US energy markets (WTI crude + CPI energy)
Top drivers
⌁ mcp.call("adw-023") vADW-023-live-1.0 Enables corporate buyers to quantify price risk and justify locking in long-term energy contracts to stabilize operational budgets.
US energy markets (WTI crude + CPI energy)
Top drivers
⌁ mcp.call("adw-023") vADW-023-live-1.0 An energy procurement agent monitors ADW-023 weekly and triggers a contract-lock recommendation whenever the score exceeds 65 (the index's historical 80th percentile) on a rising trend with confidence > 0.75. The IOM's top_drivers field tells the agent whether the elevation is driven by WTI spot volatility (30-day log-return stdev, 70% weight) or by Energy CPI stdev (30% weight), which determines whether the recommended hedge is a WTI futures contract or a fixed-price utility agreement. The current reading of 41.7 sits at the 94th percentile of its 10-year history — meaning the index is unusually high relative to its own typical range of 2.7-91.4 — and with a rising trend, the agent would be generating a procurement-alert right now. The methodology_version in source_lineage ensures that the agent's recommendation memo cites a transparent, auditable formula rather than an opaque vendor model.
A corporate CFO at a mid-sized manufacturer uses ADW-023 to justify locking in 12-month fixed energy contracts at board level. Prior to ADW-023, the finance team assembled WTI spot prices, EIA weekly reports, and Energy CPI manually — a process that took three days and produced no standardized risk score. With the IOM's volatility_level label and wti_price_change_30d_pct field, the CFO can present a single number to the board (e.g., 'energy cost volatility is at the 94th percentile of the last 10 years and rising') that directly supports the financial case for hedging, replacing an ad hoc narrative with a reproducible, dated intelligence signal.
30d WTI log-return stdev (70%) + 3mo Energy CPI stdev (30%); min-max normalized vs 5yr history → 0-100
Version ADW-023-live-1.0 · validated to beat a naive baseline · benchmark: EIA-derived