TW-Market Live Data Intelligence

TW-Market Live Data Intelligence

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Local-first, governed Taiwan-market evidence for an operator and an AI assistant — validate first, preview bounded work, then explicitly authorize one execution where the capability permits it.

ProductVersion = 1.5.0. Selected v1.5.0 is unpublished; selection alone is not technical acceptance. The current stable release is v1.0.0 (GitHub Release). The published prerelease history is v1.0.0-rc.1 (GitHub Release), and the earlier stable GitHub Release was v0.1.0. The current development line now uses Unified Request/Result/Audit V3 as the preferred authority while retaining V1/V2 compatibility. Phase G G1/G2 runtime capabilities have passed bounded controlled-live acceptance; Phase H has one active TPEx attention route; broader Roadmap Phase G/H scope remains explicitly incomplete. This is a local-first evidence workbench, not a realtime trading product.

Why TW-Market

AI discussion needs evidence with identity, source, timestamp, caveat, and execution provenance — not an unqualified price claim. This workbench gives a human operator a governed local path from request validation to an AI-ready handoff, while retaining a separate audit package.

Quick start

git clone https://github.com/SmartyJohnway/tw-market-live-data-intelligence.git
cd tw-market-live-data-intelligence
python -m venv .venv
# Activate .venv using your shell, then:
python -m pip install -r requirements-lock.txt
python scripts/verify_environment.py
python scripts/manage_security_master.py status

NOT_INITIALIZED is the normal fresh-install state. A Security Master update is an explicit operator action and may use official external acquisition:

python scripts/manage_security_master.py update --live
python scripts/run_unified_workbench.py

Open the loopback Workbench at /workbench/. For an MCP host, start the separate stdio launcher:

python scripts/run_unified_market_evidence_mcp.py

A governed 2330 workflow

1. Create or select an installation-local Watchlist, then add 2330.
2. Compose a Unified Market Evidence Request and validate its identity.
3. Preview the planned operation and its capability boundary.
4. Explicitly authorize and confirm one bounded execution only when the preview is executable.
5. Read the canonical Result and Audit Package, or export the AI-ready handoff for continued discussion.

Core capabilities

• Identity-aware requests: Mode A validates targets against the installation-local Taiwan Market Identity Service.
• Bounded execution: Mode B previews, explicitly authorizes, and executes one request only when its governed capability is executable.
• Auditable handoff: Mode C creates a canonical Result, separate Audit Package, and AI-ready Markdown without dispatching another market source.
• Persistent Watchlists are supported: installation-local Watchlists have immutable revisions, optimistic concurrency, and explicit preview/commit mutation.
• Official research evidence: eligible TWSE/TPEX common shares support the latest completed official material-disclosure batch and latest available monthly revenue (TWD, unit thousand), using official CSV with an explicit governed official JSON fallback.

Unified MCP

The MCP surface has exactly six governed tools:

market_describe_capabilities, market_validate_request, market_preview_request, market_read_result, market_export_ai_handoff, and market_fetch_evidence.

Request v3 is preferred; Request v1 and v2 remain accepted compatibility contracts. New governed materializations default to Result v3 and Audit Package v3, while historical V1/V2/V3 packages remain readable without rewriting. See the V1 historical public contracts and current AI usage guide for request, result, and handoff semantics.

MCP distribution

The supported Windows MCPB distribution is published with v1.0.0: download the MCPB and its SHA-256 sidecar. It uses local stdio transport and provides the same six tools. The official Registry entry is io.github.SmartyJohnway/tw-market-live-data-intelligence. See MCP distribution for installation scope, integrity, and Security Master boundaries.

Data and source caveats

Capability support, currentness, source provenance, and execution eligibility are explicit product data. A supported identity does not imply an executable source route; a preview is not an authorization; a source observation is not a realtime guarantee. Research support does not provide arbitrary disclosure or monthly-revenue history, realtime disclosures, or financial_summary. Consult the capability matrix, source matrix, and governance boundaries before relying on any result.

Safety and non-goals

There is no automatic polling, scheduler, startup market fetch, Watchlist-driven automatic execution, trading, order routing, full-market scan, model-selected URL/executor, or realtime guarantee. Persistent Watchlists mutate only through explicit preview/commit. Never commit credentials, tokens, cookies, or private market payloads.

Documentation

Repository governance front door:

• PROJECT.md — current project/product authority
• ROADMAP.md — canonical Roadmap V3.2
• HANDOFF.md — current operational handoff
• AGENTS.md — AI/repository collaboration rules

Product documentation:

• Operator quick start
• Local Workbench guide
• Troubleshooting
• Documentation index
• V1 release
• Changelog

Contributing and security

Read CONTRIBUTING.md before opening a pull request. Report security concerns using the grounded guidance in SECURITY.md.

Release status

VERSION records 1.5.0 (selected, unpublished). The current stable release is v1.0.0 (GitHub Release); published prerelease history remains v1.0.0-rc.1. The current development line has progressed through accepted Phase G G1/G2 runtime work and H-ACT-V3 preferred-authority promotion; this does not retag or rewrite the immutable v1.0.0 release. Roadmap Phase G/H completion remains a broader scope question tracked separately in ROADMAP.md. Both release tags are immutable authorities; subsequent documentation status updates do not move them.

Project Overview

This root README is the current product entry point. Engineering history, protocol acceptance, and prior M5/M6/M8 architecture remain available through Project History, the Engineering history / protocol archive, and docs/archive/, including the 2026-06-30 historical README. They are retained for audit and compatibility, not as a second current-product contract.

License

See LICENSE.