About GeoWire
How we calculate recession probability — methodology, models, and data sources.
Who We Are
GeoWire is a macro intelligence platform built by economists and data scientists. We connect geopolitical events to quantified recession probability using live Federal Reserve data, calibrated academic models, and supply chain analysis.
We believe that recession intelligence should be accessible, transparent, and grounded in peer-reviewed research — not paywalled behind $25,000/year terminal subscriptions. Every model coefficient is published. Every data source is public. Every methodology is documented.
GeoWire tracks 13 live economic indicators from FRED, applies 6 recession models with published academic citations, and updates hourly. Our composite model is cross-validated against the Federal Reserve's own Chauvet-Piger recession probability series.
Methodology
GeoWire combines six econometric models into a single composite recession probability score. Each model captures a different dimension of macroeconomic risk — yield curve dynamics, labor market deterioration, oil price shocks, leading indicators, and credit conditions. The composite score is a weighted combination calibrated against historical NBER recession dates.
The Six Models
NY Fed Probit Model
A probit regression of NBER recession indicators on the Treasury 10Y-3M yield spread, based on the framework developed by Estrella and Mishkin. The model estimates the probability of recession within 12 months using the current term spread as its sole input.
Estrella, A. & Mishkin, F. S. (1998). Predicting U.S. Recessions: Financial Variables as Leading Indicators. Review of Economics and Statistics, 80(1), 45–61.
Sahm Rule
A real-time recession indicator that triggers when the three-month moving average of the national unemployment rate rises 0.50 percentage points or more above its low during the previous 12 months. The Sahm Rule has correctly identified every U.S. recession since 1970.
Sahm, C. (2019). Direct Stimulus Payments to Individuals. Brookings Hamilton Project, Policy Proposal 2019-03.
Hamilton Net Oil Price Increase (NOPI)
Measures whether the current oil price exceeds its maximum over the prior 36 months. When breached, the NOPI model signals elevated recession risk based on the historical relationship between oil price shocks and economic contractions.
Hamilton, J. D. (2003). What Is an Oil Shock? Journal of Econometrics, 113(2), 363–398.
Philadelphia Fed Leading Index
The Philadelphia Federal Reserve's State Leading Indicators Index (USSLIND) combines employment, housing permits, delivery times, and interest rate spread data. A sustained negative reading has historically preceded recessions by 3–6 months.
Note: This is the Philadelphia Fed Leading Index (USSLIND), not the Conference Board LEI.
Credit Spread Signal
Monitors the ICE BofA US High Yield Option-Adjusted Spread (BAMLH0A0HYM2). When high-yield corporate bond spreads exceed historical thresholds, it signals rising credit stress and increased recession probability.
Heuristic model based on historical observation of spread-to-recession correlation.
Composite GeoWire Score
A proprietary weighted combination of all five models above, calibrated against historical NBER recession dates from 1970 to present. The composite applies Chauvet-Piger divergence checks and confidence intervals to produce the final recession probability displayed on the dashboard.
Proprietary weighted combination. Cross-validated against FRED series RECPROUSM156N (Chauvet-Piger).
Data Sources
All economic data is sourced from the FRED API maintained by the Federal Reserve Bank of St. Louis. Indicators are fetched hourly with automatic fallback to cached seed data when the API is unavailable.
Data Transparency
All model coefficients used by GeoWire are published on this page with full academic citations. All economic data comes from FRED, a free public API maintained by the Federal Reserve Bank of St. Louis. We do not use proprietary data sources that users cannot independently verify.
Our composite scoring methodology weights each model based on its historical accuracy at predicting NBER-dated recessions. The weights, thresholds, and trigger conditions are documented above. When we label a model as “HEURISTIC,” we are explicitly noting that its thresholds are derived from historical observation rather than a peer-reviewed coefficient estimate.
Important Disclaimer
No model is perfect. Recession probability estimates are based on historical patterns that may not repeat. GeoWire provides economic intelligence for informational purposes only and does not constitute financial, investment, or trading advice. All data is sourced from the Federal Reserve Economic Data (FRED) API and is subject to revision. Past performance of any model does not guarantee future accuracy.