Advantages for maritime actors
Our unique understanding of maritime digitalization and tailored solutions provide our customers with faster port calls, better decision-making and highly improved situational awareness.
Transitioning to a sustainable maritime industry is at the center of our vision.
AI-DRIVEN
Most accurate and reliable event predictions
TRUSTED
Neutral and secure platform keeping the data you share safe
CUSTOMERS
Product:
For Emissions Reporting
EMISSION MONITOR FOR DIFFERENT TYPE REPORTING
The Sustainable Flow Emission Monitor – Ready for Market by End of 2025
​​The Sustainable Flow Emission Monitor will hit the market at the end of 2025, offering a game-changing solution for reducing CO₂ emissions in intermodal and multimodal freight transport. This innovative product is designed to drive sustainability through smart, scalable technologies tailored for real-world logistics environments.
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At its core is the powerful Emission Monitor – a digital tool that enables transport operators, ports, and logistics stakeholders to accurately track, analyze, and reduce emissions across every mode of transport. It empowers users to identify high-impact reduction opportunities, optimize operations, and make data-driven decisions that support both environmental and business goals.
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Complementing this is an innovative concept for energy efficiency and renewable energy production at ports — the critical hubs of multimodal operations. Together, these tools empower stakeholders to make data-driven decisions that lead to immediate and long-term sustainability gains.
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Real-world impact is ensured through pilot implementations (The Sustainable Flow project 2025) across seven strategically important intermodal nodes, including:
Rauma, FI
Pori, FI
Mariehamn, Åland
Norrköping, SE
Oxelösund, SE
Tallinn, EE
Riga, LV
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These pilots during year 2025 demonstrate how the product enables measurable COâ‚‚ reductions, showcasing its practical value and adaptability.
The product is developed in collaboration with leading industry and public-sector partners, creating real-world, future-proof solutions. With strong partnerships and cutting-edge digital innovation, Sustainable Flow is setting a new benchmark for low-emission logistics across the Baltic region — delivering results today and shaping a greener tomorrow.
Overview of JIT potential across all berth visits for three example ports, distinguished by color. Solid lines represent the potential assuming that port traffic restrictions are considered in schedule planning, while dashed lines represent the potential without this assumption, meaning that waiting time due to port traffic restrictions is excluded from the estimated JIT potential.
Our digital solution delivers precise COâ‚‚ emissions calculations across all key transport modes within the port environment — from ships and trains to trucks, cars, tugs, and cargo-handling equipment. It offers detailed visibility by breaking down emissions per cargo unit (ton/passenger) and by activity type. This enables smarter decision-making, improved sustainability reporting, and actionable insights for a greener logistics chain.
Vessel Voyage Predictions
Electricity consumption:
- Co2e ton: Amount of co2eTon to EmissionUnit.CO2_TON using factor from <ref>.
- Electricity to co2: CO2 tons from kwh of electricity, factor 1.5e-05
- Mwh: Amount of mwh to EmissionUnit.CO2_TON using factor from <ref>.
Water consumption:
- Waterm3: Amount of waterm3 to EmissionUnit.CO2_TON using factor from <ref>.
Example: visualization of voyage predictions for vessels under way to the Panama Canal, as provided by the Awake.AI voyage services.
Large-Scale Traffic Analytics
Awake.AI's MLOps workflows automate complex data analyses, delivering key statistics and performance indicators for port and vessel operations. Updated daily, reports include, for example, berth usage and capacity, vessel anchorage times, estimated CO2 emissions by port call and location, and port call planning accuracy. Reports can be provided in various data formats as needed, with access options ranging from application programming interfaces (APIs) to fully customized interactive web dashboards.
Awake.AI's automated analytics services and dashboards provide up-to-date statistics and key performance indicators (KPIs) for ports and vessel fleets. These include, for example, berth and anchorage area utilization, vessel waiting time statistics, emissions by location, and port call planning accuracy. The figure below shows a sample web dashboard: the top section presents an interactive timeline view of all vessel visits by berth, including port traffic restrictions, while the bottom section features an interactive map detailing individual vessel emission events in the port area.
INTRO
Driving COâ‚‚ Reduction Through Innovation in Multimodal Transport
The Sustainable Flow product is revolutionizing intermodal and multimodal freight transport by actively reducing COâ‚‚ emissions through smart, scalable solutions. At its core is the powerful “COâ‚‚ & Logistics Digital Tool”, designed to identify and implement effective emission-reduction measures (Output 1.1).
Complementing this is an innovative concept for energy efficiency and renewable energy production at ports — the critical hubs of multimodal operations (Output 2.1). Together, these tools empower stakeholders to make data-driven decisions that lead to immediate and long-term sustainability gains.
​
Real-world impact is ensured through pilot implementations (The Sustainable Flow project 2025) across seven strategically important intermodal nodes, including:
Rauma, FI
Pori, FI
Mariehamn, Åland
Norrköping, SE
Oxelösund, SE
Tallinn, EE
Riga, LV
​
These pilots demonstrate how the product enables measurable COâ‚‚ reductions, showcasing its practical value and adaptability.
The product is developed in collaboration with leading industry and public-sector partners (Outputs 1.2 & 2.2), creating real-world, future-proof solutions. With strong partnerships and cutting-edge digital innovation, Sustainable Flow is setting a new benchmark for low-emission logistics across the Baltic region — delivering results today and shaping a greener tomorrow.
Overview of JIT potential across all berth visits for three example ports, distinguished by color. Solid lines represent the potential assuming that port traffic restrictions are considered in schedule planning, while dashed lines represent the potential without this assumption, meaning that waiting time due to port traffic restrictions is excluded from the estimated JIT potential.
Our JIT optimization services track vessel voyage progress and planned port call schedules to identify opportunities for schedule optimization. They also provide continuous estimates of potential savings in fuel consumption and CO2 emissions by adjusting vessel arrival times.