MACHVIX.ai
engine:
Domain available for acquisition

MACHVIX.ai is available for acquisition.

A concise, brandable two-syllable name built from two words that map cleanly onto how modern systems are monitored: speed and risk. It reads naturally in fintech, market data, observability, and AI-infrastructure contexts, and the working methodology on this page demonstrates the concept in production rather than as a placeholder page.

The site below is a live, functioning instrument — not a mockup — built to show a prospective owner exactly what the name can support: a real scoring engine, a public API, and a working "ask anything" tool. Serious inquiries are welcome.

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Domainmachvix.ai
CategoryFintech / Data / AI
StatusLive demo attached
TransferStandard escrow

Two axes, one instrument

Measure the speed and risk of anything.

Try the live instrument below. Every query returns two independent scores: MACH — how fast the answer was found, VIX — how much you should verify it before relying on it. A crypto asset, the weather, a recipe, or an open-ended question — the same two axes apply.

All scores come from the live machvix engine — run python3 machvix_engine.py serve in your terminal (set ANTHROPIC_API_KEY too, for open-ended questions).

MACH
speed
VIX
risk

How it works

01

Scan

The query is scanned against its source (a live data feed or a curated knowledge base); the actual elapsed time is measured.

02

Score

For crypto and weather, MACH/VIX are computed with formulas over a real time series. For other queries, MACH comes from measured latency and VIX from the source's known risk factors.

03

Display

Both scores are shown on a 0–10 scale with their reasoning — not a single "correct answer," but a measurable reading.

MACH formula
  1. roc_score — percent change over the recent window, scaled and clamped to 0–10.
  2. activity_score — if an activity signal like volume/wind exists, its deviation from the average.
  3. persistence — how consistently one-directional (stable) the movement is.
  4. MACH = the average of these three.
VIX formula
  1. vol_score — realized volatility (ATR-like or std deviation), relative to price.
  2. band_score — Bollinger-style band width (std around the SMA).
  3. proximity_score — how close to the recent local high/low (structural edge).
  4. VIX = the average of these three.

Validation

Claiming is easy, measuring is hard. This section tests with live data whether MACH/VIX actually measure what they claim: how well does MACH track the speed realized in the same period, and how well does VIX track forward-looking realized volatility?

One methodology, every domain

MACHVIX is as general as a search engine and as technical as a monitoring dashboard. The same two axes work across completely different domains:

live

Crypto / markets

Speed + volatility from price data and 24h change rate.

live

Weather

Live measurement speed + a risk signal from wind/precipitation.

live

API / service status

Operational risk from real latency and rate limits.

live

Recipes / everyday info

Instant scan + a summary of allergens and source consistency.

live

Open-ended questions

Routed to an AI encyclopedia — speed from real latency, risk from the caveats of an unsourced answer.

engine

Sensor / IoT telemetry

Anomaly risk from sudden deviations and the noise band.

API

machvix isn't a black box. The engine is a simple HTTP service that runs locally — you can host it on your own infrastructure, under your own domain. It's currently running on 127.0.0.1:8420; no key required.

GET/score?domain=crypto&symbol=BTC

Returns a MACH/VIX score for the selected symbol from real price/volume history.

curl "http://127.0.0.1:8420/score?domain=crypto&symbol=BTC"

{
  "mach_score": 6.2, "vix_score": 4.8,
  "quadrant": "FAST / LOW-RISK", "source": "binance",
  "mach_detail": { "roc_pct": 1.8, "activity_ratio": 1.3, "persistence": 8.0 },
  "vix_detail": { "volatility_pct": 1.1, "band_width_pct": 2.4, "dist_to_extreme_pct": 3.0 }
}
GET/score?domain=weather&lat=41.01&lon=28.98

Returns a MACH/VIX score for the given coordinates from temperature/wind history.

curl "http://127.0.0.1:8420/score?domain=weather&lat=41.01&lon=28.98"
GET/validate?symbol=BTC&days=30

The endpoint used by the "Validation" section above — returns correlation numbers + chart data.

curl "http://127.0.0.1:8420/validate?symbol=BTC&days=30"
GET/ask?q=your+question

The AI encyclopedia — answers open-ended questions via the Anthropic API. Requires ANTHROPIC_API_KEY to be set on the machine running the engine.

curl "http://127.0.0.1:8420/ask?q=why+is+the+sky+blue"

{
  "answer": "...",
  "mach_score": 8.1, "vix_score": 5.5,
  "mach_detail": { "response_ms": 760.4 },
  "vix_detail": { "note": "General knowledge answers aren't sourced..." }
}

Setup: pip install ccxt pandas numpy --break-system-packages, then python3 machvix_engine.py serve. For the AI encyclopedia, also set export ANTHROPIC_API_KEY=sk-ant-... before starting the server. To host it under your own domain, move the script to a VPS, open the port in your firewall, then type http://<server-ip>:8420 into the "engine" box at the top of the page and click Save.