5 second installation
6 month operation
▪ Safe : No ropes, no wires, no propellers
▪ Anywhere : Satellite data connectivity
▪ Easy : Drop in and forget technology for aquaculture
▪ Safe : No ropes, no wires, no propellers
▪ Anywhere : Satellite data connectivity
▪ Easy : Drop in and forget technology for aquaculture
oxygen ▪ temperature ▪ salinity ▪ light ▪ turbidity ▪ color ▪ noise ▪ fish distribution (echo sounder) ▪ water current ▪ waves ▪ water density ▪ upwelling ▪ halocline ▪ appetite ▪ stress conditions ▪ lice exposure
Reported sea lice larvae release shown to be 50% higher than actual when using poor measurement data
Getting actual numbers delivers value
Cage measurements combined with feed data in optimization models allows our algorithms to predict appetite and benchmark feeding - showing 7% potential growth increase in full scale tests
Quality data enables using and creating advanced algorithms for optimized production
Machine learning predicting mortality risk for delousing at different times of day allows mortality risk be reduced when planning operations
Comprehensive datasets allows for risk management
Happy fish grow faster
Accurate feeding saves resources
10 years of development, testing and operation has made our latest generation of underwater drones even more rugged, easier to use and safer than ever
Torgeir Kvikne
Fôringsoperatør Osland Havbruk AS
Jan Ivar Bildøy
Produksjonssjef Blom Fiskeoppdrett AS
Method for energy efficient movement in the cage without a propeller, cables, ropes or winch
Solution using magnesium for buoyancy control, d.o. oxygen measurement and power - range extendable to 3000 m depth
Technology for measuring the size of fish, total biomass and detecting escapes using the acoustic resonance of fish
Design for rotation to map fish density distribution and scanning the cage to detect net damage and fouling
Org.nr.
915 329 969
Address
Møllendalsveien 68a
5009 Bergen, Norway
Phone
+47 995 32 432
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