Improve visibility before problems grow
Track the signals that matter for plant health, fish welfare, equipment behavior, and daily operations through views tailored around the system you actually run.
Aquaponics Intelligence
Crop losses? Fish stress? Too many manual checks?
Get a free custom Farm IoT + AI Plan that identifies the highest-impact opportunities for monitoring, automation, and AI based on your farm, goals, and budget.
For aquaponics, hydroponics, aquaculture, research, and educational farms.
Start with clarity before buying more technology
We help you decide what to measure, what to automate, what can wait, and how AQPI could support healthier plants, better fish welfare, stronger records, and less repetitive work.
📊 Monitoring🚨 Alerts⚙️ Automation🤖 AI assistant
Running A Modern Aquaponics System Should Not Feel Like Guesswork
Crop losses, fish stress, unclear sensor choices, disconnected systems, equipment failures, and manual checks can make even a well-designed system feel reactive. The first step is knowing which data and automation will create practical value for your farm, pilot, or research environment.
Reduce repetitive manual checks
Identify routine checks and equipment actions that can be supported by schedules, thresholds, alerts, or operating rules without overbuilding the system.
Avoid wasting money on the wrong stack
Clarify which sensors, controllers, AI use cases, and phased upgrades are worth considering based on your goals, constraints, and budget.
Free planning call
What You Get In Your Free Custom Farm IoT + AI Plan
Let’s explore the automation, monitoring, and AI optimization needs of your farm operations. You will leave with clearer priorities, practical next steps, and a better understanding of what is worth building now, what can wait, and how to avoid technology that does not fit your farm or research goals.
- Farm assessment based on your current setup, goals, and constraints.
- Recommended sensors and monitoring priorities.
- Automation opportunities with the highest practical impact.
- AI use cases tailored to your farm or research environment.
- Suggested hardware and software architecture.
- Phased implementation roadmap.
- Budget ranges and priority recommendations.
- Live Q&A with the founder.
From Plan To Implementation With AQPI
Once we understand your farm, AQPI can be configured around your actual needs, from basic monitoring to automation, alerts, camera insights, and AI-assisted decision support. It is modular, scalable, practical, and useful for current farms, new farm projects, commercial sites, research, and education.
Core platform capabilities
- Continuous pH, humidity, air temperature, water temperature, and water level monitoring.
- Manual measurement, maintenance, and yield logging for complete farm records.
- Relay-based device control for equipment such as LEDs, fans, fish feeders, and dosing systems.
- Email alerts for operational issues and threshold breaches.
- Dashboards, automation rules, and alerts configurable without programming.
- Local access through WiFi, Ethernet, or HDMI, as well as remote access from any device with an internet connection.
Advanced sensor integrations
AQPI can be extended with advanced sensors and actuators when your system needs deeper water-quality, nutrient, or equipment visibility.
- Dissolved oxygen
- Electrical conductivity
- Potassium, calcium, ammonium, and magnesium ion-selective electrodes
- Additional sensor and actuator types for custom farm automation
AI-ready farm intelligence
The system is designed to collect clean, structured records for trend analysis, research workflows, and AI assistance.
- Combine sensor readings, manual measurements, camera context, lab results, and automation rules.
- Ask an aquaponics-aware AI assistant about system conditions and operating patterns.
- Build datasets that support continuous improvement instead of one-off troubleshooting.
Why Agri Automata AI
Founder-led support for practical aquaponics intelligence.
Hi, I’m Martin 👋 AI engineer & architect, product builder, and certified aquaponics system designer. I help commercial aquaponics, hydroponics, aquaculture, and research teams collect reliable farm data, monitor complex growing environments, and turn sensors, automation, and AI into practical systems that support healthier plants, better fish welfare, and less manual work. My work combines hands-on aquaponics experience with IoT, data + AI architecture & engineering, and product development.
Ready To See What AQPI Could Do For Your System?
Book a free call and get a custom plan based on your current aquaponics, hydroponics, aquaculture, research, or educational setup. We will identify where monitoring, automation, AI, or AQPI can create the most practical value.
Useful if you are planning a new system, improving an existing farm, adding sensors, or deciding what automation should come first.