MARITIME RISK • PREDICTIVE ANALYTICS

Titanic Predictive Insights

Data + Statistics = Foresight. Analyzing historical failures to model tomorrow's risks.

VIEW INCIDENT ANALYSIS
DATASET
906
Passengers • exam_pa_titanic
BASE SURVIVAL
39.1%
Historical rate
FEMALE SURVIVAL
74.1%
vs 20.3% male
1ST CLASS
64.0%
Highest odds
CONNECTING THE DOTS

Maritime Incidents • Pattern or Coincidence?

DATA-DRIVEN VIEW
Ever Given & Ever Forward
SISTER VESSELS • EVERGREEN MARINE

Ever Given — March 23, 2021: Grounded in Suez Canal, blocked global trade 6 days. ~$9.6B daily impact.

Ever Forward — March 13, 2022: Ran aground in Chesapeake Bay near Baltimore/Annapolis. Freed after ~35 days.

Timing: 10 days before 1st anniversary of Ever Given (not "a day before"). Both operated by same company. Similar large container ship design.

OUR TAKE — COINCIDENCE?

Likely statistical clustering. Mega-ships in narrow/high-traffic waterways face elevated grounding risk from wind, currents, and human factors. Two incidents from same operator within 12 months does not exceed expected variance for fleet of this size. No credible data supports non-coincidental link.

PREDICTIVE INSIGHT: Train route-risk classifier on AIS + weather + historical groundings. Deploy real-time scoring for captains.
TITANIC & TITAN
BOTH NEVER REACHED DESTINATION • BOTH SUNK

Titanic (1912): Maiden voyage. Struck iceberg. 1,496 lost. "Unsinkable" ship.

Titan (2023): Tourist sub to Titanic wreck site. Imploded under pressure. 5 lost. Experimental carbon-fiber hull.

Thematic dots: Name similarity, Titanic-related mission, high-profile failure, advanced-tech narrative vs outcome.

DEEPER CLUES?

Nomenclature and shared destination create strong pattern recognition in public mind. Root causes unrelated (iceberg collision vs known hull design risk ignored). 111 years of maritime progress separates them. Data shows post-Titanic regulations (SOLAS, ice patrols) dramatically reduced similar losses.

Apply Titanic feature engineering mindset: Build submersible/ship risk models from incident logs + material stress data.

Both pairs demonstrate the power of narrative in disasters. Data science cuts through narrative: measure base rates, control for exposure (ship size, route difficulty), test for signal vs noise. With small n=2, pattern claims remain speculative. Build models, not stories.

INTERACTIVE DEMO

Titanic Survival Predictor

Trained on patterns from the 906-passenger exam dataset. Instant inference in browser.

Child <12 → +boost
Senior >60 → penalty
Enter passenger details above and run the model.
Output calibrated to historical base rates.
Historical Survival Rates (from data)
Source: exam_pa_titanic.csv • 906 records