabriel Brown, independently documented.

First posted: · Last updated:
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— WonderPhi Autonomous Compute ? Auto-Batching ObserverAutonomous variant of the WonderPhi Compute observer. Detected serial workloads auto-execute in parallel ? no drag-and-drop.

  • What you receive: a blueprint package — design documents as an instant digital download.
  • License: evaluation use; all intellectual property retained by CRI-ONE.
  • Want everything? The complete engineering write-up is under Full details.

WonderPhi Autonomous Compute — Auto-Batching Observer

Autonomous variant of the WonderPhi Compute observer. Detected serial workloads auto-execute in parallel — no drag-and-drop. Protected by a 7-layer safety envelope (env-var arming, kill-switch file, idempotent whitelist, loop prevention, ledger dedup, cooldown, batch cap). Requires WonderPhi Compute. $29.00 one-time, perpetual license.

© CRI-ONE. All rights reserved. Patents issued and pending. Unauthorized reproduction of the underlying designs is prohibited.


Extended catalog & full narrative — WonderPhi Autonomous Compute — Auto-Batching Observer

The extended dossier appended from the 2026-08-05 catalog snapshot. Prices in the body copy have been stripped; the live-store price on this page is the authoritative figure. Images have been omitted.

Easy Setup — No Package Manager, No Account, No Cloud

One PowerShell line, no admin needed. No Python required on the target machine.

Set-ExecutionPolicy -Scope Process -ExecutionPolicy Bypass
.\install.ps1

Copies the binary to %USERPROFILE%\bin, creates the inbox and outbox folders, and registers three scheduled tasks that auto-start on login. Done in about fifteen seconds.

WonderPhi Autonomous — the self-improving constitutional runtime

A three-agent runtime that quietly watches your machine, notices when you keep doing the same command by hand, and offers you a plan file the next time you would have started typing it. Same 10-commandment constitution as Compute. Never runs anything you did not approve.

Why this exists

WonderPhi Compute is a huge unlock, but you still have to know a job is parallelizable to write a plan file. Most operators don't — they just type the same command twelve times in a row.

Autonomous closes that loop. It watches your process list. When it sees the same tool launched five or more times in a ten-minute window, it writes a hypothesis file: "You did this by hand twelve times — here's a plan file that would run them all at once." It does not execute. It suggests, in writing, on disk. You accept by moving the plan into Compute's inbox.

What it is, in plain English

Think of three quiet helpers, each with one job:

  • The observer. Watches which programs you launch. Notices patterns. Writes down suggestions. Does not run anything.
  • The auto-planner. When you drop a bunch of similar files into a special folder, it writes a plan for them automatically and hands the plan to Compute. Fully hands-off — but only for the "bulk drop" case you opted into.
  • The watcher. Sits on the same inbox as Compute. When a plan file appears, it runs it. Logs everything.

They never install themselves without your say-so. They never call home. They never touch a file you didn't put in their folder.

How you use it — three shapes

  1. Passive observation. The observer runs quietly. Every so often you get a wpc-hypotheses/ folder with a Markdown file: "You ran ffmpeg 17 times this week. Here's a plan that would have done it in one pass." Read it, decide.
  2. Bulk-drop auto-mode. Copy 200 similar files into wpc-auto/. The auto-planner recognizes the batch (5+ files of the same type), generates the right plan (PDF hash / image identify / log grep / SHA-256 / whatever), dispatches to the main watcher. You come back to finished work.
  3. Direct dispatch. Same as Compute alone: drop a hand-written plan into wpc-inbox/, watcher runs it. Autonomous doesn't get in the way.

Worked examples

Observer catches a pattern

You spent Tuesday afternoon running ffmpeg -i src.mov out.mp4 by hand on 34 different files. On Wednesday morning, wpc-hypotheses/2026-07-24-ffmpeg-batch.md contains:

# Hypothesis: parallelize repeated ffmpeg invocations

Between 14:03 and 16:47 on 2026-07-23 you launched ffmpeg 34 times against
different .mov files. This is a textbook batch job.

Proposed plan (wpc-inbox/ffmpeg-batch-2026-07-24.wpc.txt):

 ffmpeg -i clip01.mov -c:v libx264 -crf 22 clip01.mp4
 ffmpeg -i clip02.mov -c:v libx264 -crf 22 clip02.mp4
 ...

Expected speedup: ~14x on this 40-core box.
Move the plan file to wpc-inbox/ to accept, or delete this hypothesis to ignore.

Auto-planner handles a bulk drop

You copy 200 PDFs into wpc-auto/. Within 15 seconds, the auto-planner recognizes the batch (5+ PDFs = 'PDF batch'), generates a hash-and-index plan, moves the plan to wpc-inbox/. Ten seconds later Compute has all 200 hashed and manifested.

Verified capabilities

Verified on the same dual Xeon Gold 6138T (40/80 cores) with an NVIDIA A10M as Compute:

  • Observer overhead: ~0.1% CPU. Samples the process list once per minute. You will not notice it running.
  • Auto-planner latency: a bulk drop of 200 similar files becomes a running plan in under 15 seconds.
  • Hypothesis quality: tuned to a floor of 5 same-tool invocations in 10 minutes. Suggestions are actionable; you're not drowning in noise.
  • Zero false starts: the observer never runs a plan on its own. Auto-planner only runs when you drop into the auto folder you opted into.

Every claim is testable on your own machine using the sample plans in the download.

Under the hood

Autonomous is three small executables that share Compute's constitution but each have one job. They never modify wpc.exe. The ten commandments and version-1.0.0 constitutional guarantee stay completely intact.

  • wpc-watcher.exe — the inbox watcher. Runs whatever plan file appears. Injects live GPU env vars (WPC_GPGPU, WPC_GPU_VRAM_FREE_MB, WPC_GPU_UTIL_PCT) into every task's environment so plans can branch on GPU availability.
  • wpc-autoplan.exe — the bulk-drop planner. Watches wpc-auto/. Recognizes patterns (5+ same-type files) and emits the right plan.
  • wpc-observer.exe — the process-list observer. Samples every minute. When it sees repeated same-tool launches, writes a hypothesis .md. Observes and suggests — never executes.

All three helpers use the same log-append and honest-exit-code guarantees the constitution enforces on Compute itself. Nothing is ever silently mangled.

What you need

  • Windows 10 / 11. Native .exe; the three helpers register as Scheduled Tasks that auto-start at logon.
  • WonderPhi Compute installed (or, easier, get the bundle). Autonomous is the loop-closer around Compute — it doesn't replace the runtime.
  • No admin rights needed for install. Everything lands in %USERPROFILE%\bin.

What's in the download

  • wpc-watcher.exe, wpc-autoplan.exe, wpc-observer.exe — the three helpers
  • install.ps1 — one-line installer, registers the Scheduled Tasks
  • uninstall.ps1 — removes the Scheduled Tasks cleanly
  • README.md — concise reference for humans
  • LICENSE.txt — perpetual single-user license, personalized with your name and order number

Common questions

Q. Will it run something without asking me?

The observer never does. The auto-planner only runs when you drop files into wpc-auto/ — a folder that only exists if you asked for it. If neither has your consent, nothing runs on its own.

Q. Does it phone home?

No. Zero network access. Nothing about your workflow ever leaves your machine.

Q. Does it replace WonderPhi Compute?

No, it depends on Compute. It closes the loop around it — observation, auto-planning, watching. Compute is the runtime that actually runs plans.

Q. Can I turn off individual helpers?

Yes. Each is a separate Scheduled Task. Disable the observer from Task Scheduler and the observer stops running. Same for auto-planner and watcher.

Q. Where do hypothesis files go?

%USERPROFILE%\bin\wpc-hypotheses\. Read them, keep them, delete them — nothing acts on them until you move them into wpc-inbox/.

Glossary — every term used above, in plain English

Observer / auto-planner / watcher
The three cooperating helpers. Each does one job.
Hypothesis file
A Markdown suggestion the observer writes to disk. Never runs itself.
Bulk drop
You copy 5+ similar files into wpc-auto/. The auto-planner recognizes the pattern and dispatches to Compute.
Scheduled Task
Windows' built-in mechanism for programs that auto-start at login. Each Autonomous helper installs as one.
Constitution / commandments
The ten immutable rules baked into every WonderPhi binary. Verified at startup by SHA-256. Autonomous respects the same constitution as Compute.
Telemetry
Software calling home to report activity. Autonomous has none.

License & support

Retail single-user license, perpetual, non-transferable. Every download's LICENSE.txt is personalized at checkout with your name, email, and order number. Full terms live inside your download — short version: install on any machine you personally own and operate, don't redistribute, don't run it as a paid service for third parties (that needs the Industrial variant), and everything else is fine.

Support: email chris@cri-one.com. Because Autonomous never changes, there's nothing to "support" in the update sense — but if something isn't behaving the way you expect, write and I'll help.

USA-only sales for retail.

SOURCE RECORD — original published render

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