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"Nothing is random in aquaculture. There is a reason for everything, fish mortality, lice attack, slow growth or sickness. It's just a matter of finding the root cause, and be able to predict the consequences."
- Aadne Tveit, VROC Norway
Sea and land-based fish farms are plagued with complex challenges effecting their efficiency, economic sustainability, and ultimately their ability to become a major contributor of global food security into the future. Utilising historical and real-time data, advanced analytics is key to providing insights to help optimize operations with the potential to help avoid sudden mass mortality, early identification of diseases, improved safety and reduced operating costs.Book a Demo
With model confidence and accuracy averaging 99%, users have confidence to make informed decisionsRead more
Optimize your team with anywhere, anytime access to real time monitoring and predictionsRead more
Data storage doesn’t have to be complicated or expensiveRead more
Built to integrate with legacy systems and equipment agnostic so you can easily obtain insights from your dataRead more
Sudden mass fish mortality is a major concern for fish farms. Obtaining insights that can help predict an upcoming mass mortality can help operators intervene early. Operators may be able to schedule slaughtering or treat other causes, avoiding product loss. Applying advanced analytics to all available fish farm data may be able to provide operators with these critical insights.
The early identification of sea lice and other diseases in fish farms can provide farming operators with critical insights for early intervention to prevent the spreading of disease. Through holistic analysis of all available real-time data, AI can detect anomalies earlier than is possible with human analysis.
AI models can be produced to continuously monitor fish welfare. Aquaculturalists and operators can produce no-code AI models using the VROC model wizard to monitor, detect and alert them when conditions deviate from normal, so that settings can be adjusted to improve fish welfare.
The reliability and performance of critical machinery in the aquaculture industry can be improved through the use of AI for predictive maintenance. The AI models learn how the machines operate under different conditions and detect degradation, predicting failures before they happen. The advanced warning provides time for planned maintenance and the ordering of spares, helping to avoid any production downtime.Learn More
Client supply of historical data and set-up of real-time streaming
Data ingestion and real-time data streaming connection
Client training and model generation
Models in production. Client starts delivering business value
Machine learning is starting to make waves in Sea Farming and land-based Aquaculture, what are the opportunities and risks?Read Full Article
If a lack of sensors is prohibiting you from starting your industrial predictive maintenance journey... here is your solutioRead Full Article
The value of the insights that can be obtained from Industrial analytics is so great that businesses need to find ways to ovRead Full Article
Fast Fail allows industry to reach quick conclusions, ensuring they remain innovative with the ability to pivot and adapt, pRead Full Article
What is Industrial AI, and how can industry benefit from it?Read Full Article
Exploring the use of industrial AI and the benefits of edge and cloud solutions.Read Full Article
Understanding inherent biases this is critical for recognising how they become present in AI-driven technology, thanks to pRead Full Article
Check out our helpful tips that will see the implementation of Industrial Analytics advance beyond the proof of concept phasRead Full Article
Ready to embark on a pilot project or roll-out the innovation enterprise wide? Perhaps you need assistance integrating your systems or accessing your data? We have a solution to help you as you progress through your digital transformation.
Interested in a demo of one of our data solution products?
DataHUB4.0 is our enterprise data historian solution, OPUS is our Auto AI platform and OASIS is our remote control solution for Smart Cities and Facilities.
Book your demo with our team today!
Ready to embark on a pilot project or roll-out AI innovation enterprise wide? Perhaps you need assistance integrating your systems or storing your big data? Whatever the situation, we are ready to help you on your digital transformation.
The efficient deployment, continuous retraining of models with live data and monitoring of model accuracy falls under the categorisation called MLOps. As businesses have hundreds and even.
Learn more about DataHUB4.0, VROC's distributed enterprise data historian. Complete the form form to download the product sheet.
Discover how you can connect disparate systems and smart innovations in one platform, and remotely control your smart facility. Complete the form to download the product sheet.
'OPUS, an artistic work, especially on a large scale'
Please complete the form to download the OPUS Product Sheet, and discover how you can scale Auto AI today.
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