Summary: Total Book: $33.99B | Total Defaults: $4.43B | Overall Default Rate: 12.56%
⚡ Early Defaults Analysis
Early defaults are defined as loans that defaulted within 12 months of origination.
Early Defaults by Vintage Year
Vintage
Total Loans
Total Defaults
Early Defaults
Default Rate
Early Default Rate
2007
251
45
11
17.93%
4.38%
2008
1,562
247
91
15.81%
5.83%
2009
4,716
594
251
12.60%
5.32%
2010
11,536
1,487
488
12.89%
4.23%
2011
21,721
3,297
959
15.18%
4.42%
2012
53,367
8,644
2,886
16.20%
5.41%
2013
134,814
21,030
6,358
15.60%
4.72%
2014
235,629
41,408
12,262
17.57%
5.20%
2015
421,095
76,851
22,869
18.25%
5.43%
2016
434,407
71,666
28,997
16.50%
6.68%
2017
443,579
44,854
27,829
10.11%
6.27%
2018
495,242
13,460
12,732
2.72%
2.57%
Early Defaults by Segment
Segment
Total Loans
Total Defaults
Early Defaults
Default Rate
Early Default Rate
high_risk
188,630
57,315
25,722
30.38%
13.64%
low_risk
1,096,132
70,923
25,826
6.47%
2.36%
medium_risk
973,157
155,345
64,185
15.96%
6.60%
📊 Book Composition Analysis
Annual Composition by Count
Year
Low Risk %
Medium Risk %
High Risk %
2007
47.01%
44.62%
8.37%
2008
51.34%
42.25%
6.40%
2009
53.92%
39.23%
6.85%
2010
54.94%
35.33%
9.73%
2011
56.71%
31.02%
12.26%
2012
55.11%
35.97%
8.92%
2013
45.84%
43.54%
10.62%
2014
41.61%
46.50%
11.90%
2015
45.34%
43.51%
11.15%
2016
47.27%
44.05%
8.68%
2017
47.78%
45.49%
6.73%
2018
55.84%
39.56%
4.60%
Annual Composition by Volume
Year
Low Risk %
Medium Risk %
High Risk %
2007
40.01%
46.76%
13.23%
2008
46.61%
43.67%
9.72%
2009
50.50%
40.70%
8.80%
2010
52.00%
35.34%
12.67%
2011
48.27%
32.64%
19.09%
2012
47.49%
37.20%
15.31%
2013
43.71%
42.91%
13.38%
2014
39.03%
47.18%
13.79%
2015
42.91%
43.27%
13.82%
2016
44.00%
45.17%
10.83%
2017
44.60%
47.33%
8.07%
2018
55.72%
39.70%
4.58%
Shift Analysis: low_risk grew from 40.01% to 55.72% (+15.71pp) |
medium_risk shrank from 46.76% to 39.70% (-7.06pp) |
high_risk shrank from 13.23% to 4.58% (-8.65pp)
📉 Cumulative Default Curves Analysis
This analysis shows the cumulative probability of default (PD) over time for each vintage.
Analysis of macroeconomic indicators and their correlation with default rates.
Macro Indicators Summary
Indicator
Mean
Min
Max
Correlation with Default
Unemployment
5.17%
3.70%
10.00%
0.084
Hy Spread
4.83
2.98
19.88
0.110
Yield Curve
1.70
-0.18
3.79
0.138
Consumer Sentiment
91.1
55.3
101.4
-0.054
Real Income
$14,107
$12,053
$15,506
-0.127
Key Insights:
• Positive correlations (red) indicate the indicator increases with default rates
• Negative correlations (green) indicate the indicator decreases with default rates
• Yield curve shows the strongest positive correlation with defaults
• Real income shows a protective negative correlation
🔧 Model Training & Drift Detection
Note: Model training requires significant memory resources.
For full model results including drift detection and P&L analysis,
please run the interactive Streamlit app: streamlit run driftbreaker.py
The model uses a discrete-time survival analysis approach with logistic regression
to predict default probabilities and detect drift between training and test periods.
📊 Macro Economic Analysis
Analysis of macroeconomic indicators and their correlation with default rates.
Macro Indicators Summary
Indicator
Mean
Min
Max
Correlation with Default
Unemployment
5.17%
3.70%
10.00%
0.084
Hy Spread
4.83
2.98
19.88
0.110
Yield Curve
1.70
-0.18
3.79
0.138
Consumer Sentiment
91.1
55.3
101.4
-0.054
Real Income
$14,107
$12,053
$15,506
-0.127
Key Insights:
• Positive correlations (red) indicate the indicator increases with default rates
• Negative correlations (green) indicate the indicator decreases with default rates
• Yield curve shows the strongest positive correlation with defaults
• Real income shows a protective negative correlation
🔧 Model Training & Drift Detection
Note: Model training requires significant memory resources.
For full model results including drift detection and P&L analysis,
please run the interactive Streamlit app: streamlit run driftbreaker.py
The model uses a discrete-time survival analysis approach with logistic regression
to predict default probabilities and detect drift between training and test periods.