Smart Aquaculture for a Sustainable Future

Smarter Aquaculture Stronger Performance Sustainable Growth

From feasibility and engineering to implementation and optimization, ALGOFAIT helps investors, producers, and governments develop reliable, efficient, and commercially viable aquaculture projects.

Water Quality
98%
▲ +2% Optimal Baseline
Biomass
130.0 t
▲ +12% On Harvest Track
Survival Rate
92.1%
▲ +1% High Performance
FCR
1.51
▼ -8% Feed Efficiency
Biomass Growth & Trajectory
7-Day Real-Time
150t 100t 50t 0 130.0 t Peak May 10 May 11 May 12 May 13 May 14 May 15 May 16
System Health & Telemetry
Live Feedback
Water Quality
98%
0% 100%
FCR Ratio
1.51
0 3.0
~90%
Field Survival Rate Achieved in Extreme Desert Climates (Peer-Reviewed POC)
~3000 t/yr
Commercial Scale Industrial RAS Facility Engineering Layout
Awards Winner
Excellence in Aquaculture industry awards and more, GCC, International, 2023 - 2026
French DeepTech
Bpifrance Certified Innovation & CIR/CII Research Tax Credit Approved
ENGINEERING SEQUENCE

Technology Comes After Problem Definition

We follow a proven 11-stage decision sequence that prevents the costly trap of copy-paste farm design:

Phase 1: Strategic Foundations Stage 01 of 11

Stage 01: Market Feasibility & Offtake Strategy

We first quantify local market consumption, premium price tiers, and buyer offtake commitments before calculating any tank volume.

Engineering Deliverables
Offtake Agreements Market Price Tiers Competitor Import Splay
OUR COMMERCIAL CLIENT JOURNEY • 4 SCALABLE PILLARS

From Strategic Vision to Scalable Farm Operation

We guide investors, sovereign institutions, and producers through the critical phases of aquaculture development — de-risking capital, engineering biological resilience, and driving long-term farm profitability.

01 / ADVISORY Pre-Investment Due Diligence

Validate the Opportunity

Quantify local market demand, site water parameters, biological species limits, and bankable CAPEX/OPEX models before allocating capital.

✓ Bankable Financial & CAPEX Models
✓ 12-Month Water Quality Profile
✓ Species Suitability & Risk Due Diligence
Explore Advisory Scope →
02 / ENGINEERING System Architecture

Design the Right System

Translate biological and business targets into practical land-based RAS or resilient offshore cages engineered for your local climate.

✓ Mass-Balance Sizing & Hydrodynamics
✓ 5-Flow Physical Biosecurity Zoning
✓ Modular Expansion & Energy Efficiency
Explore Engineering Scope →
03 / IMPLEMENTATION Start-Up & Commissioning

Launch with Control

Supervise procurement, hydraulic wet-testing, biofilter maturation, team training, and operational standard operating procedures (SOPs).

✓ Vendor QA/QC & Procurement Supervision
✓ Hydraulic Wet-Testing & Biofilter Seeding
✓ Staff SOPs & Operational Handover
Explore Start-Up Scope →
04 / OPTIMIZATION Transformation & Digital

Improve Performance

Identify yield bottlenecks, lower FCR, automate multiparameter water sensing, and gain real-time cost visibility with Grow It farm management.

✓ Feed Conversion Ratio (FCR) Optimization
✓ Unit Cost per Kilogram Accounting
✓ Grow It Aquaculture OS Synchronization
Explore Optimization Scope →
AQUACULTURE PLATFORMS & SYSTEMS

Engineered for Biological Reliability and Commercial Viability

Eco BlueHouse Land-Based RAS Farm System
Land-Based RAS

Eco BlueHouse

Build controlled land-based production that can scale with modularity, biosecurity, water treatment, resource efficiency and practical operation.

  • ✓ High-efficiency closed-loop recirculation
  • ✓ Multi-barrier biosecure containment
  • ✓ Modular tank units for staged expansion
Explore Eco BlueHouse
PureBlue Platform and Offshore Marine Cages
Marine & Open Water

Offshore Aquaculture

Expand production in suitable marine environments using PureBlue Platform and sustainable cages, site-specific engineering, resilience and monitoring.

  • ✓ PureBlue submersible and surface cages
  • ✓ Wave, current and hydrographic resilience
  • ✓ Mooring integration & offshore telemetry
Explore Offshore Solutions
Smart Aquaculture Sensors and IoT Telemetry
IoT & Automation

Smart Aquaculture

See what is happening and act earlier with precision sensors, automated alerts, reporting, decision support and seamless Grow It integration.

  • ✓ Multiparameter continuous water probes
  • ✓ Early anomaly alerts & dosing control
  • ✓ Seamless Grow It cloud synchronization
Explore Smart Systems
INTEGRATED DIGITAL FARM MANAGEMENT

Know Your Farm. Control Your Costs. Reach the Market.

Grow It helps you organize daily operations, follow water quality, feed, growth and mortality, understand production costs, coordinate your team and connect products with buyers.

✓ Manage daily operations: Digitize batch feeding, biomass growth sampling, and operator SOPs.
✓ Detect issues earlier: Real-time water parameter telemetry with predictive oxygen and ammonia thresholds.
✓ Know your cost per kilogram: Automatically link feed conversion ratios (FCR) and energy to unit margins.
✓ Connect harvests with buyers: Commercial supply traceability and market integration.
Explore Grow It
Smart Aquaculture Platform
| REAL DATA. BRIGHTER OUTCOMES.
  • All farms
  • Red Sea RAS 01
  • Gulf Offshore Hub
  • Atlantic Recirculation
  • Last 7 days
  • Last 30 days
  • Quarter to Date
LIVE
Water Quality
98%
▲ +2% vs. previous period
FCR
1.51
▼ -8% vs. previous period
Survival
92.1%
▲ +1% vs. previous period
Biomass
130.0 t
▲ +12% vs. previous period
Cost/kg
USD 3.49
▼ -6% vs. previous period
Alerts
2 ›
1 critical · 1 info
Water Quality Trend
Last 7 days ▾
100 90 80 70 60 May 10 May 11 May 12 May 13 May 14 May 15 May 16
Survival Rate
92.1%
0% 100%
Feed Conversion Ratio
1.51
0 3.0
Biomass Growth
Last 7 days ▾
150 100 50 0 130.0 t May 10 May 11 May 12 May 13 May 14 May 15 May 16
Feed Input (t)
Last 7 days ▾
30 20 10 0 May 10 May 11 May 12 May 13 May 14 May 15 May 16
FIELD TRACK RECORD

Verified Field Projects & Contributions

From FrenchTech R&D to GCC deployment. We provide technical advisory, engineering design, commissioning support and operator training across demanding real-world climates.

Published Scientific POC Tabuk Proof of Concept Land-Based RAS

Tabuk Desert Proof of Concept (KSA)

📍 Kingdom of Saudi Arabia • Zero-Water Discharge Hybrid RAS
ALGOFAIT Role: Designed closed-loop hybrid RAS combining biosecure containment, thermal stability, and automated water-quality control under severe arid conditions.

Achieved ~90% survival rate under challenging high-ambient temperatures. Scientific findings published in peer-reviewed journal Sustainability (2021).

Industrial Engineering Casablanca Commercial Farm

Casablanca Commercial Shrimp Facility

📍 Morocco • ~3000 Tonnes / Year Scale
ALGOFAIT Role: Delivered master engineering layout, mass-balance hydraulic calculations, multi-barrier biosecurity zoning, and commercial OPEX modeling.

Engineered for high-volume commercial production with streamlined solids extraction and stable biofiltration kinetics.

Land-based Shrimp farm Muscat Pilot Hybride RAS System - Land-based Shrimp Farm

Muscat Pilot Hybride RAS System

📍 Sultanate of Oman • 10 tonnes Shrimp/Year
ALGOFAIT Role: Design and supervise the execution, and run the farm operations.

Engineered an advanced land-based hybrid recirculating aquaculture system (RAS) dedicated to biosecure, climate-controlled shrimp production with sustainable water recirculation and continuous monitoring in Muscat.

Advisory & Feasibility Abu Dhabi Aquaculture Sector Feasibility Study

Abu Dhabi Aquaculture Sector Study

📍 United Arab Emirates • Marine Zoning & Due Diligence
ALGOFAIT Role: Evaluated marine zoning parameters, high-temperature oxygen solubility constraints, and species commercial viability for institutional stakeholders.

De-risked capital allocation by proving where open-water vs land-based closed containment makes biological and financial sense.

Explore Full Project History & Timeline
OUR ENGINEERING PHILOSOPHY

The 7 ALGOFAIT Principles

Why aquaculture leaders partner with ALGOFAIT: we engineer around biology, environment, and economics — never technology for its own sake.

01 BEST ≠ OPTIMAL 02 Biology Before Technology 03 Control Before Complexity 04 Biosecurity by Design 05 Minimum Useful Data 06 Smartization Before Digitalization 07 Profitability Is Part of Sustainability
START A CONVERSATION

Planning an Aquaculture Project?

Tell us your location, species, production target and current challenge. Our team will help define the next practical step.

Discuss Your Project