YonerAI

Warning

Do not treat this README as the single source of truth for the current prerelease state. YonerAI is moving quickly, so this README can lag behind active releases and commits.
Check Alpha releases and latest commits for the newest implementation status.

Provider-independent AI execution foundation for keeping one reliable AI experience across official, local, and self-hosted runtimes.

Japanese README | Current phase | Contracts | Root file / PR traceability | Latest checkpoint archive

What YonerAI Is

YonerAI is a long-lived AI runtime foundation. Its purpose is to keep the same user-facing experience and the same contract boundaries even when the active model provider, UI surface, local runtime, or self-hosted profile changes.

It is not just a Discord bot and not just a model router. Discord, Web, relay, API, CLI, native Japanese CLI, SNS distribution, and self-evolution are separate product lanes with different risk profiles and approval requirements.

This public README describes the public contract surface. It does not publish internal operations detail, credentials, live routes, or host-specific facts.

License and distribution

YonerAI is source-available and noncommercial by default. It is not OSI open source.

Code: PolyForm Noncommercial License 1.0.0.
Documentation and assets: CC BY-NC-ND 4.0 unless a file says otherwise.
YonerAI name, logo, product identity, domains, and brand assets: All Rights Reserved.
Commercial use requires a separate commercial license from YoneRai12.

See LICENSE, LICENSE_JP.md, NOTICE, and License policy.

Install and start YonerAI

This is the local CLI runtime path, not full YonerAI cloud production. The latest stable CLI Local Runtime is v0.8.1. Stable is the default channel. The beta/prerelease line remains explicit and compatibility-mapped to existing prerelease manifests. After install, yonerai launches the interactive CLI and plain text talks to the safe local runtime without remembering flags.

Quick install

irm https://install.yonerai.com | iex

Quick install downloads a static Cloudflare wrapper from install.yonerai.com. That wrapper downloads install.ps1 and install.ps1.sha256 from the currently embedded trusted stable release tag, checks the sidecar against the embedded SHA256, and runs the bootstrap only after the downloaded script hash matches. It does not call the GitHub API from the user's terminal, fetch ZIPs, manifests, or sidecar hashes from yonerai.com, mutate PATH by default, edit the registry, install services, request admin rights, store provider keys, or enable production cloud behavior.

Do not pipe releases/latest/download/install.ps1 directly into Invoke-Expression; the short command goes through the trust-mapped wrapper.

Verified install

Use this when you want to verify the bootstrap script hash before execution. It downloads install.ps1 and install.ps1.sha256 from the current trusted stable release tag and checks the sidecar against the embedded SHA256 before execution. It fails closed if the sidecar is missing, malformed, not trusted, or mismatched.

$ErrorActionPreference = "Stop"
$base = "https://github.com/YoneRai12/YonerAI/releases/download/v0.8.1"
$expected = "a52c3f918bd45e7fe87b7a396c80b879ede4bccdf16a7efdf05320388eaa9fea"
$tmp = Join-Path ([System.IO.Path]::GetTempPath()) ("yonerai-bootstrap-" + [guid]::NewGuid().ToString("N"))
New-Item -ItemType Directory -Path $tmp | Out-Null
try {
  $script = Join-Path $tmp "install.ps1"
  $sidecar = Join-Path $tmp "install.ps1.sha256"
  irm "$base/install.ps1" -OutFile $script
  irm "$base/install.ps1.sha256" -OutFile $sidecar
  $sidecarExpected = ((Get-Content -LiteralPath $sidecar -Raw) -split '\s+')[0].ToLowerInvariant()
  if ($sidecarExpected -notmatch "^[a-f0-9]{64}$") { throw "install.ps1 sidecar SHA256 is invalid" }
  if ($sidecarExpected -ne $expected) { throw "install.ps1 sidecar does not match trusted digest" }
  $actual = (Get-FileHash -LiteralPath $script -Algorithm SHA256).Hash.ToLowerInvariant()
  if ($actual -ne $expected) { throw "install.ps1 hash mismatch" }
  $scriptText = Get-Content -LiteralPath $script -Raw
  if ($scriptText -notmatch "Invoke-VerifiedLocalBootstrap" -or $scriptText -match "install.ps1 is still plan-only") {
    throw "install.ps1 is not an executable bootstrap. Refusing to launch."
  }
  & (Get-Process -Id $PID).Path -NoProfile -ExecutionPolicy Bypass -File $script -Execute -Launch
} finally {
  if (Test-Path -LiteralPath $tmp) { Remove-Item -LiteralPath $tmp -Recurse -Force }
}

Explicit beta/prerelease one-command remote execution is not advertised. Use the manual ZIP flow for explicit release selection.

If you downloaded the GitHub Release ZIP

Download YonerAI-0.8.1.zip from the v0.8.1 release, extract it, then run PowerShell inside the extracted folder. The extracted folder name can vary; change the cd command to match the folder you see.

cd "$HOME\Downloads\YonerAI-0.8.1"
python --version
python -m venv .venv
.\.venv\Scripts\Activate.ps1
python -m pip install -U pip
python -m pip install -r core/requirements.txt httpx
python -m pip install -e clients/cli
yonerai

If the extracted archive or checkout contains install-local.ps1, you can use the local bootstrap helper instead of typing the virtual-environment steps by hand:

# Show the plan only. Nothing is installed.
.\install-local.ps1

# Create .venv, install the local CLI package, then start YonerAI.
.\install-local.ps1 -Execute -Launch

install.ps1 is also included as the GitHub Release bootstrap. Without -Execute, it prints the plan and performs no install:

.\install.ps1

If PowerShell blocks local scripts, run the same helper without changing the machine-wide execution policy:

powershell -NoProfile -ExecutionPolicy Bypass -File .\install-local.ps1 -Execute -Launch

The helper is local-first: plan mode is the default, it refuses virtual environment paths outside the extracted YonerAI folder, and it does not mutate PATH, edit the registry, install services, request admin privileges, or run irm ... | iex. With -Execute, pip may fetch Python dependencies unless they are already cached.

Use Python 3.11 or newer. If python --version does not work, install Python first or use the launcher command that exists on your machine.

After yonerai opens, choose 日本語 or English, then type a normal message. You can open settings with /設定 or /settings, check safety with /安全, see auth/privacy state with /認証 and /プライバシー, see history with /履歴, and exit with /終了 or /quit.

If yonerai is not found, activate the virtual environment again: .\.venv\Scripts\Activate.ps1. This path does not mutate PATH permanently, does not run irm ... | iex, does not download or execute a remote installer, and does not enable live providers by default.

python -m venv .venv
.venv\Scripts\Activate.ps1
python -m pip install -U pip
python -m pip install -r core/requirements.txt httpx
python -m pip install -e clients/cli
yonerai

After install, yonerai starts the interactive app when stdin is a TTY. Type a normal message first. The default mock provider answers offline with no API key or setup. yonerai chat remains an explicit alias. For CI, pipes, and scripted input, use yonerai chat --script or yonerai ask --auto.

In-app commands

Normal users should not need to memorize long shell flags such as --bridge --open-browser --wait-linked. Open yonerai, type /, and choose a command. Japanese mode shows Japanese commands first while English aliases such as /login and /local-llm still work. Tab and arrow-key selection are available when prompt_toolkit is active; otherwise YonerAI falls back to the plain line-by-line mode used by CI.

/ログイン      open Google alpha/staging login
/更新          choose stable/beta update; apply only after explicit confirmation
/ローカルLLM   detect Ollama / LM Studio and show setup guidance
/設定          language, display, provider, safety, memory, update settings
/認証          auth state, shared traffic off, private upload disabled
/同期          cloud-to-local preview; local-to-cloud requires approval
/記憶          add/list/forget local memory and preview sync
/履歴          redacted run history
/API           staging API status
/レート        rate-limit status
/終了          quit

Short shell commands are still available for advanced users and CI, but the normal path is the in-app /ログイン, /更新, and /ローカルLLM flow.

yonerai
yonerai chat
yonerai ask --auto "hello"
yonerai update
yonerai update stable
yonerai update beta
yonerai login
yonerai auth status --pretty --lang ja
yonerai sync status --pretty --lang ja
yonerai sync preview --direction cloud-to-local --json
yonerai sync approve --dry-run --direction local-to-cloud --json
yonerai privacy status --pretty --lang ja
yonerai config set model llama3.1 --pretty --lang ja
yonerai providers --pretty --lang ja

Inside the app, /更新 shows stable and beta choices first. Applying an update requires explicit confirmation such as /更新適用安定版確認 or /更新適用ベータ版確認. There is no silent update, forced update, PATH mutation, remote script execution, or admin requirement.

Quickstart: Public Demo

After clone, the fastest public-safe way to see the current YonerAI slice is the credential-free demo command. It runs in-process and does not require a Core API server, Discord token, Oracle access, provider API key, Google login, deployment, or persistent memory.

python -m venv .venv
.venv\Scripts\Activate.ps1
python -m pip install -U pip
python -m pip install -r core/requirements.txt httpx
python -m pip install -e clients/cli
yonerai
yonerai chat
yonerai config show --pretty --lang ja
yonerai start --guided --lang ja
yonerai start --guided --json
yonerai providers --pretty --lang ja
yonerai ask "hello" --auto --pretty --lang ja
yonerai demo --pretty
yonerai demo --json
yonerai doctor --pretty
yonerai doctor --pretty --lang ja
yonerai status --pretty
yonerai manifest verify releases/manifest.v0.8.1.json --pretty
yonerai install plan --manifest releases/manifest.v0.8.1.json --pretty
yonerai update check --manifest releases/manifest.v0.8.1.json --pretty
yonerai update plan --manifest releases/manifest.v0.8.1.json --pretty
yonerai plan "summarize public docs" --json
yonerai ask "summarize public docs" --provider mock --json
yonerai hybrid run --pretty
yonerai hybrid run --json
yonerai search mock "YonerAI alpha2" --json
yonerai ops plan git-status --json
yonerai install plan --manifest releases/manifest.v0.8.1.json --json

First 5 minutes

yonerai opens the local interactive terminal when stdin is a TTY. Use yonerai chat for the same screen explicitly. The interactive shell is a terminal app with plain fallback, not a full-screen GUI: type a message to run the same safe ask --auto path, or use slash commands.

/settings        show language/provider/safety settings
/providers       show mock/local/API provider readiness without printing keys
/safety          show network/tool/file/provider boundaries
/tasks           show current and recent task progress
/agents          show the planned planner/researcher/reviewer roles
/runs            list redacted local run history
/show <run_id>   show one redacted run
/local-llm       show loopback-only local LLM setup guidance
/auth            show Google OAuth dry-run contract status
/sync            show cloud/local sync boundary
/privacy         show OpenAI shared-traffic and private-content policy
/update          check local manifest update status
/update-notice on|off toggle startup update notice setting
/language ja|en  change UI language
/provider auto|mock|local|openai-compatible|anthropic|gemini
/ledger on|off   toggle redacted local run ledger
/live on|off     toggle explicit live/local execution permission
/network on|off  toggle explicit network permission
/select <n> <v>  change a numbered setting from the settings screen
/quit            exit

On first interactive launch, YonerAI asks for Japanese or English and stores only non-secret local preferences. Non-TTY use, for example pipes or CI, does not hang; it prints fallback instructions. Use yonerai chat --script when you intentionally want to feed scripted input.

In Japanese mode, the primary slash commands are Japanese (/設定, /タスク, /ローカルLLM, /安全, /履歴, /認証, /プライバシー, /更新). English aliases such as /settings, /auth, and /tasks remain available for compatibility.

yonerai start --guided is the guided path for a first local run. It is written for people who want copyable next actions, not for people already familiar with the internals.

yonerai start --guided --lang ja
yonerai chat
yonerai config set language ja
yonerai config show --pretty --lang ja
yonerai start --guided --json
yonerai demo --pretty
yonerai doctor --pretty --lang ja
yonerai ask "hello" --provider mock --json
yonerai hybrid run --pretty
yonerai ask "use this selected sample file" --file sample.txt --workspace .yonerai-sample-workspace --provider mock --json
yonerai ask "hello" --provider mock --json --ledger .yonerai-runs.jsonl
yonerai runs list --ledger .yonerai-runs.jsonl --pretty --lang ja

If you already have a local LLM server on loopback, for example Ollama on 127.0.0.1:11434 or an LM Studio / OpenAI-compatible server on 127.0.0.1:1234, yonerai start --guided checks only local metadata endpoints. It does not send a prompt to the model. If a loopback endpoint is detected, the guided output prints the exact environment variables to set before you choose the local provider path. After you intentionally enable local execution, you can try:

$env:ORA_LOCAL_LLM_ENABLED = "1"
$env:ORA_LOCAL_LLM_PROVIDER = "ollama"
$env:ORA_LOCAL_LLM_BASE_URL = "http://127.0.0.1:11434"
$env:ORA_LOCAL_LLM_MODEL = "llama3.2"
yonerai ask "hello" --provider local --live --json

For LM Studio or another OpenAI-compatible local server, keep the endpoint on loopback and use:

$env:ORA_LOCAL_LLM_ENABLED = "1"
$env:ORA_LOCAL_LLM_PROVIDER = "openai_compatible_local"
$env:ORA_LOCAL_LLM_BASE_URL = "http://127.0.0.1:1234/v1"
$env:ORA_LOCAL_LLM_MODEL = "local-model"
yonerai ask "hello" --provider local --live --json

What this first path explains:

yonerai / yonerai chat starts a Japanese-first interactive shell with chat, provider status, safety settings, and run history slash commands.
yonerai config show/set stores only local non-secret preferences such as language, provider preference, approval mode, and file-access mode.
yonerai start --guided --lang ja prints a mock-first path, Local LLM status, workspace file guard example, ledger example, and current limitations.
yonerai providers --pretty --lang ja shows which provider paths are usable now, which require explicit --live, and which setup step is missing.
yonerai ask "hello" --auto --pretty --lang ja classifies the task, chooses a safe route, shows the selected provider, and explains whether a ledger was written.
yonerai demo --pretty shows the current public-safe local slice without credentials.
yonerai doctor --pretty --lang ja checks local setup without installing or mutating PATH.
yonerai hybrid run --pretty runs a local-dev Hybrid slice: route preview, verified test Local Node session, in-memory relay transport, mock provider execution, redacted ledger events, and an Oracle stub request/result envelope.
Local LLM detection is loopback-only and metadata-only.
Mock ask returns a public-safe run_id.
--ledger <local.jsonl> is optional and writes redacted local-only run history.
yonerai runs list/show --pretty --lang ja reads only the explicitly selected local ledger path or YONERAI_RUN_LEDGER_PATH; it does not upload history.
Workspace file support is a Workspace File Access Guard: it reads only an explicitly selected UTF-8 text file inside an explicit workspace allowlist. The sample command expects you to create .yonerai-sample-workspace/sample.txt yourself; yonerai start --guided does not create files, read files, or write a ledger.

Still not included: production readiness, Official Managed Cloud runtime, production Oracle, live Discord restoration, arbitrary shell execution, arbitrary local file access, folder crawling, PDF/image parsing, automatic file summarization, production installer, npm/winget distribution, Google login, production DB behavior, complete persistent memory, or a solved src/cogs/ora.py.

What you can try in v0.1.0-alpha.2

v0.1.0-alpha.2 is a local public alpha slice, not a finished YonerAI product. You can try these surfaces without provider credentials, Discord tokens, production services, or live network calls:

Mock provider execution: yonerai ask "summarize public docs" --provider mock --json
Run trace preview/history surface: mock ask returns a public-safe run_id.
Workspace File Access Guard: yonerai ask "use this selected file" --file <path> --workspace <dir> --provider mock --json
Mock search: yonerai search mock "YonerAI alpha2" --json
SafeShell plan: yonerai ops plan git-status --json
Local memory: yonerai memory add "local note" --store <local.jsonl> --confirm-local --json
Synthetic Discord boundary: yonerai discord synthetic "hello" --json
Status fixture: yonerai status --source fixture --json
Installer dry-run planning: yonerai install plan --manifest releases/manifest.example.json --json

External provider adapters and local LLM execution exist behind explicit opt-in gates. External providers require --live and provider-specific environment flags; local LLM endpoints must be loopback-only.

Not included in alpha2: production readiness, Official Managed Cloud runtime, production Oracle control-plane behavior, live Discord restoration, live web search by default, arbitrary shell execution, arbitrary file access, installer-ready distribution, npm/winget packages, production signing/trust material, Google login, production DB behavior, complete persistent memory, or a claim that src/cogs/ora.py is solved.

yonerai quickstart is an alias for the same demo.

The JSON output uses the stable yonerai-public-demo/v1 contract with schema_version: "1.0" so CI, docs, and release checks can assert the same public demo shape.

yonerai doctor and yonerai status are offline, non-mutating diagnostics for the public demo and installer-readiness surface. --lang ja changes only the human-readable output; JSON remains English-keyed and stable for tests and CI. Pretty diagnostics also support --color auto|never|always; JSON output never includes terminal color codes. yonerai manifest verify <path> validates a local release manifest only. It does not download artifacts, execute installers, mutate PATH, or connect to live services.

The demo shows one visible vertical slice:

public Core health, offline mock message, and run contract
public mode boundary: Self-host local surface, Hybrid Local Node contract/dev simulator, Managed Cloud external contract-only
route preview for public, private/local, and dangerous work
test-only Local Node signed manifest, enrollment/session, signed envelope, replay rejection, and approval gate
managed download guard accepting managed file URLs and rejecting arbitrary unsafe URLs
synthetic proposal-only self-evolution scorecard and approval draft
alpha2 capability boundaries for opt-in providers, loopback local LLM, Workspace File Access Guard, mock search, SafeShell planning, explicit local memory, synthetic Discord, status contracts, and installer dry-run planning
explicit limitations: no production Oracle, live Discord restoration, default/cloud memory, Google login, official cloud runtime in this repo, default live provider generation, arbitrary shell, arbitrary file access, or deploy

Current Checkpoint

The active design anchor is v7.7:

provider independence
the same experience across official, local, and self-hosted directions
self-evolution as approval-gated product intelligence
contract-first public boundaries
public/private/control-plane separation by contract, not by leaking internal operations detail

The latest runnable semantic pre-release note is docs/releases/0.1.0-alpha.2.md. The latest historical checkpoint note is v2026.5.21.5, which records layer upload hardening, the first behavior-preserving src/cogs/ora.py pure-helper extraction, ORA/YonerAI naming compatibility policy, and a three-mode docs-only capability acceptance harness extension. The alpha2 note is a public alpha capability slice; the checkpoint archive note is not a production release.

Future internal checkpoint logs belong under docs/changelog/checkpoints/, not GitHub Releases. GitHub Releases are reserved for runnable public milestones such as semantic pre-releases.

Older date-suffix GitHub Releases remain historical artifacts. Do not delete, retag, or treat them as evidence of production readiness.

This repository does not claim shipping completeness, production readiness, official cloud completion, live operations completion, or full product completion.

Pass 2 remains stopped / not landed. src/cogs/ora.py remains unresolved private/runtime/control-plane boundary residue and is not treated as a narrow public patch target.

Current MVP Capability

The current public MVP is a credential-free local Core API health smoke plus message contracts for mock/offline and loopback-only local LLM conversation. It is not a ChatGPT-like finished product.

What works today:

clone the public repository
install dependencies
start the local Core API
call GET /health and receive {"ok": true}
call POST /v1/public/messages and receive a deterministic offline mock reply
send follow-up public messages with session_id / conversation_id and receive non-persistent turn metadata
call POST /api/v1/agent/run for a local in-memory run smoke contract and read events_url / results_url
install clients/cli locally and run yonerai health, yonerai message --mode mock "hello", and yonerai run --mode mock "hello" against loopback Core
run yonerai demo --pretty or yonerai demo --json to see the public demo slice without credentials or a running Core API process
run yonerai doctor --pretty, yonerai doctor --pretty --lang ja, and yonerai status --pretty for offline public-demo diagnostics
run yonerai manifest verify releases/manifest.example.json --pretty for local manifest contract verification without downloading or installing anything
run yonerai plan "task" and yonerai ask "task" --provider mock for public-safe planning and mock provider execution
run yonerai ask "use this selected file" --file <path> --workspace <dir> --provider mock for explicit workspace-only text file access guard behavior
run yonerai hybrid run --pretty for a local-dev Hybrid execution slice that keeps execution in process/loopback-only, records redacted run events, and demonstrates Oracle stub envelopes without production Oracle or official cloud runtime
run yonerai search mock "query" for deterministic mock search fixtures
run yonerai ops plan git-status for SafeShell diagnostic planning without arbitrary shell execution
run yonerai memory add/list/delete/export --store <local.jsonl> for explicit opt-in local-only memory records
run yonerai discord synthetic "message" for synthetic Discord gateway boundary checks
run yonerai status --source fixture for official/status contract fixtures with no production service call
run yonerai install plan --manifest releases/manifest.example.json for safe local installer dry-run planning
run yonerai install plan-windows as the Windows-specific dry-run planning alias
call POST /v1/public/messages with mode: "local" to reach a loopback-only local LLM runtime
choose local_provider: "ollama" or local_provider: "openai_compatible_local" for supported local server styles
open clients/web locally as a temporary Web Chat MVP / smoke-demo surface
from clients/web, send mock / offline messages through that endpoint
from clients/web, select local Ollama or OpenAI-compatible local mode when the Core API and local model server are already running on loopback

Not included yet: final Web product UI, Google login, conversation history sync, complete persistent natural memory, live web search, live Discord chat restoration, default live external provider generation, official cloud runtime, deployment, arbitrary shell execution, arbitrary local file access, installer-ready distribution, or full product completion. The public session scaffold is in-memory metadata only; explicit local memory v0.1 is local-only and opt-in, not cloud memory or cross-device history.

See Current MVP Capability Matrix for the user-facing capability table.

Product Modes

YonerAI is designed around three high-level ways to use the same contract-first foundation:

Full Private Self-Host: the public repository can support the local/self-hosted public MVP surface, with the operator responsible for the runtime boundary.
Official Hybrid Private: the public repository can support Local Node contracts, signed-contract tests, and a non-production local-dev simulator; official cloud coordination remains external/private.
Official Managed Cloud: a product mode whose runtime and control plane are official/private infrastructure, not implemented or runnable in this public repository.

These are product modes, not a repository map. Public docs should describe the contract and user experience, not private operational detail.

What Is Included In This Public Repo

The public surface is for reviewable contracts, public-safe runtime abstractions, capability boundaries, connector patterns, client-facing documentation, and regression tests.

This repository intentionally includes the Full Private Self-Host public/local surface and the Official Hybrid Private Local Node contract/dev-simulator surface. It does not include the Official Managed Cloud runtime, production Oracle/control plane, production trust store, production signing keys, live Discord gateway, Google login, persistent memory, deployment system, real official-cloud telemetry, or production self-evolution.

Self-evolution code in this repository is synthetic and proposal-only. It may score and draft safe improvement proposals from synthetic events, but it does not observe real official-cloud user behavior, ingest support email, open issues or pull requests, merge, deploy, or apply patches.

Private runtime behavior, operator-only workflows, live routes, deployment truth, raw production inventory, credentials, and host-specific control-plane details do not belong in public-facing documentation.

Cross-boundary interaction should happen through explicit contracts such as APIs, events, files, auth claims, capability manifests, protocols, and schemas.

Raw chain-of-thought must not cross public chat, API, SSE, log, documentation, or trace surfaces. Public traces should expose only safe summaries, labels, details, and already-public sources.

Useful starting points:

Product Surface Lanes

YonerAI keeps these lanes separate:

API: contract authority
CLI: command authority
native Japanese CLI: ambiguous-command confirmation and explanation responsibility
Web: product surface
SNS: distribution lane, not a core blocker
self-evolution: product intelligence and proposal scoring, not unapproved code mutation
private runtime / control plane: execution authority, supervision, and operator-only behavior

Combining these lanes into one implementation batch is not a shortcut to public-core readiness.

What Is Not Included / Not Claimed

This public checkpoint does not include or claim:

production readiness
shipping completeness
official cloud completion
live operations completion
full product completion
src/cogs/ora.py implementation
runtime split implementation
full API / CLI / native Japanese CLI / Web / SNS product implementation
full dependency vulnerability remediation
runtime hardcoded path cleanup
git history rewrite
signed production release
deployment
Official Managed Cloud runtime or control plane
production Oracle
production trust store or production signing keys
real official-cloud telemetry or analytics
autonomous self-evolution deployment

Local Development

Use the smallest profile that matches the area you are reviewing.

Verified public runnable MVP path

The current public runnable MVP path is the local Core API smoke path plus credential-free mock/offline messaging and an optional loopback-only local LLM mode. It does not require Discord credentials, a cloud model provider API key, a private repository, VPS access, deployment, or a release tag.

python -m venv .venv
.venv\Scripts\Activate.ps1
python -m pip install -U pip
pip install -r requirements.txt
$env:PYTHONPATH = "$PWD;$PWD\core\src"
$env:ORA_ALLOW_MISSING_SECRETS = "1"
python scripts/init_core_db.py
pytest tests/test_public_runnable_smoke.py tests/test_runtime_env_loader.py -q
python scripts/dev/public_mvp_smoke.py

Then start the local Core API and check health from another shell:

$env:PYTHONPATH = "$PWD;$PWD\core\src"
$env:ORA_ALLOW_MISSING_SECRETS = "1"
python -m ora_core.main

Invoke-WebRequest -UseBasicParsing http://127.0.0.1:8001/health

Invoke-RestMethod -Method Post `
  -Uri http://127.0.0.1:8001/v1/public/messages `
  -ContentType "application/json" `
  -Body '{"message":"hello","mode":"mock"}'

To group follow-up messages in one temporary public session, pass the returned session_id back on the next request:

Invoke-RestMethod -Method Post `
  -Uri http://127.0.0.1:8001/v1/public/messages `
  -ContentType "application/json" `
  -Body '{"message":"follow up","mode":"mock","session_id":"session-smoke","conversation_id":"public-smoke"}'

If you have a local Ollama-compatible runtime listening on loopback, try local mode:

$env:ORA_LOCAL_LLM_PROVIDER = "ollama"
$env:ORA_LOCAL_LLM_BASE_URL = "http://127.0.0.1:11434"
$env:ORA_LOCAL_LLM_MODEL = "llama3.2"
Invoke-RestMethod -Method Post `
  -Uri http://127.0.0.1:8001/v1/public/messages `
  -ContentType "application/json" `
  -Body '{"message":"hello","mode":"local"}'

For an OpenAI-compatible local server such as LM Studio, llama.cpp / llama-cpp-python server, text-generation-webui with OpenAI API enabled, or LocalAI, keep the server on loopback and select the compatible provider:

$env:ORA_LOCAL_LLM_PROVIDER = "openai_compatible_local"
$env:ORA_LOCAL_LLM_BASE_URL = "http://127.0.0.1:1234/v1"
$env:ORA_LOCAL_LLM_MODEL = "local-model"
Invoke-RestMethod -Method Post `
  -Uri http://127.0.0.1:8001/v1/public/messages `
  -ContentType "application/json" `
  -Body '{"message":"hello","mode":"local","local_provider":"openai_compatible_local","model":"local-model"}'

Expected health body:

{"ok": true}

Expected public message response includes:

{
  "ok": true,
  "mode": "mock",
  "session_id": "session-smoke",
  "turn_index": 1,
  "history_count": 1,
  "memory_persisted": false,
  "provider": "offline-mock",
  "requires_approval": false
}

Expected local LLM response includes:

{
  "ok": true,
  "mode": "local",
  "provider": "local-ollama",
  "requires_approval": false
}

For OpenAI-compatible local mode, provider is local-openai-compatible.

Local mode is loopback-only. The configured local LLM URL must be localhost, 127.0.0.1, or ::1; arbitrary remote URLs, LAN hosts, external provider APIs, tunnels, embedded credentials, query strings, fragments, and control-plane endpoints are rejected by default. Model availability depends on the local server. YonerAI passes the requested local model name through; it does not hardcode model families.

This message endpoint does not persist memory, run tools, complete the Web/Discord chat product, or call external OpenAI, Anthropic, Gemini, web search, SNS, or Discord services. Session metadata is kept in the running Core API process only and is cleared on process restart.

To try the temporary local CLI smoke surface, install the CLI package locally and keep the Core API running on loopback:

python -m pip install -e clients/cli
yonerai demo --pretty
yonerai doctor --pretty
yonerai doctor --pretty --lang ja
yonerai status --pretty
yonerai manifest verify releases/manifest.example.json --pretty
yonerai health
yonerai message --mode mock "hello"
yonerai run --mode mock "hello"

The CLI defaults to http://127.0.0.1:8001, rejects remote API origins, and does not add deploy, shell execution, persistent memory, Google login, external provider live generation, or production packaging. The demo, doctor, status, and manifest verification paths are offline/local-only and do not require a running Core API process.

To try the temporary Web Chat MVP, keep the Core API running on port 8001, then start the web client from another shell:

cd clients\web
npm ci
npm run dev

Open http://127.0.0.1:3000 and send a short message. The page posts to /api/public/messages, which is rewritten locally to /v1/public/messages. The page can use mock/offline mode, local Ollama mode, or OpenAI-compatible local mode. It does not expose arbitrary provider URLs; local provider base URLs stay under Core API loopback validation. This remains a temporary smoke/demo surface, not the final product UI foundation.

If another local process already occupies Core API port 8001, start the current Core API on a different loopback port and set YONERAI_CORE_API_ORIGIN before running npm run dev. That rewrite origin is loopback-only and rejects remote hosts.

Do not commit .env or local secret files. Treat .env.example as a placeholder template, not production truth. Copying .env.example to .env is optional for local experiments, but the public smoke path above intentionally runs without real secrets.

Additional public-safe contract smoke:

pytest tests/test_distribution_node_mvp.py -q
pytest tests/test_public_core_message_mvp.py tests/test_ora_import_map.py -q

Optional local web/API runtime:

.venv\Scripts\Activate.ps1
uvicorn src.web.app:app --reload --host 127.0.0.1 --port 8000

Optional web client:

cd clients\web
npm ci
npm run dev

Discord adapter work requires local Discord credentials and belongs behind local/private profile boundaries. It is not required to inspect the public core.

VPS, tunnel, official route, and deployment flows are not part of this public runnable MVP. Those belong in private/runtime/control-plane lanes.

Public Safety

Do not commit:

real .env files or secret backups
credentials, service-account files, tokens, private keys, or tunnel secrets
local SQLite databases, WAL/SHM files, logs, caches, generated audio, or local state
raw production inventory, live route maps, operational ledgers, break-glass details, or control-plane DDL
private renderer truth or host-specific operational exactness
local absolute paths or user-machine paths in public docs

If a required detail is not public-safe, add a placeholder, contract, public-safe summary, or TODO instead of publishing private material.

Checks

Run targeted checks for the area you change. For docs-only hygiene changes, minimum validation is:

git diff --check
git status --short --branch

Broader test, lint, and CI commands depend on the lane. Passing docs checks does not mean production readiness.

For the public runnable MVP, the verified minimum checks are:

git diff --check
pytest tests/test_public_mvp_smoke_script.py -q
pytest tests/test_public_runnable_smoke.py tests/test_runtime_env_loader.py -q
pytest tests/test_distribution_node_mvp.py -q
pytest tests/test_public_core_message_mvp.py tests/test_ora_import_map.py -q
cd clients\web; npm ci; npm run lint; npm run build; npm audit --omit=dev

Name		Name	Last commit message	Last commit date
Latest commit History 740 Commits
.github		.github
assets		assets
clients		clients
cloudflare/install-wrapper		cloudflare/install-wrapper
config		config
core		core
docs		docs
memory		memory
reference_clawdbot		reference_clawdbot
releases		releases
scripts		scripts
src		src
status.yonerai.com		status.yonerai.com
templates/prompts		templates/prompts
tests		tests
tools		tools
.env.example		.env.example
.gitattributes		.gitattributes
.gitignore		.gitignore
AGENTS.md		AGENTS.md
CHANGELOG.md		CHANGELOG.md
CONTRIBUTING.md		CONTRIBUTING.md
CURRENT_TRUTH.md		CURRENT_TRUTH.md
Dockerfile		Dockerfile
LICENSE		LICENSE
LICENSE_JP.md		LICENSE_JP.md
NOTICE		NOTICE
PRODUCT_NAME		PRODUCT_NAME
README.md		README.md
README_JP.md		README_JP.md
SECURITY.md		SECURITY.md
VERSION		VERSION
config.yaml		config.yaml
docker-compose.prod.yml		docker-compose.prod.yml
docker-compose.yml		docker-compose.yml
install-local.ps1		install-local.ps1
install.ps1		install.ps1
main.py		main.py
pyproject.toml		pyproject.toml
pytest.ini		pytest.ini
requirements-optional-memory.txt		requirements-optional-memory.txt
requirements.txt		requirements.txt
start.sh		start.sh
start_all.bat		start_all.bat
start_vllm.bat		start_vllm.bat
start_windows.bat		start_windows.bat

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YonerAI

What YonerAI Is

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Install and start YonerAI

Quick install

Verified install

If you downloaded the GitHub Release ZIP

In-app commands

Quickstart: Public Demo

First 5 minutes

What you can try in v0.1.0-alpha.2

Current Checkpoint

Current MVP Capability

Product Modes

What Is Included In This Public Repo

Product Surface Lanes

What Is Not Included / Not Claimed

Local Development

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