Species
Aqualabs evaluates species through feed cost, water quality, market preference, resilience, and operational complexity in Kenyan production conditions.
Research
Aqualabs Research
Aqualabs Research studies the operating conditions behind controlled aquaculture in Kenya: species, water systems, climate pressure, supply chains, automation boundaries, and the technical logic of a first inland base.
SpeciesSystemsLocationSupply chains
Systems
Aqualabs systems research covers recirculating aquaculture design, water treatment, sensing, oxygenation, power resilience, waste handling, and inland production infrastructure.
Location
Aqualabs location research focuses on the Kiambu-Juja corridor, Nairobi market access, technical talent, infrastructure, and peri-urban deployment.
Supply chains
Aqualabs tracks imports, feed and seed dependence, logistics, cold chain, and which parts of the operating stack need to be localized first in Kenya.
AI systems
AI Agents and RAS
Forecasting, computer vision, tool-calling agents, guarded automation, sensors, edge compute, benchmarks, and failure boundaries in RAS.
Publications
Research publications.
Aqualabs publications define the current research program and the first operating assumptions behind species, systems, location, supply chains, and controlled aquaculture deployment.
14 pages
AI systems
AI Agents and RAS
Forecasting, computer vision, tool-calling agents, guarded automation, sensors, edge compute, benchmarks, and failure boundaries in RAS.
8 pages
RAS engineering
Engineering Controlled Aquaculture
Hydraulics, solids removal, biofiltration, gas transfer, monitoring, energy tradeoffs, failure modes, and Kenya's water-scarcity context.
7 pages
Species
Species Strategy for Kenyan Aquaculture
Why tilapia is the strongest first species for mainstream Kenyan demand, and where catfish becomes a sequenced second species.
7 pages
Supply chain
Import and Supply Chain Strategy
Kenya's hybrid fish economy, selective imports, feed and seed dependencies, cold-chain constraints, and localization path.
9 pages
Location
Kenya Site Selection
Why the Kiambu-Juja corridor fits controlled aquaculture through market access, utility resilience, JKUAT proximity, and logistics.
7 pages
Framework
Smart Aquaculture for Africa
A high-level technical framework for localized infrastructure, research-led system integration, and modular inland deployment.
Research theme
Candidate species
Nile tilapia is the clearest early species because it is regionally familiar, resilient, and commercially relevant. Catfish remains a strong secondary candidate for later density and market studies.
Research theme
Climate adaptation
Kenyan climate variability, water access pressure, and unstable outdoor conditions make controlled production systems more attractive than weather-exposed ponds.
Research theme
Water systems
Biofiltration efficiency, oxygenation reliability, solids removal, and reuse ratios are central to both economics and resilience.