See biological change before it becomes an operational problem.
Continuous monitoring of algae, plankton and particles helps aquaculture teams detect change earlier, understand developing trends and make better-informed operational decisions.
AquaLens sees. AquaMind understands.
Site · Lofoten 04
Algae activity increasing
Change detected
What changed
3.2x above normal site baseline
Development
Increasing over the last six hours
Context
Different from the site's normal seasonal pattern
Suggested follow-up
Review local conditions and consider targeted sampling.
Observe
continuous microscopic observation
Detect change
organisms, particles, deviations
Understand
baseline and historical context
Respond
better-informed follow-up
Introduction
What is FP AQUA?
FP AQUA provides continuous microscopic monitoring of water using underwater imaging and AI-assisted analysis. Instead of relying only on periodic samples, operators gain a continuous view of biological conditions between sampling events.
Automated water monitoring
Underwater imaging runs continuously at the site, without manual sampling rounds.
Continuous intelligence
Observations are turned into trends, baselines and change signals you can follow over time.
Operational relevance
Built around the questions farm teams actually ask when conditions start to shift.
The gap
Important changes happen between samples.
Aquaculture operations continuously monitor oxygen, temperature and salinity.
Microscopic biological conditions are still largely understood through periodic sampling and laboratory analysis.
Important biological changes can develop between those snapshots.
Periodic sampling
Snapshots with gaps in between. Change can develop unseen between two samples.
Continuous monitoring
An unbroken record. You can see when a change started and how it developed.
Customer value
What continuous biological monitoring changes
Detect change earlier
Identify emerging shifts between routine sampling points.
Understand what is normal
Build a continuous site-specific baseline and identify meaningful deviations.
Investigate faster
See when changes started, how they developed and what happened before an event.
Learn across sites
Compare patterns between locations to understand whether changes are local or broader.
How it works
Observe. Detect change. Understand. Respond.
The same four steps run through every part of the system, from what happens in the water to what a team decides to do about it.
Observe
Continuous microscopic observations from the water, day and night.
Detect change
Identify organisms, particles, patterns and deviations from the normal picture.
Understand
Compare observations with historical and site-specific context.
Respond
Support investigation and better-informed operational follow-up.
AquaMind
From observation to understanding.
AquaMind shows what changed, how it developed and how it compares with the site's own history, then suggests where to look next. Suggestions are always a starting point for investigation, never an instruction.
Site · Lofoten 04
Algae activity increasing
Change detected
What changed
3.2x above normal site baseline
Development
Increasing over the last six hours
Context
Different from the site's normal seasonal pattern
Suggested follow-up
Review local conditions and consider targeted sampling.
Change detected
A clear signal when observations move away from the site's normal picture.
Trend
How the change has developed over hours and days, not a single reading.
Historical context
Compare with previous weeks, seasons and earlier events at the same site.
Baseline comparison
How far current activity sits from the site's own established baseline.
Cross-site comparison
Whether nearby locations are showing a similar development.
Suggested follow-up
Where to review conditions or consider targeted sampling.
Across locations
What one site learns can help the next.
Compare biological patterns across locations and investigate whether changes appear local, regional or across multiple sites.
Product family
Two ways of seeing, one way of understanding
AquaLens observes what is happening in the water. AquaMind helps you detect change, understand trends and support operational follow-up.
AquaLens · underwater observation
AquaLens Phyto & Particle
Continuous observation of phytoplankton, microalgae and particle patterns.
AquaLens Zoo
Continuous observation of zooplankton and other relevant microscopic organisms.
AquaMind
Dashboard, analytics, trends and operational context.
AquaLens sees. AquaMind understands.
Explore the system
Become a 2026 pilot partner
We are currently selecting a limited number of pilot partners for 2026 across sea-based and land-based aquaculture.