Sinay Hub

Introducing Sinay Hub

Sinay Hub is a smart platform that helps make maritime operations easier and more efficient. It takes complicated data and turns it into clear insights that you can use to make better decisions.

Whether you’re managing busy ports, keeping an eye on environmental impacts, or planning shipping routes, Sinay Hub gives you real-time tools to get the job done. It brings everything you need into one place—like tracking port congestion, monitoring vessel traffic, and even calculating emissions like CO2 or noise.

Free Tools

ETA Prediction Tool

What is ETA, and why is it important?

ETA stands for Estimated Time of Arrival, which predicts when a ship or vessel will reach its destination. Knowing the ETA is crucial for shipping companies, port authorities, and other stakeholders because it helps them plan operations, allocate resources, and avoid costly delays.

How does Sinay’s ETA Tool work?

Traditionally, ETAs were calculated based on reports from a ship's crew or basic sensor data. However, this approach often led to inaccuracies due to human error or outdated information. Sinay’s tool takes this a step further by using AIS data (Automatic Identification System) combined with AI algorithms and historical shipping patterns. AIS is like a tracking system for ships, providing real-time data about their location, speed, and course.

With AI, the tool can process this data alongside traffic conditions, weather, and port activity to give a more precise ETA. For instance, if bad weather or heavy port traffic is expected, the system adjusts the prediction accordingly.

What makes it special?

Sinay’s tool doesn’t just predict ETAs—it uses advanced AI to continuously improve its accuracy. Over time, it learns from patterns, making predictions even more reliable. Additionally, it brings all this information into a single platform, so you’re not juggling multiple systems to track your fleet.

Key Benefits

• Better customer satisfaction: Accurate ETAs ensure clients get their shipments on time.

• Operational efficiency: By reducing delays and improving scheduling, businesses save time and money.

• Competitive edge: Companies using tools like this can outperform competitors by being more reliable and efficient.

Source: sinay.ai

Vessel Tracking Tool

What is vessel tracking?

Vessel tracking is the process of monitoring a ship’s current location and movement in real time. This information is crucial for stakeholders such as shipping companies, cargo owners, freight forwarders, and port authorities. It helps in:

• Managing documentation, customs clearance, and cargo pick-up.

• Enhancing the security of vessels and their cargo.

• Tracking fleet performance and improving operational efficiency.

• Ensuring smooth communication between offshore and onshore teams.

For example, if a shipping company needs to coordinate the arrival of a container ship at a busy port, knowing its exact location helps avoid delays and optimises the use of resources.

How does it work?

The tool uses AIS data (Automatic Identification System) to track ships. AIS works like a GPS for vessels, providing real-time updates on their position, speed, and direction. Users can input the ship's IMO number (a unique identifier for ships) or its name into the system to get all the details, including:

• The ship’s current position.

• Its schedule and estimated time of arrival.

• Transshipment activities (when cargo is transferred between vessels).

For instance, if you’re tracking a container ship, you can see where it is right now and when it’s expected to reach its destination, allowing you to plan logistics accordingly.

Key Benefits

• For Port Authorities: Real-time tracking helps manage port traffic, ensuring that incoming and outgoing ships are handled efficiently. It also supports compliance with regulatory requirements.

• For Ship and Cargo Owners: Ship owners can monitor fleet performance and optimise routes, saving fuel and costs. Cargo owners get precise updates about their shipments, improving supply chain management.

• For Insurance Companies: Tracking helps assess risks by monitoring conditions in real time, reducing the likelihood of incidents and claims.

What sets it apart?

Sinay’s platform integrates data from multiple vessel monitoring systems, offering comprehensive and up-to-date insights. It simplifies complex operations by combining all vessel information into one easy-to-use tool, making maritime management more efficient and reliable.

Source: sinay.ai

Maritime Traffic in Port

The Vessel Port Traffic Monitoring Tool provides real-time data on maritime port traffic, delivering crucial insights for port authorities, shipping companies, and maritime operators. By simply entering the port's name, users can access essential information, such as the number of vessels present, aiding in efficient port operation and planning.

Key Features of the Tool

1. Real-Time Traffic Monitoring:
   Monitor vessel movement, including arrivals, departures, berthing, and anchoring, all in real time.

2. Comprehensive Vessel Data:
   Access vital metrics like vessel counts, type, and activity, ensuring safety and efficient traffic management.

3. Integrated Traffic Analysis:
   Analyse vessel congestion levels and traffic trends to improve resource allocation and reduce delays.

Benefits of Monitoring Vessel Traffic

• Enhanced Safety and Security:
  Continuous monitoring minimises risks like collisions and unauthorised vessel movements.

• Optimised Operations:
  Ports can streamline berthing schedules and resource allocation, ensuring minimal downtime.

• Environmental Protection:
  Identify patterns that help implement eco-friendly practices, such as reducing emissions near ports.

• Economic Efficiency:
  With data-driven planning, ports can avoid delays, improving overall operational efficiency.

How It Works

The Vessel Port Traffic Tool works with smart technology called Vessel Traffic Services (VTS) to help manage and track ship movements. It uses AIS, or Automatic Identification System, which is like a GPS for ships. AIS shows where ships are, how fast they’re moving, and the direction they’re going. There are also special control centres, called VTS Centres, where trained experts keep an eye on ship traffic and talk to the crews to make sure everything runs smoothly. To make sure no areas are missed, ground stations called AIS Broadcast Points send signals to fill in any gaps, even in places that are hard to reach.

Services provided include traffic organisation, crisis management, security surveillance, and environmental monitoring.

Source: sinay.ai

Port Congestion Tracker

What is the Port Congestion Tracker?

The Port Congestion Tracker provides real-time data on port congestion levels for over 1,000 ports worldwide. By simply entering a port’s name, users gain instant access to insights about predicted congestion levels, average traffic, and berth occupancy.

This tool addresses the challenges posed by port congestion, which arises when vessels experience delays in loading or unloading cargo due to inadequate resources, operational inefficiencies, or weather disruptions. Port congestion affects shipping schedules, increases operational costs, and impacts global supply chains.

Why Does Port Congestion Happen?

1. Increased Shipping Traffic: The growth of global trade leads to higher volumes of cargo arriving at ports, overwhelming existing infrastructure.

2. Inadequate Infrastructure: Limited berths, container yards, and outdated equipment hinder port operations.

3. Labour Disputes: Strikes or workforce shortages delay operations and add to congestion.

4. Adverse Weather Conditions: Storms, heavy fog, or hurricanes can delay vessel movements and port activities.

5. Inefficient Port Operations: Bureaucratic delays and uncoordinated workflows reduce port efficiency.

6. Container Imbalance: Mismatched inbound and outbound cargo creates logistical bottlenecks.

Importance of Knowing Port Congestion Levels

• Advanced Planning: Businesses can prepare for potential delays by adjusting production schedules and supply chains accordingly.

• Optimised Routes: Real-time insights allow rerouting cargo to less congested ports, ensuring timely deliveries.

• Better Resource Allocation: Efficient use of labour, storage, and equipment helps mitigate delays.

• Informed Decisions: Companies can prioritise critical shipments or redirect resources during high congestion periods.

How the Port Congestion Tracker Benefits Businesses

• For Logistics Managers: Enables effective planning, ensuring goods are delivered on time and operational costs are reduced.

• For Shipping Companies: Assists in rerouting vessels to avoid delays, optimising fleet performance.

• For Port Authorities: Offers actionable data to address bottlenecks, improve port capacity, and enhance customer satisfaction.

Source: sinay.ai

CO2 Emissions Calculator

The CO2 Emissions Calculator is a smart tool that helps businesses measure the carbon emissions from their sea freight. It calculates emissions per container (TEU), providing clear data to help companies make greener choices and reduce their environmental impact. This tool makes it easy to track your freight’s carbon footprint and take steps toward more sustainable shipping.

What is the CO2 Emissions Calculator?

This tool calculates how much carbon dioxide is released during shipping. It looks at things like fuel use, transportation methods, and waste. The calculator gives accurate estimates for emissions from each shipment, helping businesses understand and reduce their environmental impact.

Benefits of Using the CO2 Emissions Calculator

• See exactly where emissions come from and how to lower them.

• Access up-to-date emissions reports to quickly respond and adjust your operations.

Source: sinay.ai

Noise Emissions Calculator

The Noise Emissions Calculator helps you monitor and understand noise levels created during shipping operations. It uses live data to assess noise impacts, making it easier to manage and reduce noise pollution. This tool supports compliance with regulations like the International Maritime Organization (IMO) Guidelines and provides insights for better noise management strategies.

What is noise emission?

Noise emissions refer to the sound generated by ships during operations. This noise can come from engines, propellers, and other onboard machinery. As ships move, they create sound waves that travel underwater and can disturb marine life. Noise emissions can affect animal behaviour, including communication and navigation, and may harm ecosystems.

Benefits of using the Noise Emissions Calculator

• Regulatory Compliance: By calculating and managing noise emissions, shipping companies can meet environmental standards and avoid fines.

• Health and Safety: Reducing noise levels can improve working conditions for ship crews and port workers.

• Data-Driven Decisions: The calculator provides real-time insights, helping users plan quieter, more efficient voyages.

How does it work?

Using the Noise Emissions Calculator is simple:

1. Enter your departure and destination ports.

2. The tool calculates the expected noise emissions along the route.

3. Review detailed insights into noise levels and their impact.

Source: sinay.ai

Paid Tools

Air Quality Monitoring System

The Air Quality Monitoring System is a handy tool that helps businesses keep an eye on air pollution in real-time. It’s especially useful for ports and shipping companies, allowing them to track important pollutants like sulfur dioxide and nitrogen dioxide. By using this system, businesses can quickly act to stay within the rules set by regulations, like the EU’s Air Quality Directive or local emission standards, and avoid fines or delays in their operations.

What does it do?

This system measures air quality in real-time by tracking pollutants such as:

• Sulfur Dioxide (SO₂): A gas often produced by burning fossil fuels.

• Nitrogen Dioxide (NO₂): Emitted by vehicles and industrial processes.

• Particulate Matter (PM₁, PM₂.₅, PM₁₀): Tiny particles in the air that can harm respiratory health.

• Carbon Monoxide (CO): A harmful gas often associated with vehicle emissions.

How does it work?

The system connects to air quality sensors placed in locations where air pollution is most likely to occur or have the biggest impact. These sensors continuously measure pollution levels and send data to an intuitive dashboard where users can:

1. Define the area they want to monitor using a map tool.

2. Choose the type of sensors needed for specific pollutants.

3. Set thresholds for alerts—if pollution exceeds these levels, users are notified instantly.

4. Generate reports to share with stakeholders or meet compliance requirements.

This active monitoring approach ensures up-to-date information compared to passive methods, where air samples are analysed later in a lab.

Key Benefits

1. Real-time Monitoring: Users can see pollution levels live and respond quickly to any issues.

2. Simplified Compliance: The system generates reports that are easy to share with regulators, saving time and resources.

3. Improved Decision-Making: By analysing trends and patterns, businesses can make informed changes to reduce emissions.

4. Safety and Reputation: Showing active efforts to manage pollution can boost a company’s reputation with stakeholders and local communities.

Use Cases

• Ports: Ports often face air quality challenges due to vessel emissions, industrial activities, and heavy traffic. This tool helps them monitor and manage these factors, ensuring smoother operations and regulatory compliance.

• Shipping Companies: Shipping businesses can track fuel emissions and adjust their practices to minimise environmental impact and avoid fines.

Source: sinay.ai

Water Quality Monitoring Tool

The Water Quality Monitoring System is a smart and easy way to keep track of water conditions in real time. Whether it’s in ports, offshore areas, or rivers and lakes, this tool gives you accurate data right when you need it. It helps businesses stay on top of water quality, avoid pollution issues, and follow the rules for water management like the EU Water Framework Directive (WFD) or US Clean Water Act (CWA).

Key Features of the System

1. Real-Time Monitoring: The system uses advanced sensors to gather live data on water quality indicators like pH, salinity, oxygen levels, turbidity (how cloudy the water is), and more.

2. Historical Data Access: Users can review historical trends and data, which helps in understanding changes over time and predicting future outcomes.

3. Customised Alerts: You can set specific thresholds for water quality metrics. For example, if oxygen levels drop below a safe level, the system can alert you immediately.

4. User-Friendly Interface: The dashboard is intuitive and allows you to visualise data from multiple locations on a single platform.

How It Works

The tool follows a simple four-step process:

1. Define the Monitored Area: You choose the specific location to monitor, such as a port or offshore site, using an interactive map.

2. Select Sensors: Choose the sensors needed for your monitoring objectives.

3. Connect Sensors: The system integrates with your sensors using Wi-Fi, 4G, or other communication protocols.

4. Set Alert Thresholds: Configure alerts to notify you if any water quality metric goes beyond acceptable levels.

Benefits for Key Industries

• Ports: The system helps ports manage routine water quality monitoring, dredging activities, and environmental compliance. For instance, a port expanding its infrastructure can use the system to ensure construction doesn’t harm water quality.

• Aquaculture: Fish farms and other aquaculture operations can use real-time data to maintain optimal conditions for marine life. If salinity or temperature changes, the system can notify the operator to act quickly.

See It in Action

Sinay’s Water Quality Monitoring System makes managing water resources easier and more efficient. Want to see how it works? Watch this video demonstration: Water Quality Monitoring System Demonstration

Source: sinay.ai

Metocean Analytics tool

The Metocean Analytics Tool from Sinay is a powerful platform for managing marine and offshore projects with precision. By providing detailed weather and ocean condition data, it helps users plan operations more effectively and reduce risks.

What is Metocean Analytics?

This tool collects and analyses metocean data, which includes information about:

• Wind

• Waves

• Currents

• Temperature and salinity

The platform integrates data from over 250 global sources encompassing open, private, third-party, and customizable datasets and allows users to tailor reports based on their specific needs.

How does it work?

Metocean Analytics uses a combination of historical data (hindcasts), real-time data, and predictive models to provide accurate insights. Hindcast data means it looks at past weather and ocean patterns to predict future conditions. Users can select specific locations, and the platform generates a detailed report showing variables like average wind speed, wave height, or water currents for that area.

Key Benefits

1. Reduced Downtime: By identifying the best weather windows for operations, users can avoid delays and keep projects on schedule.

2. Improved Safety: Knowing the conditions in advance reduces risks to equipment and personnel.

3. Cost Savings: Optimised planning leads to fewer unexpected expenses, such as idle machinery or emergency repairs.

Practical Example

Imagine you’re laying undersea cables for a new project. Without reliable metocean data, you might encounter strong currents or high waves, forcing you to halt operations and delay the project. With Metocean Analytics, you can choose the best time and conditions for the job, ensuring smooth execution and on-time delivery.

Customisation and Coverage

The platform supports global and regional datasets, covering areas like the Baltic Sea, Gulf of Mexico, and even specific regions like Taiwan. Users can also integrate private datasets for more tailored insights.

Pricing Options

• Basic Plan (€400/month): For individuals needing simple data access.

• On Demand (€4000 one-time): For small teams managing up to 10 projects annually.

• Yearly Subscription (€40,000/year): For larger teams with over 10 projects.

• Enterprise (Custom): For international teams needing specialised features.

Source: sinay.ai

Sinay Secures €5 Million to Revolutionise Maritime Efficiency

In May 2023, Sinay achieved a huge milestone by raising €5 million in funding. Investors from Europe, the USA, Singapore, and Hong Kong backed this round, showing strong global confidence in Sinay’s vision. The funding will drive Sinay’s international expansion into the US and South-East Asia and accelerate the development of its products.

Sinay’s growth was supported by the EU’s BlueInvest Readiness Assistance Programme, which helped refine its strategy and pitch to investors. In addition to this funding, Sinay signed a €1.6 million contract with the European Space Agency to create a Digital Port Platform, further advancing port efficiency and sustainability.

Source: oceans-and-fisheries.ec.europa.eu

Closing Insights

Sinay Hub is making a big difference in the maritime industry. It takes complicated data and turns it into simple, useful insights that help businesses work more efficiently and follow the rules. From tracking air quality to monitoring water and noise pollution, it gives you the tools to handle everyday challenges more easily.

If you’re interested in how Sinay can help your business—reach out through their contact page to learn more!