Our technology.

With the expertise of our team, we create intelligent solutions to support sustainability in the maritime industry. We create automatic dynamic data-based digital twins of vessels and engines.

Digital twin of vessels

Our technology.

With the expertise of our team, we create intelligent solutions to support sustainability in the maritime industry. We create automatic dynamic data-based digital twins of vessels and engines.

Digital twin of vessels

Our technology generates

digital-based models.

Our cutting-edge AI technology develops a data-driven digital twin model of the vessel, which undergoes daily updates. This model autonomously generates a dynamic digital twin of the vessel, ensuring that the representation is always current. Subsequently, this digital twin is frequently generated and transferred onto the edge computing onboard unit.

Distinct digital twin models are crafted for various aspects such as energy, operation, performance, and maintenance. Each model is tailored to capture specific parameters and metrics relevant to its designated domain.

Digital twin of vessels

Our technology generates

digital-based models.

Our technology generates

digital-based models.

Our cutting-edge AI technology develops a data-driven digital twin model of the vessel, which undergoes daily updates. This model autonomously generates a dynamic digital twin of the vessel, ensuring that the representation is always current. Subsequently, this digital twin is frequently generated and transferred onto the edge computing onboard unit.

Distinct digital twin models are crafted for various aspects such as energy, operation, performance, and maintenance. Each model is tailored to capture specific parameters and metrics relevant to its designated domain.

Our fleet reporting system offers you several advantages:

Our system offers you several advantages:

Our fleet reporting system offers you several advantages:

1. Real-time Vessel Monitoring:

The continuous updates enable real-time monitoring of the vessel’s status, facilitating prompt decision-making and operational adjustments.

2. Predictive Maintenance:

By analyzing data from the maintenance digital twin, potential issues can be forecasted and addressed before they escalate, minimizing downtime and optimizing maintenance schedules.

3. Efficiency Optimization:

The digital twin models for energy and performance allow for comprehensive analysis of operational efficiency, leading to informed strategies for fuel optimization and performance enhancement.

1. Real-time Monitoring:

The continuous updates enable real-time monitoring of the vessel’s status, facilitating prompt decision-making and operational adjustments.

2. Predictive Maintenance:

By analyzing data from the maintenance digital twin, potential issues can be forecasted and addressed before they escalate, minimizing downtime and optimizing maintenance schedules.

3. Efficiency Optimization:

The digital twin models for energy and performance allow for comprehensive analysis of operational efficiency, leading to informed strategies for fuel optimization and performance enhancement.

Digital twin of engine

1. Real-time Vessel Monitoring:

The continuous updates enable real-time monitoring of the vessel’s status, facilitating prompt decision-making and operational adjustments.

2. Predictive Maintenance:

By analyzing data from the maintenance digital twin, potential issues can be forecasted and addressed before they escalate, minimizing downtime and optimizing maintenance schedules.

3. Efficiency Optimization:

The digital twin models for energy and performance allow for comprehensive analysis of operational efficiency, leading to informed strategies for fuel optimization and performance enhancement.

Digital twin the engines

Digital twin of the engines

Monitor engine health anywhere.

Utilizing data collected from sensors linked to the Cetasol Main Unit PC, including the Fuel reader vessel, our system automatically generates a dynamic digital twin of the engine. This enables real-time fleet monitoring, allowing for remote assessment of engine health directly from the office. Furthermore, our data-based digital twin models receive daily updates, ensuring their accuracy and relevance to current conditions.

Monitor engine health anywhere.

Utilizing data collected from sensors linked to the Cetasol Main Unit PC, our system automatically generates a dynamic digital twin of the engine. This enables remote monitoring of engine health directly from the office. Furthermore, our data-based digital twin models receive daily updates, ensuring their accuracy and relevance to current conditions.

Monitor engine health anywhere.

Utilizing data collected from sensors linked to the Cetasol Main Unit PC, including the Fuel reader vessel, our system automatically generates a dynamic digital twin of the engine. This enables real-time fleet monitoring, allowing for remote assessment of engine health directly from the office. Furthermore, our data-based digital twin models receive daily updates, ensuring their accuracy and relevance to current conditions.

CetaFuel virtual fuel reader

Our technology allowed us to create a virtual fuel reader, CetaFuel. CetaFuel replaces the need for expensive fuel monitors and lets you monitor fuel usage without the risk of clogging.

Read about CetaFuel

CetaFuel virtual fuel reader

Our technology allowed us to create a virtual fuel reader, CetaFuel. CetaFuel replaces the need for expensive fuel monitors and lets you monitor fuel usage without the risk of clogging.

Read about CetaFuel

CetaFuel virtual fuel reader

Our technology allowed us to create a virtual fuel reader, CetaFuel. CetaFuel replaces the need for expensive fuel monitors and lets you monitor fuel usage without the risk of clogging.

Read about CetaFuel

Layers of installation

Connect to the sensors of your choice.

With the iHelm platform, only the minimal sensors are necessary for connected fleet operations. It is optional to connect extra signals, and we describe it by showing different layers. One sensor connected is recognized as layer one of installation. Should you want to analyze and display more functions, then additional sensors can be connected as needed to enhance the capabilities of your connected fleet.

Even identical vessels are not identical

Even among identical vessels and engines, nuances distinguish one from another. These subtle variations create unique areas for improvement across different vessels within a fleet, emphasizing the need for tailored solutions, including monitoring the health of marine engines.

IMO regulations mandate stringent measures for emission reduction in the maritime industry. Compliance with pollution prevention and emission reduction standards is imperative for shipping companies.

To not only meet but surpass these standards, our cutting-edge AI technology supports energy management, speed optimization, and more. Variations in fuel consumption among different captains operating identical vessels on the same routes can reach up to 25%. iHelm serves as an effective tool in mitigating this human factor, curbing fuel consumption and emissions.

Cetasol provides support for your operations in
the following areas:

  • Voyage optimization (integral to iHelm’s core)
  • Extensive speed optimization (integral to iHelm’s core)
  • Daily energy management reports accessible via the Cloud
  • Full electric analysis by Cetasol for electrification feasibility
  • Bio-LNG/LPG analysis by Cetasol for alternative solutions
  • Third-generation biofuel analysis by Cetasol for alternative solutions

Layers of installation

Connect to the sensors of your choice.

With the iHelm platform, only the minimal sensors are necessary for connected fleet operations. It is optional to connect extra signals, and we describe it by showing different layers. One sensor connected is recognized as layer one of installation. Should you want to analyze and display more functions, then additional sensors can be connected as needed to enhance the capabilities of your connected fleet.

Even identical vessels are not identical

Even among identical vessels and engines, nuances distinguish one from another. These subtle variations create unique areas for improvement across different vessels within a fleet, emphasizing the need for tailored solutions, including monitoring the health of marine engines.

IMO regulations mandate stringent measures for emission reduction in the maritime industry. Compliance with pollution prevention and emission reduction standards is imperative for shipping companies.

To not only meet but surpass these standards, our cutting-edge AI technology supports energy management, speed optimization, and more. Variations in fuel consumption among different captains operating identical vessels on the same routes can reach up to 25%. iHelm serves as an effective tool in mitigating this human factor, curbing fuel consumption and emissions.

Cetasol provides support for your operations in
the following areas:

  • Voyage optimization (integral to iHelm’s core)
  • Extensive speed optimization (integral to iHelm’s core)
  • Daily energy management reports accessible via the Cloud
  • Full electric analysis by Cetasol for electrification feasibility
  • Bio-LNG/LPG analysis by Cetasol for alternative solutions
  • Third-generation biofuel analysis by Cetasol for alternative solutions

Layers of installation

Connect to the sensors of your choice.

With the iHelm platform only the minimal sensors are necessary. It is optional to connect extra signals, and we describe it by showing different layers. One sensor connected is recognized as layer one of installation. Should you want to analyze and display more functions then additional sensors can be connected.

Even identical vessels are not identical

Even among identical vessels and engines, nuances distinguish one from another. These subtle variations create unique areas for improvement across different vessels within a fleet, emphasizing the need for tailored solutions.

IMO regulations mandate stringent measures for emission reduction in the maritime industry. Compliance with pollution prevention and emission reduction standards is imperative for shipping companies.

To not only meet but surpass these standards, our cutting-edge AI technology supports energy management, speed optimization, and more. Variations in fuel consumption among different captains operating identical vessels on the same routes can reach up to 25%. iHelm serves as an effective tool in mitigating this human factor, curbing fuel consumption and emissions.

Cetasol provides support for your operations in the following areas:

  • Voyage optimization (integral to iHelm’s core)
  • Extensive speed optimization (integral to iHelm’s core)
  • Daily energy management reports accessible via the Cloud
  • Full electric analysis by Cetasol for electrification feasibility
  • Bio-LNG/LPG analysis by Cetasol for alternative solutions
  • Third-generation biofuel analysis by Cetasol for alternative solutions

Want to know more?

Want to know more?

Want to know more?

Contact us with the form below if you have any questions or want to know more about Cetasol and iHelm.

White Papers for deeper knowledge

Learn more about our technology, and projects and get Tips and Trix by downloading our white papers.

Whitepapers

White Papers for deeper knowledge

Learn more about our technology, and projects and get Tips and Trix by downloading our white papers.

Whitepapers

Whitepapers

Learn more about our technology, and projects and get Tips and Trix by downloading our white papers.

Whitepapers