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AI & Software

AI and Data in Vertical Farming: The Maedcore + Tierra Case Study

Maedcore and Tierra optimise vertical farms with real-time data analysis: IoT sensors, dashboards and agricultural BI. A real success story.

Written by Maedcore

February 18, 2026 7 min read
Real-time monitoring dashboard for crop conditions in a vertical farm
Real-time monitoring dashboard for crop conditions in a vertical farm

The Challenge: Managing the Complexity of an Urban Vertical Farm

Vertical farming — growing food in stacked layers inside controlled buildings — promises to revolutionise urban food production. However, its efficiency depends on precise control of dozens of simultaneous variables: temperature, light, CO₂, humidity, water pH, nutrients and more. Without advanced technology, this complexity is unmanageable at scale.

Tierra, a leader in sustainable vertical farming, needed a technological solution that went beyond simple sensor control: a platform that connected the farm’s physical data with business intelligence.


The Solution: The Maedcore + Tierra OS Technology Stack

Real-time monitoring dashboard

Tierra OS: Comprehensive Agricultural Business Management

Tierra OS is Tierra’s agricultural operating system. It controls all production and business variables: raw material sourcing, market trend tracking, client-specific production customisation and order management. It is the organisational brain of the farm.

Maedcore Software: IoT Monitoring and Business Intelligence

Maedcore’s technology layer complements Tierra OS with two modules:

Module 1 — Real-Time Monitoring:

Continuously tracks and manages the critical physical conditions of each growing level:

  • Ambient temperature and humidity
  • Light intensity and spectrum
  • Water pH and electrical conductivity
  • CO₂ and O₂ levels

Automatic alerts notify deviations before they affect crops, reducing production losses.

Module 2 — Business Data Analysis:

Business data analysis panel

Beyond physical sensors, the platform aggregates and analyses business data:

  • Sales and revenue by crop and period
  • Customer base and demand patterns
  • Quantities produced vs. targets
  • Performance by variety and growing cycle

This makes it possible to identify which crops are most profitable, anticipate demand and adjust production weeks in advance.


Results: Measurable Benefits of Data in Vertical Farming

Monitoring sensors in a vertical farm

The deployment of this integrated solution delivers quantifiable benefits across three dimensions:

Operational Efficiency: Comprehensive control of growing conditions ensures a consistently optimal environment, eliminating deviations that previously required manual intervention. Farm technicians shift from reacting to problems to preventing them.

Production Optimisation: Analysing historical demand patterns allows adjustment of what and how much to grow, reducing food waste and maximising margins per harvest.

Strategic Decision-Making: Tierra’s management team has consolidated data in a single dashboard to make production, marketing and expansion decisions based on evidence, not intuition.


Market Context: The AgriTech Opportunity

The global vertical farming market will reach $35 billion by 2028, driven by urbanisation, climate change and growing demand for fresh, locally grown food. The enabling technologies — agricultural IoT, artificial intelligence, data analytics and automation — will determine which operators manage to scale profitably.

The Maedcore–Tierra partnership is an example of how data technology turns a vertical farm into a scalable and competitive business.

#vertical farming #IoT #data analysis #smart farming #Tierra #sustainability

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