Use Case • Ports • AI Assistant

Use Case:
Sea Ports

AI-powered operations for port safety, inspection, and predictive uptime.

Sea Port AI
Background Grid

Lumina: Port Knowledge & Training

Port Knowledge Management

🏭 Operational Challenge

Sea port operators need real-time data and instant operational support to manage high safety risks, complex procedures, and constant regulatory pressure. Traditional training is slow, and critical knowledge remains siloed across departments.

☑️ Applicable Solutions

  • ☑️ Lumina Core: AI engine for real-time port ops monitoring
  • ☑️ Lumina Knowledge: Scanning SOPs and compliance manuals
  • ☑️ Lumina Support: On-demand guidance to reduce errors
  • ☑️ Lumina Academy: Ongoing training across departments

💰 Business Impact

  • 💰 Cuts training costs (30% of OPEX)
  • 💰 Reduces human-error risks in daily ops
  • 💰 Works offline for secure port networks
  • 💰 Breaks knowledge silos across shifts

📊 Quantifiable Metrics

  • 📊 75–96% human error reduction potential
  • 📊 Faster workforce readiness
  • 📊 Real-time guidance for safer ops
  • 📊 AI support reduces tribal knowledge reliance

Container & Cargo Inspection

Container Inspection

🏭 Operational Challenge

Manual inspection slows container flow and limits visibility. Mobile-based AI scanning boosts accuracy beyond 99%, reducing congestion, delays, and costly trade disruptions caused by inconsistent manual checks.

☑️ Applicable Solutions

  • ☑️ Vision: 180° scanning of containers and cargo
  • ☑️ Operations: Digital Logbook for inspections
  • ☑️ Operations: Shift Handover with scan history

💰 Business Impact

  • 💰 7x faster inspections (3,600 containers/hour)
  • 💰 90% labour cost reduction
  • 💰 Fewer quality disputes and delays
  • 💰 Stronger compliance and traceability

📊 Quantifiable Metrics

  • 📊 99.99% inspection accuracy
  • 📊 <1s defect detection
  • 📊 3,600 containers/hour throughput
  • 📊 Zero extra inspectors needed

Predictive Crane & Equipment Maintenance

Crane Maintenance

🏭 Operational Challenge

Crane failures disrupt vessel schedules and cripple terminal operations. Unplanned downtime often results from reactive maintenance and limited predictive visibility into equipment health.

☑️ Applicable Solutions

  • ☑️ Predictive Analytics: Crane condition monitoring
  • ☑️ 24h AI failure forecasting
  • ☑️ Instant alerts on anomalies
  • ☑️ Operations: Maintenance logbook and task automation

💰 Business Impact

  • 💰 Prevents unplanned crane downtime
  • 💰 Reduces emergency maintenance costs
  • 💰 Increases equipment uptime
  • 💰 Enhances terminal flow and ship turnaround

📊 Quantifiable Metrics

  • 📊 24h advance failure alerts
  • 📊 <5% false alarm rate
  • 📊 Reduced maintenance costs (15–25% OPEX)
  • 📊 Self-learning AI model improvements