KOA Lens
Intelligent Pathogen Detection for Aquaculture
KOA Lens is an intelligent biosensing device that integrates advanced microbiology techniques with artificial intelligence (AI) to provide real-time monitoring of pathogens in aquaculture.
Our technology enables early detection of harmful bacteria, helping fish farmers reduce mortality, minimize losses, and improve the overall efficiency of their operations.
KOA Lens
Intelligent Pathogen Detection for Aquaculture
KOA Lens is an intelligent biosensing device that integrates advanced microbiology techniques with artificial intelligence (AI) to provide real-time monitoring of pathogens in aquaculture.
Our technology enables early detection of harmful bacteria, helping fish farmers reduce mortality, minimize losses, and improve the overall efficiency of their operations.
KOA Lens is an intelligent biosensing device that integrates advanced microbiology techniques with artificial intelligence (AI) to provide real-time monitoring of pathogens in aquaculture.
Our technology enables early detection of harmful bacteria, helping fish farmers reduce mortality, minimize losses, and improve the overall efficiency of their operations.
Smart Prevention. Healthy Fish.
Sustainable Future.
Smart Prevention. Healthy Fish.
Sustainable Future.
Specialized Consumables
Specialized Consumables
Our custom-designed consumables create the optimal environment to detect a wide range of pathogenic bacteria present in aquaculture.
These consumables ensure optimal bacterial growth, allowing precise identification of potential threats.
Our custom-designed consumables create the optimal environment to detect a wide range of pathogenic bacteria present in aquaculture.
These consumables ensure optimal bacterial growth, allowing precise identification of potential threats.
Autonomous Monitoring
Autonomous Monitoring
Once inserted into our automated device, these consumables operate autonomously, using AI-driven analysis to monitor the bacterial microbiome and detect threats without the need for constant human intervention.
Once inserted into our automated device, these consumables operate autonomously, using AI-driven analysis to monitor the bacterial microbiome and detect threats without the need for constant human intervention.
Fast and Accurate Analysis
Fast and Accurate Analysis
Our technology delivers detection results in just 24-48 hours, a significant improvement compared to traditional testing methods.
This rapid turnaround time enables aquaculturists to act immediately and prevent outbreaks before they worsen.
Our technology delivers detection results in just 24-48 hours, a significant improvement compared to traditional testing methods.
This rapid turnaround time enables aquaculturists to act immediately and prevent outbreaks before they worsen.
USABILITY
Simple, fast, and autonomous.
Simple, fast, and autonomous.
Simple, fast, and autonomous.
1.
Take the sample of interest
The sample is placed in our specialized consumable, designed to detect pathogens. This step only takes a few seconds.
2.
Insert the sample into the consumable
Once the sample is registered, the consumable is inserted into our automated detection device.
3.
Start the reading and receive the results.
Start the analysis from your facility with just the press of a button and let the machine do the rest. Receive the results quickly.
1.
Take the sample of interest
The sample is placed in our specialized consumable, designed to detect pathogens. This step only takes a few seconds.
2.
Insert the sample into the consumable
Once the sample is registered, the consumable is inserted into our automated detection device.
3.
Start the reading and receive the results.
Start the analysis from your facility with just the press of a button and let the machine do the rest. Receive the results quickly.
1.
Take the sample of interest
The sample is placed in our specialized consumable, designed to detect pathogens. This step only takes a few seconds.
2.
Insert the sample into the consumable
Once the sample is registered, the consumable is inserted into our automated detection device.
3.
Start the reading and receive the results.
Start the analysis from your facility with just the press of a button and let the machine do the rest. Receive the results quickly.
Join the Future of Smart Aquaculture with KOA Biotech
Join the Future of Smart Aquaculture with KOA Biotech
WEB INTERFACE
Real-time data visualization.
Real-time data visualization.
Real-time data visualization.
Device connected at your facility.
Device connected at your facility
Join the Future of Smart Aquaculture with KOA Biotech
Join the Future of Smart Aquaculture with KOA Biotech
Join the Future of Smart Aquaculture with KOA Biotech
Device connected at your facility
USABILITY
Simple, fast, and autonomous.
1.
Take the sample of interest
The sample is placed in our specialized consumable, designed to detect pathogens. This step only takes a few seconds.
2.
Insert the sample into the consumable
Once the sample is registered, the consumable is inserted into our automated detection device.
3.
Start the reading and receive the results.
Start the analysis from your facility with just the press of a button and let the machine do the rest. Receive the results quickly.
1.
Take the sample of interest
The sample is placed in our specialized consumable, designed to detect pathogens. This step only takes a few seconds.
2.
Insert the sample into the consumable
Once the sample is registered, the consumable is inserted into our automated detection device.
3.
Start the reading and receive the results.
Start the analysis from your facility with just the press of a button and let the machine do the rest. Receive the results quickly.
WEB INTERFACE
Real-time data visualization
Smart Prevention.
Healthy Fish.
Sustainable Future.
Specialized Consumables
Our custom-designed consumables create the optimal environment to detect a wide range of pathogenic bacteria present in aquaculture.
These consumables ensure optimal bacterial growth, allowing precise identification of potential threats.
Autonomous Monitoring
Once inserted into our automated device, these consumables operate autonomously, using AI-driven analysis to monitor the bacterial microbiome and detect threats without the need for constant human intervention.
Fast and Accurate Analysis
Our technology delivers detection results in just 24-48 hours, a significant improvement compared to traditional testing methods.
This rapid turnaround time enables aquaculturists to act immediately and prevent outbreaks before they worsen.