RAS infrastructure
Aqualabs starts with the physical system: tanks, recirculation loops, solids removal, biofiltration, oxygenation, UV, backup power, and the operating discipline needed to keep biology stable.
Technology
Aqualabs Technology
Aqualabs technology connects water systems, sensors, records, and assisted analysis into one operating layer for controlled aquaculture. The goal is steady production, early failure detection, and clear biological performance over time.
The technology program is built around RAS infrastructure, instrumentation, operator workflows, and AI-assisted monitoring for the first Aqualabs deployment.
Trident
AI-powered simulation and control for aquaculture.
Trident is the operating stack that gives Aqualabs a simulated farm to test against, a live record to reason from, and an AI agent that uses both to manage operations before problems reach the water.
Sensing and records
Aqualabs uses instrumentation to make the system legible: dissolved oxygen, temperature, pH, flow, alarms, maintenance logs, and intervention history.
Software and agents
Software and agents support forecasting, anomaly detection, reporting, and operator decisions while hard controls and human responsibility remain in charge of life-support systems.
Technology papers
Aqualabs technical record.
These papers define the engineering basis for controlled aquaculture and the role of AI agents, software, and records inside Aqualabs operations.
RAS engineering
Engineering Controlled Aquaculture
Hydraulics, solids removal, biofiltration, gas transfer, monitoring, energy tradeoffs, failure modes, and Kenya's water-scarcity context.
AI systems
AI Agents and RAS
Forecasting, computer vision, tool-calling agents, guarded automation, sensors, edge compute, benchmarks, and failure boundaries in RAS.