Research

Aqualabs studies the operating conditions behind controlled aquaculture: species, water systems, climate pressure, supply chains, automation boundaries, and the technical logic of repeatable RAS design.

Aqualabs Research visual

AI systems · 14 pages

AI Agents and RAS

Forecasting, computer vision, tool-calling agents, guarded automation, sensors, edge compute, benchmarks, and failure boundaries in RAS.

RAS engineering · 8 pages

Engineering Controlled Aquaculture

Hydraulics, solids removal, biofiltration, gas transfer, monitoring, energy tradeoffs, failure modes, and Kenya's water-scarcity context.

Species · 7 pages

Species Strategy for Kenyan Aquaculture

Why tilapia is the strongest first species for mainstream Kenyan demand, and where catfish becomes a sequenced second species.

Supply chain · 7 pages

Import and Supply Chain Strategy

Kenya's hybrid fish economy, selective imports, feed and seed dependencies, cold-chain constraints, and localization path.

Site strategy · 9 pages

Kenya Site Selection

How Aqualabs evaluates controlled aquaculture sites through market access, utility resilience, technical support, and logistics.

Framework · 7 pages

Smart Aquaculture for Africa

A high-level technical framework for localized infrastructure, research-led system integration, and modular inland deployment.