Optimise Performance.
Maximise Efficiency.
Stingray turns real-time data into actionable insights, helping vessels operate smarter, reduce costs and enhance overall efficiency
The Digital Twin
The Digital Twin facilitates the replication of real-time vessel conditions by aggregating distributed datasets and functioning as a dynamic operational intelligence gateway.
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This enables the system to support data-driven decision-making for enhanced performance and energy efficiency. By integrating meteorological inputs and vessel response models, it can optimize routing and navigation strategies.
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Additionally, it informs adjustments to key operational parameters such as propulsion speed, trim configuration, and rudder angles yielding quantifiable improvements in fuel consumption, voyage efficiency and ship safety.
Stingray constantly monitors weather patterns to suggest the most efficient routes and speeds, while factoring in operational requirements. This approach lowers fuel consumption and emissions, enabling shipowners to meet decarbonisation goals and reduce operating costs across their fleet.
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Meet environmental targets while cutting emissions and costs.
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Meet IMO emissions regulations with built-in compliance tracking.
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Reduce unnecessary fuel consumption and optimise energy use.
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Support sustainability goals with real-time emissions monitoring.
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Optimise Fuel Efficiency, Reduce Carbon Footprint
Safeguard Navigation
When navigating oceans and complex weather systems on global voyages, a crew needs to anticipate the potential risks for the safety of the ship, its cargo and themselves.
By combining environmental data, vessel performance insights, vessel design characteristics and standard operating procedures (vessel limitations) Stingray proactively identifies the safest and most efficient passage routes. Crews can sail with the confidence they are green and safe whilst at work.
AI-Powered Decision Making
Leveraging artificial intelligence, Stingray determines the most efficient routes by processing thousands of potential outcomes through the virtual asset. Drawing from historical log data and assessing the numerous “what if” scenarios against live weather models and observations, the digital twin will optimise against multiple criteria such as arrival time, safest passage, fuel usage, emissions, hull stress (prolonging vessel lifespan), as examples.
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The digital twin is constructed from real-time and aggregated historical vessel performance records, enriched with meteorological, physics and engineering models. Powered by artificial intelligence, each twin precisely mirrors the behaviour of a specific vessel. It serves as a true-to-life replica of the ship capturing, in detail, its physics-driven responses under any given conditions.
"In an industry where efficiency and security are paramount, Stingray empowers maritime operators with data-driven insights and cutting-edge cybersecurity - because a smart ship is a safer ship."
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James Calloway - Chief Maritime Technology Officer
Take Control of Your
Fleet's Future.
Enhance Performance, Strengthen Security, Optimise Costs.
Deliver Comprehensive Compliance & Reporting Solutions
Using the various Data Sets already available within commercial vessels, Stingray not only supports vessel optimization, it can produce customizable reporting and analysis to:
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Identify & deliver EEXI requirements for your vessels
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SEEMP – Deliver a Ship Energy Efficiency Management Plan
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CII – Support Carbon Intensity Indicator
