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Use Case 39 · Automotive, Mobility & Logistics

Predictive Vessel Maintenance & Bunkering Fuel Optimization

Real-time engine telematics and weather routing engine that optimizes marine fuel consumption and predicts machinery wear.

Chief Technical Officer (Maritime) Fleet Technical Superintendent Fuel Trading Director
Illustration: Predictive Vessel Maintenance & Bunkering Fuel Optimization

Customer need & pain point

The problem this replaces.

  • Unanticipated engine failure at sea leads to millions in towing fees, while unpredictable fuel consumption erodes shipping margins.

Step-by-step execution

How the engine executes it.

01

Mycelium Ingestion

Module 1 & 2

Stream main engine sensor telemetry (vibration, temperature, exhaust) and ocean weather forecasts.

02

Multi-LLM Routing

Module 1 & 2

Detect mechanical friction anomalies using edge-based predictive maintenance models.

03

Multi-LLM Routing

Module 1 & 2

Compute fuel-optimal voyage speed and routing around adverse sea states.

04

Agentic AI

Module 4

Trigger automated spare parts order requests to the next scheduled port of call.

Quantifiable ROI & impact

What changes commercially.

  • 15.8% savings in voyage bunkering costs
  • Zero mid-ocean catastrophic engine failures

The “aha” moment

“Traffelo AI detected micro-abrasions in a main engine cylinder liner mid-voyage, letting us repair it before catastrophic failure.”
VP of Technical Services (Global Tanker Fleet)