One ecosystem.
All yields. AI-powered.
Precision sensors.
The operating aquaponics farm fusing biological precision with AI-driven monitoring — premium food, zero waste, full traceability.
Active Fish Tanks
Plant Varieties
Water Recycled
Baht Spent On Fertilizer
* Excludes natural evaporation — atmospheric water recovery system in development
We install. You harvest.
Sensor-monitored aquaponics installations are our specialty. Whatever your space, budget, or ambition — we design the system, build it on your land, and wire it with live monitoring. You get a farm that runs.
Full Custom Installation
We design and install everything around your desires and abilities — the scale, the fish, the crops, the level of automation. Tanks, grow beds, plumbing, biofilter, and a sensor network tracking water chemistry around the clock. You receive a working, monitored ecosystem — not a kit.
- Designed for your site, budget, and goals
- pH / EC / DO / ORP sensors with live monitoring
- Fish and plant species matched to your climate and market
- Setup, training, and ongoing support included
Basic Demo System
Not sure what you want yet, but interested? We offer a basic demo version — a compact working setup with the same closed loop of fish, plants, and monitoring, so you can see aquaponics running on your own site before committing to a full build. Just inquire.
- Compact footprint, minimal cost of entry
- The same closed-loop biology as the full system
- Upgrades into a full installation whenever you're ready
A living system,
already producing.
Our aquaponics facility is not a concept — it is an operational farm generating real harvests today. Fish waste feeds plants. Plants purify water. Sensors monitor every variable, every hour.
- IBC tank infrastructure — modular, HDPE-grade, fully scalable
- Multi-stage grow beds with timed flood-and-drain cycles
- Real-time water chemistry across all tanks
- Closed-loop recycling — uses 100% less water than soil farming
- Zero pesticides. Zero synthetic fertilisers. Full traceability.
The AI layer is coming.
We are installing an end-to-end sensor network across every tank and grow bed. Every variable measured. Every pattern learned. Every decision data-driven.
pH Precision
Proprietary probes measure water chemistry 24/7. Automated dosing corrects drift before fish or plants are affected.
Dissolved Oxygen
Real-time DO sensors ensure peak saturation across all tanks. Alerts fire in seconds, not hours.
Nutrient Mapping
EC and ORP sensors track nutrient density across every grow bed. AI schedules feeding for maximum plant uptake.
Climate Control
Temperature, humidity and light sensors across the facility. Every variable logged, every anomaly flagged instantly.
Computer Vision
Camera arrays detect plant stress, fish behaviour anomalies, and pest incursions automatically.
Predictive Models
AI forecasts harvest windows, equipment failure probabilities, and yield potential weeks in advance.
pH, DO, EC, ORP sensors live. HTTP sensor server. iOS monitoring app deployed.
Full tank coverage. Automated dosing pumps. Alert thresholds and push notifications.
Computer vision arrays. Predictive ML models. Analytics dashboard with live data.
Fully autonomous farm management. Multi-site deployment. Unified data layer.
Exclusive species.
Deliberate selection.
We identify, source and cultivate varieties of exceptional rarity and commercial value — refined through controlled cross-pollination no conventional farm attempts.
- Koi — ornamental & edible hybrid lines
- Tilapia — selective strain program
- Pangasius — controlled breeding
- Dragon Fruit — rare pitaya cultivars
- Heritage grape varieties
- Rare chilli lineages (heat-mapped)
- Cross-pollinated herb blends
- 6 active cross-pollination experiments
- Genomic logging per generation
- Proprietary cultivar development
- Species habitat engineering
Cross-Pollination Program
Controlled hand-pollination across chilli, grape and herb lines — selecting for aroma, yield, and disease resistance. Results logged per generation. Goal: proprietary cultivars owned exclusively by SGG·AI.
Cannabis on aquaponics. Proven outdoors.
Thailand's cannabis market has inverted since legalization: oversupply pushed flower prices down while indoor growers still carry industrial electricity bills. We design and install outdoor aquaponic systems that remove the two biggest cost lines — energy and fertilizer — and add a second harvest from the same water: fish. The approach fits both medical-grade flower and biomass grown for industrial material.
Clean input, stable chemistry
Medical-grade cultivation lives or dies on consistency and a clean profile. A closed-loop aquaponic bed with monitored water chemistry delivers exactly that — no synthetic fertilizer salts, no heavy-metal-laden soil amendments, and a continuously stable root zone.
- No synthetic nutrient salts entering the plant
- pH / EC / DO / ORP logged 24/7 for traceable, repeatable batches
- Organic nitrate supply reduces the residue risk in lab testing
- Stable conditions support consistent cannabinoid expression
Maximum biomass per baht
For fibre, hurd, seed, or extraction feedstock the goal is raw tonnage at the lowest input cost. Unrestricted roots and full sun push plants to multi-metre frames, while sunlight and the biofilter carry the energy and nutrient load that would otherwise dominate the budget.
- Free solar energy replaces the entire lighting bill
- Large frames and dense canopy maximise total dry biomass
- Zero fertilizer cost across a high-volume crop
- Scales across modular grow beds on open land
The biology is straightforward: fish excrete ammonia, nitrifying bacteria in the biofilter convert it to nitrate, and plant roots absorb it directly from continuously circulating water. It is the same nitrogen cycle a fertilizer schedule tries to imitate — except it runs 24 hours a day at zero marginal cost, with no salt accumulation and no nutrient lockout.
Combine that with unrestricted root zones and full tropical sun, and the plant expresses its actual genetic potential: multi-meter frames carrying dozens of flowering sites — a scale of growth an indoor tent physically cannot accommodate. No lamps, no air conditioning, no nutrient bottles.
- Sunlight replaces grow lights — the largest electricity line item disappears
- Biofilter replaces the fertilizer schedule — continuous plant-available nitrate
- pH / EC / DO / ORP sensors keep water chemistry stable through every growth stage
- The same water raises market fish — protein or ornamental sales on top of the crop
- We design, build, and monitor the system on your site
Every photo below was taken at our facility in Chiang Rai — outdoor, aquaponic, zero fertilizer.
For licensed cultivators operating under Thai cannabis regulations. Figures vary by site and setup; the energy share of indoor operating cost reflects published indoor-cultivation studies.
From the farm floor.
A live record of our operations. Updated weekly as milestones are reached and harvests documented.
Interested in our technology?
We are open to collaboration, research partnerships, and technology discussions. Reach out to learn more about our AI-driven aquaponics system.