Aqua Robotics offers the HALO system, an autonomous brush robot that continuously cleans both sides of salmon farm nets without high‑pressure water or chemicals. The robot runs on a dedicated track, charges inductively, and provides real‑time remote monitoring via a web portal, reducing fish stress, algae growth, and operational costs for aquaculture producers.
Funding
Funding not disclosed
Founders
Product
Problem
Salmon farms rely on high‑pressure water jets, copper‑impregnated nets and frequent boat‑based cleaning to control algae and parasites. These methods generate noise, stress fish, require extensive handling, use chemicals, and increase disease transmission risk, limiting both fish welfare and environmental sustainability.
Solution
Aqua Robotics’ HALO system replaces traditional net cleaning with a fully automated, robot‑based brush that continuously sweeps both the interior and exterior of the net. The robot travels on a dedicated track, powered by an inductive charger, and operates 24/7 without pumps or high‑pressure water, eliminating noise and chemical use. Real‑time remote monitoring and a web portal give growers full visibility and control, while the system integrates with existing cage infrastructure. Continuous cleaning prevents algae growth, reduces the need for boat trips and chemical treatments, and creates a cleaner environment that improves fish health, growth rates, and overall farm profitability.
Target Audience
Primary customers are salmon aquaculture producers and farm operators seeking to improve fish welfare, reduce environmental impact, and lower operational costs associated with net cleaning.
Features
- Autonomous brush robot (HALO Robot) that moves on a dedicated track (HALO Track) and cleans both sides of the net simultaneously
- Inductive charging station (HALO Charger) enabling up to 4 hours of operation per charge with 30‑45 minute recharge cycles
- Water‑tight housing and built‑in flotation device for safe operation in harsh marine conditions
- Modular brush rigs (HALO Cleaner) with rotating and fixed brushes that adapt to different net sizes and contours
- Centralized remote monitoring and control via a secure web portal, with real‑time status, analytics and override capability
- Complete service model covering installation, maintenance, and continuous performance monitoring