SM‑SOS Operations
A live operational experience demonstrating how SM‑SOS transforms marine engineering into structured, intelligent systems. This is not a static overview — it is a controlled simulation of how real operations are detected, managed, and resolved.
Operational Scenario
Every event inside SM‑SOS follows a structured operational loop: Detect → Predict → Execute → Measure.
An anomaly is detected in engine performance. The system evaluates the deviation, analyzes potential risk, and activates a structured operational response.
Operational Flow
Detect → Predict → Execute → Measure
System Dashboard
SM‑SOS provides real-time operational visibility across all active assets. Every data point is contextualized: system status, KPIs, alerts, logs, and controlled responses.
Live System Behavior
The system reacts dynamically to changing conditions: Normal → Warning → Critical.
Engine anomaly detected
The system reads live engine conditions and identifies a temperature deviation beyond the normal range.
Alert & Response System
LiveSystem Response
ControlledSystem Log
AutoField Log
ExecutionExperience SM‑SOS at system level
Explore how SM‑SOS transforms real-world operations into a structured, measurable system — connecting detection, response, and reporting into one operational model.
Field Evidence
SM‑SOS is built from real operational cases executed in the field.
Generator #3 Calibration
RPM & Hz stabilization after overhaul.
Blanca Vessel Reprogramming
Data correction & ECU update.
NEOM DG‑1 to DG‑4
Post‑fire incident analysis.
JYC Spare Parts Logistics
Marine delivery operations.
Stern Drive Service
Mechanical component restoration.
Engine Room Coordination
Live operational execution.
Generator #3 Calibration
RPM & Frequency Stabilization
Operational Context
Generator #3 exhibited unstable engine speed under load.
Actions Performed
- Engine overhaul
- Governor calibration
- Step‑load testing
Results
- Stable frequency
- Consistent RPM
Blanca Vessel – ECU Programming
Operational Context
Blanca had incorrect operational data for years.
Actions Performed
- Data correction
- ECU programming
- RPM validation
Results
- Compliance restored
- Stable RPM
NEOM DG‑1 to DG‑4 – Post‑Fire Analysis
Operational Context
Fire incident affecting multiple DG units.
Actions Performed
- Data review
- Trend analysis
- On‑site inspection
Results
- Root cause identified
- Preventive recommendations
Spare Parts Logistics via JYC Yacht
Operational Context
Marine logistics for spare parts.
Actions Performed
- Periodic parts planning
- Marine delivery
Results
- Improved readiness
Stern Drive System – Mechanical Service
Operational Context
Stern drive required mechanical intervention.
Actions Performed
- Component inspection
- Part replacement
Results
- Improved propulsion
Engine Room Coordination
Operational Context
Live engine room coordination.
Actions Performed
- Role assignment
- Live monitoring
Results
- Stable operational performance
- Validated team‑based engine room model
