Aetox

README

Aetox

The execution layer for AI.
_{Models provide intelligence. Aetox provides capability.}

Website · Download · What it is · Why it is that way

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Tell Aetox what needs doing, and it does it on your computer. A model on its own can only produce text. Aetox is the layer underneath that turns an intention into work that actually happened — files changed, a form filled in, a document produced, a program run.

                    MODEL          ← the brain: knows what should happen
                      ↓
                 ┌─────────┐
                 │  AETOX  │      ← the body: eyes, ears, hands, tools, permission
                 │Execution│
                 │  Layer  │
                 └────┬────┘
                      ↓
          ┌───────────┼───────────┐
          ↓           ↓           ↓
        Files      Browser      Shell
          ↓           ↓           ↓
      Documents    Websites    Programs

That is why any model works, including a 9B on your own graphics card: the capability lives in the layer, not in the parameters. Aetox reads images, watches video, hears audio, opens real web pages and clicks through them, and hands back real .docx / .xlsx / .pptx files — with a model that can do none of those things by itself.

One 40.8 MB Windows executable. No runtime to install. Nothing leaves your machine.

Don't build an AI that answers more. Build an AI that does more.

Install

Installer — aetox-amd64-installer.exe · adds a Start Menu entry and sets up Tesseract, poppler and ffmpeg for you.

Scoop

scoop install https://raw.githubusercontent.com/Mike0165115321/Aetox/main/scoop/aetox.json

Portable — the zip, unpack and run aetox.exe.

No API key needed to start. A built-in aetox provider ships a mock model that exercises every feature — real tool calls, long reasoning, image galleries — so you can try it before signing up for anything.

The installer is not code-signed yet. The first run shows a SmartScreen warning about an "unknown publisher" — More info → Run anyway.

Build it yourself

cd desktop
wails build          # → desktop/build/bin/aetox.exe
wails build -nsis    # with the installer

Two doors, one app

Most tools pick a side: a chat assistant for everyone, or a coding tool for developers. That choice only has to be made if the product is the assistant. Here the product is the engine, and a door is just a way of pointing it at a kind of work — so Aetox is both, without either bleeding into the other. One switch on the logo moves between them; the app remembers which one you were in.

                    AETOX ENGINE
                          │
           ┌──────────────┴──────────────┐
           ↓                             ↓
    AETOX ASSISTANT                 AETOX CODE
    ───────────────                 ──────────
    Everyday work                   Software
    Files · Browser                 Files · Shell
    Documents · Research            Git · LSP · Workbench

	🏠 Aetox Assistant	🔧 Aetox Code
Who it is for	Anyone — including someone who has never opened a folder	Developers
Where it works	Your whole machine (credential stores always refused)	The project folder you opened, plus folders you add
What it holds	Files, shell, web, browser, OCR, speech, PDF, Office output, a team of agents	Files, shell, git, language-server diagnostics, symbol lookup, GitHub, browser
Rooms	Assistant · Projects · Agent team · Output gallery · Automation (coming)	Code, with the Workbench: editor, terminal, browser, file tree
What it will not do	Developer tooling — it says so and points you next door	Slides and documents — that is the other door's work

One engine, one store. Two doors are two shells over the same binary, the same data directory, the same settings, memory and permissions. Switching doors is not switching apps.

What it does that other agents do not

It gives a small model senses it does not have

A 9B model on your own machine cannot see, hear, or act on a page. Through Aetox it can — and none of this needs a vision model.

The model cannot…	Aetox supplies	Result
See images	image_ocr (Tesseract, Thai + English)	Any model reads the text in a picture
Watch video	video_ocr (ffmpeg + OCR)	Text with [m:ss] timestamps
Hear audio	audio_transcribe (whisper.cpp, offline)	Speech to text from audio and video
Open a PDF	pdf_read (poppler)	Attach it and ask; Thai comes out intact
Act on the web	browser_open / read / click / type	Reads the real page and clicks by reference

One clip can go through video_ocr and audio_transcribe together — both emit the same [m:ss] format, so the two read as a single transcript. A model that can see gets the image itself; OCR is the fallback for models without eyes, not the only road in.

It hands back files, not descriptions of files

sheet_write → .xlsx, slides_write → .pptx, doc_write → .docx. Real files Excel, PowerPoint and Word open — numbers you can SUM, dates that sort, Thai vowels that sit where they belong. Built by hand from archive/zip + encoding/xml, with no added dependency at all. Click an .xlsx in the app and it renders as a table.

A number is worked out, not remembered

A wrong sum is the only mistake that never announces itself — it arrives in the same confident sentence as a right one. calc runs a short JavaScript program in an interpreter compiled into the app, and you see the script beside the result, so a wrong answer is a line of arithmetic you can point at rather than a number you had to trust.

A team you hire by dropping in a file

The assistant delegates to agents that work in their own memory space without blocking your turn. Each one is a folder: agents/<name>/ holds what it is and what it has learned. Hiring one is adding a file — no release, no plugin API. Ask for a deck and the deck agent makes it; the main assistant never carries those tools, so you do not pay for them on every question.

It knows what it is made of

A bundled skill tells the assistant where its own data, skills, agents and settings live — so it stops guessing about its own system, and stops searching the web for something that is on your disk. It costs nothing until something opens it.

Why it is this small and this fast

Not a claim about care taken — a list of decisions, each with the number it bought.

One static Go binary, no runtime. Go + Wails + Svelte 5 compile to a single self-contained aetox.exe. Nothing to install alongside it, no node_modules to disagree about versions on update, no Node runtime bundled inside the app. 40.8 MB, one file.

The window is WebView2, which Windows already has. Electron apps ship their own copy of Chromium; Aetox uses the shared one. Straight about this: WebView2 is Chromium, so the 252 MB it holds is not a memory win over Electron — the win is that you are not handed a second copy of a browser to store.

The request prefix never moves. Tools are assembled in a fixed order and serialised once, so the head of every request is byte-for-byte identical and providers that cache recognise it. 97% of input tokens came from cache over six consecutive messages. Shift the tool order by one and the whole cache breaks silently on every request — no error, just a larger bill — which is why the order is pinned by a test.

Skills load in three levels, so the tool list never grows. A skill costs nothing until the model opens it: skills_list returns one line each, skill_view returns one body. Install three hundred and the tool block stays the same size — 48 definitions, ~9,600 tokens, with a test that fails the build if it grows.

Search costs no model call. History lives in local SQLite with FTS5, so session_search across every past conversation and every tool run is a query, not an inference. Zero tokens per search, Thai and English alike.

OCR instead of a vision model. image_ocr, video_ocr and browser_read turn pixels and pages into text, so capability does not depend on the model having eyes — which is what makes a 9B on a consumer GPU enough.

The interpreter is compiled in. calc runs JavaScript in an embedded goja runtime with a 5-second clock (set by measurement: ~7M loop iterations/second, so one second would have refused any real calculation) and a 256 MB heap watch. Nothing to install, and it can reach no file, socket or process — which is why it needs no approval prompt.

Assembling a turn takes 0.12 ms. The heaviest thing the app does before sending is building the whole tool list and turning it into JSON: 96.2 KB allocated, one eight-thousandth of a second. The time you wait is the model thinking.

Measured against the alternatives

Disk — same machine, Windows 11. Smaller is better.

Aetox         █                                            40.8 MB
Copilot CLI   █████                                         137 MB
Claude Code   ████████                                      236 MB
Zed           ██████████████                                419 MB
OpenCode      █████████████████                             498 MB
Codex         ████████████████████████                      698 MB
Cursor        ██████████████████████████████                874 MB
VS Code       ████████████████████████████████████████    1,171 MB

Aetox carries a full UI — Monaco editor, terminal, file tree, agent-driven browser, LSP diagnostics — and is still 5.8× smaller than Claude Code and 21× smaller than Cursor. Every terminal-only tool in that list is larger than all of Aetox.

If the reason you still use a CLI is "desktop apps are heavy", that reason has expired. Aetox has a CLI in the source too, and it is deliberately not shipped — the desktop does more in less space.

In use — measured against apps with a UI (a prompt has no window to time). Zed is native Rust with a reputation for being light, which makes it the harder ruler.

	Aetox	Zed	Cursor
First launch (cold)	1.77 s	2.12 s	—
Every launch after	0.53 s	0.53 s	—
RAM committed	252 MB	471 MB	1,750 MB
Processes	7	4	10
Disk	40.8 MB	419 MB	874 MB

Local models keep up — a 9B on a consumer GPU with the full tool set attached (~3,000 tokens per request): LM Studio starts answering in 1.42 s, Ollama in 1.75 s, both with live streaming, visible reasoning, real tool calls and correct token accounting.

Stability — go test ./... passes 1,438 tests across 34 packages, 0 failures. The frontend suite adds 365 more.

How these were measured, and what does not qualify

The rules are in BENCHMARK.md, and its single standing rule is that a number which has not passed them may not appear here or on the website. The dangerous number is the flattering one, because nobody audits a figure that makes them look good.

Disk (40.8 MB) — re-measured for v0.9.2 from the shipped portable artifact: download the zip, unpack it, and that is one self-contained aetox.exe. Anyone can reproduce it in a minute. It replaces the 33 MB figure logged on 2026-07-27, which was correct then and is not now — the binary grew as tools went from 20 to 48. The installer additionally sets up Tesseract, poppler and ffmpeg, which are separate programs and not counted here.

Launch, RAM and process count — measured 2026-07-27 under the BENCHMARK rules (empty project, settled, median of 5 runs). These have not been re-measured on the v0.9.2 build; a check on 2026-07-28 saw launch unchanged at 0.53 s and RAM at 276 MB, but it ran 3 rounds instead of 5 and settled for 25 s instead of 60, so it broke the rules and is recorded only as a no-regression check, never as a published figure.

Comparisons — Cursor was measured after about six minutes of real use with the extensions this machine's owner had installed: a real working state, not the clean one Aetox and Zed were measured in, which is why its launch time is absent. VS Code was running a job that could not be interrupted, so only its size is listed. Sizes are measured after install, never taken from a vendor's download page — Aetox's own installer is 12.6 MB against 40.8 MB installed, and mixing the two kinds of number breaks the whole table.

Your data

Aetox sends nothing off your machine except what you ask it to. There is no server of ours and no analytics in the middle.

	Where it stands
Chat history, files, output	On your disk, in local SQLite
Cutting the cloud off entirely	Run the model through LM Studio or Ollama — not one byte of the prompt leaves
What the agent may touch	The project folder plus folders you added; or, with no project focused, the machine minus the credential stores below. Every shell command is logged
Never reachable, in any mode	.ssh .aws .gnupg .azure .kube .netrc .git-credentials, browser profiles, and Aetox's own key files — refused by every file tool whatever folders you added
API keys	Encrypted at rest against your Windows account (DPAPI), in their own file apart from settings, and stripped from logs, the audit trail and tool history automatically

Using a cloud provider means that provider sees what its API normally sees — nothing more, and nothing routed through us.

What is actually behind it

The sections above are the claim. This is the evidence — and it is deliberately down here, because a tool count is not a reason to use anything. A car is not sold on having 47 bearings; it is sold on getting you there.

48 tools reach the model, grouped by what they are for:

Group	Tools
Files	read write edit apply_patch notebook_edit delete list glob grep
Code	diagnostics symbol shell shell_output shell_kill git
Office output	sheet_write slides_write doc_write
Senses	image_ocr video_ocr pdf_read audio_transcribe
Web	web_fetch web_search browser_open browser_read browser_click browser_type
GitHub	github_repo_summary github_search github_read_file github_list_files plugin_install
Thinking	calc memory session_search todo_write ask_user suggest_task time
Delegation	task task_result task_answer desk_list desk_open desk_terminal
Skills	skills_list skill_view

That number is capped on purpose. 48 definitions cost about 9,600 tokens on every single request, before you have typed anything — so a test fails the build when the tool block grows, and the count is currently full: the next tool has to displace one.

Everything else expands where it costs nothing until used. A skill document is not a tool — install three hundred and the tool list is the same size, because the agent opens one only when it needs it. MCP servers are attached per desk and per agent, so a server installed for video work does not take up room in an ordinary conversation. Growth goes there, never into the block every request pays for (COMPANY.md §1.1).

18 providers — OpenAI · Anthropic · DeepSeek · Gemini · Groq · Mistral · Together · Perplexity · Cohere · OpenRouter · Codex · Z.ai · Qwen · Kimi · MiniMax · LM Studio · Ollama · and the built-in aetox. Sign in where sign-in exists, or bring an API key. Local models get everything a cloud one does: they pick up the models you already downloaded, stream the answer and the reasoning, really call tools, and count tokens into the same stats.

Status — v0.9.4

The core is in place and the next layer is going up. Release notes · architecture · every decision and why.

Working today — everything above, plus: multi-provider in one session, model switching without losing context, live streaming, three approval levels, full-text searchable history in Thai and English, an agent that can search its own past work, undo for files a turn changed, projects that carry context files into every chat inside them, and an update check that matches how you installed it.

Next — agents in parallel; then a team with defined roles handing work to each other; then automation, where you describe a repeating job and Aetox writes and schedules it.

The foundation is already laid for that: every agent is self-contained with its own model and memory, all tools share one interface, and every permission question goes through a single gate — so adding a team is building on top, not tearing down.

Further out — a plugin ecosystem, a knowledge base over your notes and code, and ensemble reasoning where several models argue toward the best answer.

Philosophy

Architecture > Parameters	Good architecture beats a trillion parameters
Freedom > Convenience	No lock-in is worth more than convenience that binds you
You Own It	The data, the models, the settings — all yours
Direction > Execution	Know where you are going before you start
Pattern > Ad-hoc	Do it once, automate it for good
Simplicity > Complexity	The simplest solution, not another layer

What gets built, and what does not. A feature has to make the AI do more — either something it could not do at all, or the same thing faster, cheaper or more safely, or make it easier for a person to hand work over. "A competitor has it" is not a reason. The rule lives in one place, COMPANY.md §1.2, so it cannot drift into two.

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Aetox was not born to compete with anyone. It exists to stand where the market has a gap — not to be one more agent framework, and not to lock anyone into anything.

— Mike (Chayaphon Phromsawana)

License and brand

Code under Apache-2.0: use, modify, redistribute and sell it freely, including in closed-source work. Two things asked in return — keep the NOTICE file and the copyright notice, and say which files you changed.

The name "Aetox" and the logo are trademarks and are not covered by the license (Apache-2.0 clause 6). Fork freely; anything you redistribute carries your own name, so nobody is confused about which one is the original. Version 0.7.1 and earlier were MIT, and those versions stay MIT forever.

Contact

Open to conversations about business, partnership and investment. The long-term goal is to train our own model, so the architecture and the model are designed for each other from the start.

📧 phrmsawanachyphl@gmail.com · 🐙 Open an issue · ❤️ Support the project

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© 2026 Chayaphon Phromsawana · Apache-2.0 · "Aetox" is a trademark, not covered by the license