S&P 500 (SPY)
Top drivers
⌁ mcp.call("adw-105") vADW-105-live-1.0 Enables traders to identify accelerating volatility regimes for timing entries or hedging based on statistically validated predictive power.
S&P 500 (SPY)
Top drivers
⌁ mcp.call("adw-105") vADW-105-live-1.0 A hedge-timing agent monitors ADW-105 daily; when ltvr_raw (tail variance fraction) pushes the score above 75 and the trend field reads 'rising' — the current score is 74.3, 83rd percentile of a 2,454-day history, rising — it automatically initiates a protective-put spread on the underlying index, sizing the hedge proportional to the distance of the LTVR score from the 90th percentile, and records the IOM's confidence and source_lineage in the trade memo. The 60-day rolling tail-variance decomposition gives the agent a statistically validated reason to act before realized vol spikes, rather than after.
A risk manager at a family office uses LTVR to distinguish between two superficially similar environments — moderately elevated realized vol with returns normally distributed around the mean (low LTVR) versus the same realized vol level but with variance concentrated in extreme return days (high LTVR). At a current 74.3 score the office knows variance is increasingly concentrated in the tails, which changes the protection strategy from simple delta hedges to convex payoff structures; this nuance was previously invisible in their standard deviation and beta reports.
60-day rolling window → tail (20th/80th pct) variance / total variance → LTVR ratio → percentile-rank → 0-100; high = variance concentrated in extremes
Version ADW-105-live-1.0 · validated to beat a naive baseline · benchmark: none
One call returns the answer with its reasoning attached — the live Intelligence Object for ADW-105.
{
"product_id": "ADW-105",
"entity": "S&P 500 (SPY)",
"score": 74.3,
"trend": "stable",
"confidence": 0.8,
"top_drivers": [
{
"factor": "ltvr_raw",
"contribution": 2.1791
},
{
"factor": "ltvr_percentile_rank",
"contribution": 0.7435
},
{
"factor": "realized_vol_20d_ann",
"contribution": 0.1622
}
],
"recommended_use": "Track tail variance concentration to detect accelerating tail risk. Score > 65 = variance clustering in extremes — consider hedging.",
"methodology_version": "ADW-105-live-1.0",
"freshness": "2026-06-26T20:00:16.189Z",
"coverage": "S&P 500 ETF daily returns — 252 days, 60-day rolling window",
"source_lineage": [
"Stooq daily OHLCV (SPY)"
],
"allowed_use": "informational",
"ltvr_raw": 2.179142,
"tail_window_days": 60,
"tail_lo_pct": 0.2,
"tail_hi_pct": 0.8,
"realized_vol_20d_ann": 0.1622,
"validation_status": "descriptive"
} Every product conforms to the Intelligence Object Model — typed, versioned, and discoverable.
Dashboard
Read the score + drivers in the console.
REST API
/v1/intelligence/adw-105
MCP tool
adw.adw_105
Marketplace
Discoverable by any MCP agent via the MCP registry.
White-label
Embed under your own brand (Platinum).
Enables traders to anticipate imminent volatility regime shifts to optimize position sizing and hedge timing before market instability occurs.
Method: Log-returns → 60-day rolling z-score → CUSUM(k=0.5) → Shannon entropy weight → sigmoid-normalize over 252-day history → 0-100 score
Enables traders to detect early-stage increases in fat-tail risk to prevent catastrophic drawdowns during market stress events.
Method: 252-day baseline σ → threshold T=1.5σ → P_base + P_recent (20-day) tail exceedance rates → Shift = P_recent−P_base → sigmoid → 0-100
Identify cyclical volatility regime shifts to time entries and exits with higher predictive accuracy than standard volatility metrics.
Method: 20-day rolling realized vol series → 10-day OLS slope → percentile-rank over 252-day slope history → 0-100 score