From raw behavior to farm decisions
Our node measures fish activity, phenotyping, and welfare signals to help hatcheries and farms compare protocols and select better stock.
Multimodal behavioral analytics | Tanks, raceways, cages | Field proven
Our Node
• Universal sensing pod
• Video + audio + environmental
• Tanks, raceways, cages
Deploy the node
Groups or conditions
Best protocol or line
Feeding & Breeding
9 behavioral signals extracted from synchronized video, audio, and sensors.
Our node turns synchronized field data into readable behavioral benchmarks teams can use to compare cohorts, evaluate protocols, and make better breeding and management decisions.
Activity Index
87% vs 64%
Difference detected between cohorts under the same environment.
Feeding Response
14 min faster
Protocol B reached a stronger response window earlier.
Clustering Stress
23% higher
Stress-linked clustering observed in low-DO conditions.
Phenotype Ranking
Family A +32%
Performance gap detected between ranked family lines.
Additional Outputs
Zone avoidance score, activity spikes, surfacing patterns, and multimodal comparison markers
Designed for practical farm comparisons across cohorts, treatments, infrastructure, and operating conditions.
Turning activity into measurable insights.
Our device reduces feed waste and makes earlier behavioral decisions by turning activity, phenotyping signals, and multimodal data into objective benchmarks.
Feed Response
Detect clustering, movement spikes, and satiety-linked behavior early to optimize feeding protocols.
Welfare Detection
Spot abnormal activity, surfacing, or stress patterns early to reduce biomass risk.
Phenotyping
Compare family lines, treatments, or protocols objectively to turn behavior into a buying reason.
Multimodal Dashboard
Overlay audio, video, and environmental sensors (DO, pH, TDS, Temp) on the same timeline to compare differences.
Why our device matters.
Aquaculture operators need clearer visibility below the surface, faster decision-making, and better behavioral data to improve feeding, reduce losses, and increase farm performance.
The Problem
Farmers often lack real-time underwater visibility into fish behavior, feeding response, and environmental conditions, leading to delayed decisions and preventable losses.
The Solution
A single sealed sensing unit combines stereo vision, high-resolution phenotyping imaging, acoustic monitoring, and water-quality sensing, streaming synchronized data to a live dashboard above the surface.
Built for tanks, raceways, and cages.
Our node is designed to give aquaculture operators a flexible monitoring system that works across different farm environments without changing the core sensing node.
Core Components
- Sensing Suite: stereo cameras, high-resolution phenotyping imaging, acoustic sensing, and water-quality sensors (DO, pH, TDS, temp)
- Onboard Compute & Connectivity: fully submersible processing and wireless communication, streaming synchronized data to a live dashboard
- Sealed Housing: a single submersible unit built for continuous underwater deployment across tanks, raceways, and cages
What powers behavioral intelligence.
Behavioral Intelligence
Fish behavior is one of the earliest and most reliable indicators of what's happening beneath the surface, often showing up long before water chemistry or growth metrics reveal a problem. Continuous observation of movement patterns, spatial distribution, and activity levels across a population turns raw video into quantifiable behavioral signals. Operators gain a real-time read on how their stock is actually doing, not just a snapshot from the last manual check.
Phenotyping
Every fish carries visible information about its growth trajectory, health, and genetic line, information that's traditionally been expensive and slow to collect at scale. High-fidelity imagery makes it possible to measure body condition, fin health, and physical traits across individuals and cohorts, giving hatcheries and breeding programs objective data to compare family lines and select for the traits that matter most to their operation.
Welfare Detection
Early signs of stress or declining welfare are often subtle, showing up as a shift in swimming pattern, unusual clustering, or reduced surfacing behavior that's easy to miss during routine visual checks. Continuous monitoring of behavioral baselines flags deviations as they emerge, giving operators the lead time to intervene before a welfare issue becomes a biomass loss.
Feed Response
How a population responds to feeding, how quickly, how uniformly, how intensely, is a direct signal of appetite, health, and environmental conditions. Tracking feeding response in real time helps operators fine-tune feeding schedules and quantities to reduce waste and identify when a population's appetite has changed before it becomes a bigger problem.
Multimodal Monitoring
No single data stream tells the whole story. Combining synchronized video, acoustic sensing, and environmental data (temperature, dissolved oxygen, pH, and TDS) on one timeline lets operators see how behavior, water quality, and sound correlate in real time. It's the difference between reacting to isolated numbers and understanding the full picture of what's happening in the water.
Meet the team behind HALOBLUE Tech.
Our team combines engineering, AI, hardware development, and aquaculture system thinking to build practical technology for modern farms.
Sabria Hinton
Chief Executive Officer
Leading HALOBLUE’s strategy, partnerships, and company vision.
View LinkedInTevean Jones
Chief Techology Officer
Leading the technical vision, AI systems development, and platform engineering.
View LinkedInRaisa Guisado
Chief Operating Officer
Contributing to HALOBLUE’s technical team and supporting the development of the company’s platform and systems.
View LinkedInBook a 30min pilot discussion.
Book a live walkthrough of the HALOBLUE platform and learn how our device fits into hatcheries, raceways, and cage-based systems.
Let’s connect.
For partnerships, media, collaborations, or general questions, send us a message and our team will get back to you.
Email: contact@halobluetech.com
Location: Hayward, CA
FAQs
Answers to common questions about HALOBLUE Tech.
We build a sealed underwater monitoring system that combines stereo cameras, high-resolution imaging, acoustic sensing, and water-quality monitoring into one device, giving hatcheries and farms real-time visibility into fish size, health, and behavior.
Our solutions are designed for hatcheries, nurseries, grow-out operations, and aquaculture farms looking for better visibility and decision support.
HALOBLUE Tech focuses on behavioral intelligence, field phenotyping, and multimodal sensing so operators can measure more than simple fish presence. Our device is designed to help teams compare populations, feeding responses, welfare signals, and operational conditions in a more objective and useful way.
Implementation timing depends on the site, infrastructure, and operating environment, but our device is designed for practical deployment in existing aquaculture settings. We work with partners to evaluate the operation, align installation with workflow needs, and support a smooth rollout.
HALOBLUE Tech supports partners with onboarding, implementation guidance, and ongoing collaboration after deployment. Our goal is to help teams get lasting value from our device through responsive support, system refinement, and continued alignment with operational goals.
Yes. Use the Request Demo tab to open our booking page and schedule a walkthrough.
Yes. We can discuss deployment needs based on your operation type, infrastructure, workflow, and data requirements.
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