Introduction
Orca is a web platform that offers a comprehensive suite of tools and features for various purposes, particularly in the maritime industry. It is developed by Metadev and aims to provide intelligent navigation solutions to prevent collisions and save lives. The platform utilizes AI algorithms trained on vast amounts of nautical data, collected from real-world experiences at sea. Orca's core functionalities include collision avoidance, data collection, data labeling, and continuous algorithm evaluation. It integrates with multiple sensors on the vessel, such as AIS, Radar, GPS, and others, to provide a comprehensive view of the maritime environment. The platform is designed to be user-friendly, with a focus on enhancing situational awareness and decision-making capabilities.
background
Orca AI is a product of Metadev, a company dedicated to leveraging the power of AI to revolutionize industries. The development of Orca AI has been driven by the need for advanced navigation tools in the maritime sector, where safety and efficiency are paramount. The platform has been designed with a focus on real-world applicability, drawing on extensive research and collaboration with industry experts.
Features of Orca
Intelligent Navigation Solutions
Orca AI provides intelligent navigation solutions that help reduce human-caused navigation errors, offering real-time environment views to assist with decision making.
Collision Avoidance
The platform uses advanced detection capabilities to enable early identification of obstacles and hazards, reducing the risks of collisions.
Data Collection
Orca AI collects data crucial for training its AI algorithms, prioritizing, filtering, and synchronizing sailing data from over 200+ ships.
Data Labeling
All raw data is comprehensively labeled using Orca AI’s proprietary automated labeling system to ensure the highest accuracy.
Algorithm Evaluation
The platform constantly evaluates the algorithmic predictions versus the real world, providing optimal metrics for navigational efficiency.
Object Detection
Orca AI's enhanced object identification capability can detect a wide range of marine targets, including floating containers, fishing boats, and navigation hazards.
Legal Compliance
Orca AI platform received Product Design Assessment (PDA) certification from the American Bureau of Shipping (ABS), complying with regulatory requirements.
How to use Orca?
To use Orca AI, start by integrating the platform with your vessel's navigation sensors. Ensure all relevant sensors are connected and data is being collected. Next, utilize the platform's AI algorithms to analyze the collected data and generate insights. Use the real-time environment views provided by Orca AI to assist with decision making and collision avoidance. Continuously monitor the platform's performance and make adjustments as needed to optimize navigational efficiency.
FAQ about Orca
- Does Orca AI replace the Radar or ECDIS on the bridge?
- No, it doesn’t. Radar is the official collision avoidance tool regulated by SOLAS. The Orca AI platform is complementary to the radar and ECDIS and together with them provides full coverage for optimal situational awareness.
- Can Orca AI reduce fuel consumption and CO2 emissions?
- Yes, it certainly can. Orca AI offers early warnings of potential CPA/TCPA violations and by this minimizing close encounter events in open seas. This proactive approach leads to fewer collision avoidance maneuvers and ultimately, less fuel consumed.
- Is the Orca AI platform approved by regulatory bodies?
- Yes, it is. Orca AI received Product Design Assessment (PDA) certification from the American Bureau of Shipping (ABS) and collaborates with leading-class organizations such as ABS, DNV and LR, to ensure compliance with regulatory requirements.
- In case of an incident, what is the legal status of recommendations made from the platform?
- The Master of the ship is responsible for all actions and decisions, as with any other system onboard. Orca AI conducts constant visual detection and confirmation of marine targets, highlighting risks, yet discretion should be performed by the OOW.
- Does the platform rely solely on visual inputs received by its computer vision sensors?
- The platform is connected to nine sensors on the vessel: AIS, Radar S-band, Radar X-band, GPS, Gyrocompass, Echo-sounder (depth), rudder angle, Anemometer (wind), and engine RPM. It fuses the information received from the ship’s navigation sensors alongside computer vision sensors and AI algorithms.
- Where is the SeaPod (LOU) installed?
- The SeaPod is installed on the highest point available such as the compass deck, Christmas Tree, or Fore Mast.
- How many cameras are in the SeaPod (LOU)?
- The SeaPod includes 5 high-resolution day cameras and 3 thermal cameras. Day cameras provide a FOV of 225° and thermal cameras provide a FOV of 100°.
Usage Scenarios of Orca
Maritime Navigation
Orca AI is used in the maritime industry to enhance navigational safety and efficiency, providing early warnings of potential hazards and assisting with collision avoidance.
Academic Research
Researchers in AI and machine learning can use Orca AI as a benchmark to compare their models and build upon the learning methods used in Orca AI.
Environmental Monitoring
Orca AI can be used for monitoring marine environments, detecting and tracking marine life, and assisting with conservation efforts.
Commercial Shipping
In commercial shipping, Orca AI can help guide vessels on long voyages, performing complex maneuvers and avoiding potential incidents with other vessels.
Educational Training
In educational settings, Orca AI could be used to create advanced tutoring systems that can provide detailed explanations to complex navigational problems.
User Feedback
Users have reported that Orca AI significantly enhances safety at sea by providing early warnings of potential hazards and assisting with collision avoidance.
Orca AI has been praised for its ability to improve navigational efficiency, with users noting a reduction in the need for route deviations and collision avoidance maneuvers.
Feedback from users indicates high satisfaction with Orca AI's user-friendly interface and the clarity of the real-time environment views it provides.
Users appreciate Orca AI's compliance with regulatory bodies such as ABS, DNV, and LR, which gives them confidence in the platform's reliability and safety standards.
others
Orca AI has been recognized for its innovative approach to maritime navigation, combining advanced AI algorithms with real-world data to provide a comprehensive solution for vessel operators. The platform's ability to integrate with existing navigation systems and provide complementary support has been highlighted as a key advantage.
Useful Links
Below are the product-related links of Orca, I hope they are helpful to you.