20 Vertical Farming Companies Actually Operating at Scale in 2026
Top vertical farming companies in 2026. Explore 20 companies operating at scale—from startups to global leaders using AI and CEA systems.
April 28, 2026
14 minutes read
Looking for the top vertical farming companies in 2026? Here are 20 companies actually operating at scale, from emerging startups to global indoor agriculture leaders. These companies use AI, automation, and controlled environment agriculture (CEA) systems to deliver consistent, real-world food production.
Quick Overview: Top Vertical Farming Companies in 2026
For readers who want the highlights before exploring the full list, these five companies consistently stand out for their scale, technology maturity, and real-world production output.
| Company | Founded | Region | Key Technology | Scale |
|---|---|---|---|---|
| AeroFarms | 2004 | USA | Aeroponics + AI | Commercial |
| Bowery Farming | 2015 | USA | AI + Hydroponics | Commercial |
| Plenty | 2014 | USA | Robotics + AI | Commercial |
| Gotham Greens | 2009 | USA | Hydroponics + Greenhouse | Commercial |
| Intelligent Growth Solutions | 2013 | UK | Modular Systems + LED | Commercial |
Explore the full breakdown of all 20 companies below, including emerging startups shaping the next phase of vertical farming.
What Defines a Scalable Vertical Farming Company?
Not all vertical farming companies operate at a commercial scale. Many remain in pilot stages without consistent production output or proven economics.
The companies listed here are selected for their ability to deliver real-world production, expand operations beyond initial facilities, and maintain consistency through automation and data-driven systems. This helps distinguish scalable operators from early-stage or experimental projects.
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Top Vertical Farming Companies Operating at Scale in 2026
These companies go beyond pilot projects, delivering real-world production at commercial scale across different regions. While not ranked, they reflect the current state of vertical farming, from established operators to emerging players using AI and automation to grow efficiently and consistently.
1. AeroFarms
Aerofarms
Aeroponics-based vertical farming operator using AI for precision crop control
AeroFarms operates indoor farms using proprietary aeroponic systems that deliver water and nutrients directly to plant roots. Its platform combines plant science, AI, and data analytics to optimize growing conditions and ensure consistent yields.
- Founder(s): David Rosenberg, Marc Oshima, and Dr. Ed Harwood
- Founding Year: 2004
- Headquarter: Danville, Virginia
2. Bowery Farming
Bowery Farming
AI-powered vertical farming operator built around its proprietary BoweryOS system
Bowery Farming produces leafy greens in controlled indoor environments using hydroponics and automation. Its BoweryOS platform integrates sensors and machine learning to manage crop growth with high precision.
- Founder(s): Irving Fain, David Golden, and Brian Falther,
- Founding Year: 2015
- Headquarter: New York, USA
3. Plenty
Plenty
Robotics and AI-driven vertical farming operator focused on high-efficiency production
Plenty develops indoor farms using plant-specific environments, combining advanced lighting, airflow systems, robotics, and AI-driven controls. This enables consistent production with optimized resource efficiency.
- Founder(s): Matt Barnard, Nate Storey, Jack Oslan, and Nate Mazonson.
- Founding Year: 2014
- Headquarter: South San Francisco, California, USA
4. Intelligent Growth Solutions
Intelligent Growth Solutions
Modular vertical farming technology provider for industrial-scale deployment
Intelligent Growth Solutions (IGS) builds vertical farming towers combining LED lighting, automation, and software-driven climate control. Its modular systems are designed for scalable food production in constrained environments.
- Founder(s): David Scott, David Farquhar, and Dave Scott
- Founding Year: 2013
- Headquarter: Inverkeithing, Fife, United Kingdom.
After reviewing some of the leading vertical farming companies, here’s a quick comparison based on scale, technology, and region.
5. Sustenir Agriculture
Sustenir Agriculture
Urban vertical farming operator supplying high-volume local food markets
Sustenir Agriculture runs indoor farms producing leafy greens for retail and foodservice in dense urban regions. Its hydroponic systems enable reliable year-round production close to consumers.
- Founder(s): Benjamin Swan and Dr. Martin van Rensburg
- Founding Year: 2013
- Headquarter: Singapore
6. YesHealth Group
YesHealth Group
Large-scale vertical farming operator integrating AI, robotics, and hydroponics
YesHealth Group operates high-density indoor farms across Asia, using automated climate control and robotics to produce consistent, pesticide-free crops at scale.
- Founder(s): Winston Tsai
- Founding Year: 2013
- Headquarter: Taipei, Taiwan
While these companies differ in scale and geography, their success increasingly depends on how effectively they use AI to stabilize costs, optimize energy use, and maintain consistent yields an operational reality explored in Vertical Farming with AI: From Controlled Environments to Operational Economics.
7. Nordic Harvest
Nordic Harvest Logo
Industrial-scale vertical farming operator optimized for cold-climate production
Nordic Harvest runs large indoor farms using hydroponics, LED lighting, and automated climate systems to ensure year-round output in northern regions.
- Founder(s): Anders Riemann
- Founding Year: 2016
- Headquarter: Taastrup, Denmark.
8. Gotham Greens
Gotham Greens
Hybrid greenhouse and vertical farming operator focused on urban distribution
Gotham Greens combines hydroponics and greenhouse systems to produce leafy greens in urban locations, enabling efficient distribution and reduced food miles.
- Founder(s): Viraj Puri and Eric Haley
- Founding Year: 2009
- Headquarter: Brooklyn, New York, USA
9. LettUs Grow
LettUs Grow Logo
Aeroponics technology provider delivering soil-free farming systems
LettUs Grow develops aeroponic systems that deliver nutrient-rich mist directly to plant roots, improving growth rates while reducing water usage.
- Founder(s): Charlie Guy, Jack Farmer, and Ben Crowther
- Founding Year: 2015
- Headquarter: Bristol, United Kingdom
10. Urban Crop Solutions
Urban Crop Solutions
Turnkey vertical farming systems provider for commercial deployments
Urban Crop Solutions builds integrated indoor farming systems combining hydroponics, LED lighting, and software-based climate control for scalable production.
- Founder(s): Maarten Vandecruys, Frederic Bulcaen, and Franc Bogovic
- Founding Year: 2014
- Headquarter: Waregem, Belgium
11. CubicFarm Systems
CubicFarm Systems
Automated vertical farming platform using Crop Motion technology
CubicFarm Systems develops automated growing systems that move plants through optimized lighting environments, improving efficiency and reducing energy use.
- Founder(s): Jack Benne and Leo Benne
- Founding Year: 2015
- Headquarter: Langley, British Columbia, Canada
12. Vertical Harvest
Vertical Harvest
Urban vertical farming operator combining food production with social impact
Vertical Harvest produces crops in city-based farms while focusing on inclusive employment and community-driven operations.
- Founder(s): Nona Yehia, Caroline Croft Estay, and Penny McBride
- Founding Year: 2016
- Headquarter: Jackson Hole, Wyoming, USA
13. GrowUp Farms
GrowUp Farms
Commercial vertical farming operator aligned with large retail supply chains
GrowUp Farms produces leafy greens using hydroponics, automation, and renewable energy systems for consistent, large-scale supply.
- Founder(s): Kate Hofman and Tom Webster
- Founding Year: 2013
- Headquarter: London, United Kingdom
14. Sananbio
Sananbio
High-volume vertical farming operator focused on industrial-scale production
Sananbio operates large indoor farms using LED-powered hydroponics to support national food supply and urban distribution.
- Founder(s): Sanan Group
- Founding Year: 2015
- Headquarter: Fujian, China
15. Lufa Farms
Lufa Farms
Rooftop urban farming operator integrating food production into city infrastructure
Lufa Farms runs greenhouse farms on rooftops, enabling local food production and shorter supply chains in urban environments.
- Founder(s): Mohamed Hage
- Founding Year: 2009
- Headquarter: Montreal, Quebec, Canada
Emerging Vertical Farming Startups to Watch in 2026
While the companies above operate at scale, several emerging startups are shaping the next phase of vertical farming.
16. Oishii
Oishii
Premium indoor farming startup focused on high-value fruit production
Oishii grows strawberries in controlled environments using automation and climate systems to ensure consistent quality.
- Founder(s): Hiroki Koga and Brendan Somerville.
- Founding Year: 2016
- Headquarter: Jersey City, New Jersey, USA
17. SweGreen
SweGreen
Regional vertical farming startup focused on sustainable local food systems
SweGreen operates hydroponic indoor farms designed for low-carbon, year-round production.
- Founder(s): Andreas Rylander, Joakim Rytterborn and Pierre Mohlin
- Founding Year: 2019
- Headquarter: Stockholm, Sweden
18. GreenState AG
GreenState AG
AI-driven vertical farming startup building modular production systems
GreenState AG develops IoT-enabled farming platforms to optimize indoor crop production.
- Founder(s): Arsenije Grgur
- Founding Year: 2021
Headquarter: Winterthur, Switzerland
19. Planet Farms
Planet Farms
European vertical farming startup scaling automated retail supply
Planet Farms operates large indoor farms producing leafy greens using automated hydroponic systems.
- Founder(s): Daniele Benatoff and Luca Travaglini
- Founding Year: 2018
- Headquarter: Milan, Italy
20. OnePointOne
OnePointOne
Aeroponics startup combining robotics and AI for precision farming
OnePointOne builds indoor farming systems using aeroponics and automation to improve efficiency and consistency.
- Founder(s): Samuel Bertram and John Bertram
- Founding Year: 2017
- Headquarter: Avondale, Arizona, USA
Comparison of Top Vertical Farming Companies (2026)
| Company | Founded | Type | Scale | Region | Technology |
|---|---|---|---|---|---|
| AeroFarms | 2004 | Operator | Commercial | USA | Aeroponics + AI |
| Bowery Farming | 2015 | Operator | Commercial | USA | AI + Automation + Hydroponics |
| Plenty | 2014 | Operator | Commercial | USA | AI + Robotics + Lighting Systems |
| Oishii | 2016 | Operator | Growth | USA | Controlled Environment + Automation |
| Intelligent Growth Solutions | 2013 | Technology Provider | Commercial | UK | Modular Systems + Software + LED |
| Sustenir Agriculture | 2013 | Operator | Commercial | Singapore | Hydroponics + Climate Control |
| Planet Farms | 2018 | Operator | Growth | Italy | Hydroponics + Automation |
| YesHealth Group | 2013 | Operator | Commercial | Taiwan | AI + Robotics + Hydroponics |
| Nordic Harvest | 2016 | Operator | Commercial | Denmark | Hydroponics + LED + Automation |
| Gotham Greens | 2009 | Operator | Commercial | USA | Hydroponics + Greenhouse Tech |
| LettUs Grow | 2015 | Technology Provider | Growth | UK | Aeroponics + Farm Software |
| Urban Crop Solutions | 2014 | Technology Provider | Commercial | Belgium | Turnkey Systems + Automation |
| CubicFarm Systems | 2015 | Technology Provider | Growth | Canada | Automated Systems + Crop Motion Tech |
| OnePointOne | 2017 | Technology Provider | Growth | USA | Aeroponics + Robotics + AI |
| Vertical Harvest | 2016 | Operator | Commercial | USA | Hydroponics + Urban Farming Systems |
| GrowUp Farms | 2013 | Operator | Commercial | UK | Hydroponics + Renewable Energy |
| SweGreen | 2019 | Operator | Startup | Sweden | Hydroponics + Climate Control |
| Sananbio | 2015 | Operator | Commercial | China | LED + Hydroponics |
| Lufa Farms | 2009 | Operator | Commercial | Canada | Hydroponics + Rooftop Farming |
| GreenState AG | 2021 | Technology Provider | Startup | Switzerland | AI + IoT + Automation |
Criteria for Selecting These Companies
The companies included in this list were evaluated based on how effectively they translate vertical farming concepts into scalable and reliable operations. The focus is on execution, system maturity, and the ability to deliver consistent outcomes in controlled environments.
Key factors considered include:
- Technology Integration – Practical use of AI, automation, and environmental control systems within production workflows
- Scalability – Proven ability to expand operations beyond limited or pilot-scale deployments
- Operational Reliability – Consistent crop output, quality control, and supply continuity
- Resource Optimization – Efficient management of water, energy, and input systems
- Environmental Impact – Reduced dependency on land, water, and chemical inputs compared to conventional farming
These criteria highlight how vertical farming is progressing toward more structured, performance-driven models built around efficiency and reliability.
The Role of AI and Automation in Vertical Farming
AI and automation are increasingly shaping how vertical farming systems operate at scale, enabling greater precision, consistency, and efficiency across production environments. These technologies support real-time monitoring, environmental control, and data-driven decision-making within controlled agriculture systems.
- Across the industry, companies are applying these capabilities to:
- Optimize growing conditions through continuous data analysis
- Improve yield consistency and crop quality
- Reduce resource consumption through precise system control
- Automate repetitive processes across the production cycle
This shift reflects how vertical farming is moving toward more structured and technology-integrated systems designed for reliable and scalable food production.
What is Controlled Environment Agriculture (CEA)?
Controlled Environment Agriculture (CEA) refers to indoor farming systems that regulate temperature, light, humidity, and nutrients to enable year-round crop production. Vertical farming is a subset of CEA that uses stacked growing layers to maximize yield per unit area.
Which Vertical Farming Companies Are Actually Scaling?
While vertical farming has gained significant attention, only a limited number of companies are successfully operating at scale. Many startups and even well-funded players remain in pilot stages or struggle to achieve consistent, profitable production.
Scaling depends on operational efficiency, energy management, and the ability to maintain stable output. High energy costs, infrastructure complexity, and system integration challenges continue to limit large-scale expansion across the industry.
As a result, only a subset of companies can scale effectively. The companies listed here are selected for their ability to deliver real-world production and to expand beyond initial deployments.
Conclusion
Vertical farming is increasingly moving toward structured, technology-enabled systems designed for consistent and efficient food production. The companies highlighted in this list reflect how controlled environment agriculture is being applied in practical, real-world settings across different regions and use cases.
As the industry evolves, the focus is shifting toward operational reliability, resource efficiency, and scalable models that can perform consistently over time. Examining how these companies operate provides a clearer understanding of where vertical farming is delivering measurable impact today.
Read More:
- Vertical farming with AI and controlled environments
- How AI is transforming agriculture
- Precision agriculture strategies and trends for modern farming
- How AI Powers Smart Irrigation in Agriculture
If you’re exploring how vertical farming fits into your sustainability or food production strategy, connect with Omdena to see how applied AI and data-driven systems can help turn controlled environments into scalable, economically viable operations.