Marine vessels operate in harsh and unpredictable environments, relying on complex mechanical systems that run continuously over long distances. Unplanned failures in these systems not only lead to costly delays and maintenance expenses, but also pose serious risks to crew safety, cargo integrity, and vessel performance.
Marine vessels operate in harsh and unpredictable environments, relying on complex mechanical systems that run continuously over long distances. Unplanned failures in these systems not only lead to costly delays and maintenance expenses, but also pose serious risks to crew safety, cargo integrity, and vessel performance.
• Propeller shaft misalignment
• Cavitation damage
• Shaft vibration
• Bearing overheating
• Seal leakage
• Structural fatigue at stern tube
• Cylinder misfiring
• Cracked or warped cylinder heads
• Rotor imbalance
• Loose stator windings
• Insulation degradation
• Generator grounding faults
• Voltage and frequency instability
• Gear tooth wear
• Lubrication failure
• Cracked or broken gears
• Misalignment and backlash
• Overload under torque spikes
• Bearing pitting and spalling
• Propeller shaft misalignment
• Cavitation damage
• Shaft vibration
• Bearing overheating
• Seal leakage
• Structural fatigue at stern tube
• Cylinder misfiring
• Cracked or warped cylinder heads
• Rotor imbalance
• Loose stator windings
• Insulation degradation
• Generator grounding faults
• Voltage and frequency instability
• Gear tooth wear
• Lubrication failure
• Cracked or broken gears
• Misalignment and backlash
• Overload under torque spikes
• Bearing pitting and spalling
• Pressure loss
• Internal leakage
• Cavitation in impellers
• Motor overheating
• Valve and actuator failures
• Coupling misalignment
• Excessive vibration at junctions
• Wear and tear under load
• Locked couplings
• Torsional stress failure
• Pressure loss
• Internal leakage
• Cavitation in impellers
• Motor overheating
• Valve and actuator failures
• Coupling misalignment
• Excessive vibration at junctions
• Wear and tear under load
• Locked couplings
• Torsional stress failure
Traditional maritime maintenance often relies on scheduled checks or reactive repairs—leaving fleets vulnerable to costly failures. In today’s demanding operations, AI-powered predictive maintenance is essential. DS-SP combines DS-Track, an Edge AI smart sensor, with the DS-Insight platform to monitor engines, shafts, and auxiliary systems in real time. By processing data at the edge, it detects anomalies like cavitation, bearing wear, or misalignment before critical damage occurs—enabling proactive, data-driven maintenance at sea.
Traditional maritime maintenance often relies on scheduled checks or reactive repairs—leaving fleets vulnerable to costly failures. In today’s demanding operations, AI-powered predictive maintenance is essential. DS-SP combines DS-Track, an Edge AI smart sensor, with the DS-Insight platform to monitor engines, shafts, and auxiliary systems in real time. By processing data at the edge, it detects anomalies like cavitation, bearing wear, or misalignment before critical damage occurs—enabling proactive, data-driven maintenance at sea.
Delphisonic’s predictive maintenance system combines Edge AI-powered DS-Track sensors with the DS-Insight analytics platform to continuously monitor marine systems in real time. Data is processed directly on the sensor, enabling early fault detection before failures occur. This helps optimize maintenance, reduce unplanned downtime, and increase vessel safety and operational efficiency.
Delphisonic’s predictive maintenance system combines Edge AI-powered DS-Track sensors with the DS-Insight analytics platform to continuously monitor marine systems in real time. Data is processed directly on the sensor, enabling early fault detection before failures occur. This helps optimize maintenance, reduce unplanned downtime, and increase vessel safety and operational efficiency.
Up to 95% failure prevention through real-time monitoring of engines, propulsion shafts, gearboxes, and auxiliary systems — enabled by Edge AI anomaly detection to reduce costly downtime and emergency repairs.
Improved safety and operational reliability with early alerts on critical faults such as cavitation, bearing overheating, and shaft misalignment — minimizing the risk of onboard malfunctions and voyage disruptions.
Enhanced safety and reliability with early warnings for mechanical faults such as bearing wear, wheelset imbalance, and gearbox failures — reducing the risk of derailments or infrastructure damage.
Fleet-wide efficiency gains through enhanced equipment availability, reduced manual inspections, and smarter intervention timing — ensuring smoother operations for both cargo and passenger vessels.
At Delphisonic, we have been delivering predictive maintenance and industrial monitoring solutions since 2012 — with a strong focus on marine propulsion and shipboard systems.
We combine AI-powered analytics with edge-based smart sensors to detect failures early, reduce maintenance costs, and keep fleets operating safely and efficiently.
We don’t just monitor vessels — we engineer them from within, with deep technical know-how and maritime-specific insight.
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