Good morning growers,

Today’s special edition is dedicated entirely to the publication of the Middle East Indoor Farming Report 2025 — an in-depth analysis of the region’s controlled-environment agriculture (CEA) landscape, covering both vertical farming and greenhouse production across the GCC and wider Middle East.

This report brings together regional market sizing, crop trends, investment activity, technology adoption, and country-level insights to provide a practical, data-driven view of where the sector stands in 2025 and where it is heading.

A special thank you to Grow-tec for partnering with us on this edition and contributing a case study on their automation solutions for fruiting crops in vertical farming environments.

Download the full report here.

📌 Key Takeaways from the 2025 Edition

• The Middle East fruits & vegetables TAM is valued at USD 53.5 billion in 2025.

• The grower SOM for CEA is estimated at USD 2.87 billion, with greenhouses accounting for ~92% of regional production.

• The broader CEA ecosystem, including solution providers, is valued at USD 3.6–4.0B.

• The UAE and Saudi Arabia continue to lead in high-tech adoption; Egypt and Turkey drive production scale.

• The report features a dedicated Grow-tec case study highlighting automation strategies for energy-efficient fruiting-crop production in vertical systems.

📊 What’s Inside the Report

Regional Market Overview

A full breakdown of TAM, SAM, and SOM for fruits and vegetables across the Middle East, adjusted for income levels, import dependencies, and local production capabilities.

Technology & System Adoption

Neutral analysis of greenhouse versus vertical farming adoption, energy considerations, water economics, and operational realities across different climatic zones.

Investment Activity & 2025 Outlook

A review of regional investment patterns, facility announcements, public–private partnerships, and technology-led projects that shaped the first half of 2025.

Country Spotlights

Individual assessments for the UAE, Saudi Arabia, Egypt, Turkey, and the Levant, covering market maturity, policy context, and commercial opportunities.

Case Study: Grow-tec Automation for Fruiting Crops

An examination of Grow-tec’s approach to climate control, sensor-based automation, and modular design for fruiting crops in vertical farming environments. The study outlines operational considerations for growers evaluating high-value crop categories in arid regions.

🌱 Why This Matters for the Region

The Middle East remains one of the world’s most import-dependent regions for fresh produce. As governments prioritize food security and private investment accelerates, controlled-environment agriculture continues to expand — but with different pathways depending on climate, market demand, and energy pricing.

This report helps growers, investors, policymakers, and suppliers understand where opportunities are emerging and how technology choices vary across markets.

📥 Access the Full Report

The complete Middle East Indoor Farming Report 2025 is available below:

👉 2025 Middle East Indoor Farming Report

If you’d like a briefing or see value in additional country-specific cuts, feel free to reach out directly.

Thank you for reading, and thank you again to Grow-tec for their partnership and contribution to this year's edition.

Hello Indoor Farmer Readers! Welcome to this next issue, where we spotlight the game-changing partnerships and smart technologies shaping the future of indoor farming. As new alliances drive deeper integration and unlock growth worldwide, indoor farmers are at the forefront of an ecosystem being transformed by innovation and collaboration.

Recent insights from the iGrow Market Dashboard highlight a continued wave of partnerships reshaping the AgTech and Controlled Environment Agriculture (CEA) ecosystem. In Europe, alliances are increasingly centered on data integration and automation—for example, Viemose DGS partnered with Ledgnd to merge gutter systems with real-time analytics, while Grodan with Hoogendoorn and Priva with Blue Radix are embedding AI-driven insights directly into climate control systems. These collaborations illustrate how the industry is moving toward fully connected growing environments and standardized performance management.

In Asia and the Middle East, partnerships are fueling regional expansion and technology localization. The Agroz–Harvest Today collaboration in Malaysia aims to deploy modular vertical farming units across schools, hotels, and restaurants, strengthening ASEAN food resilience. Similarly, ReFarm Global and IGS’s GigaFarm in Dubai and Silal’s collaboration with Shouguang Vegetable Industry Group in the UAE show how joint ventures are enabling large-scale CEA projects through cross-border expertise and capital alignment.

Educational and research partnerships—such as those between Vertical Harvest and the University of Wyoming, and Harvest Today and the University of Toronto Scarborough—highlight a growing focus on talent development and applied research in sustainable food production. Together, these collaborations signal a maturing sector emphasizing execution, automation, and measurable outcomes over experimentation.

📊 This analysis is based on live data from the iGrow Market Dashboard, which tracks global AgTech activity across funding, partnerships, and innovation.
📅 Interested in understanding market trends or accessing high-quality data for your company?
👉 Schedule a 15-minute call to discover how we can help you navigate the AgTech landscape.

What happened in the world of Indoor Farming

Grodan, Limgroup, and Delphy Report Record Strawberry Yields - Grodan, Limgroup, and Delphy’s Innovative Soft Fruit Center (ISFC) have achieved strawberry yields exceeding 20 kilograms per square meter in an ongoing trial launched in January 2025. The study combines Limgroup’s hybrid seeds with Grodan’s stone wool substrates to test data-driven growing and direct seeding methods as alternatives to traditional tray systems. The trial concludes in October 2025.

Agroz and Harvest Today Partner to Advance Vertical Farming in ASEAN - Agroz and Harvest Today announced their collaboration at the Future Food-AgTech Festival 2025 in Malaysia. The partnership will introduce the Agroz Groz Wall, a localized, pesticide-free vertical farming solution designed for farms, hotels, restaurants, and schools. Together, the companies aim to enhance food security and sustainability across ASEAN markets.

Premier Tech Expands PRO-MIX® AGTIV® Portfolio to Empower Controlled Environment Agriculture Growers - Premier Tech Growers and Consumers has expanded its trusted PRO-MIX® AGTIV® product lineup to better serve Controlled Environment Agriculture (CEA) growers. The enhanced portfolio improves crop productivity and quality while reaffirming Premier Tech’s commitment to excellence in CEA. The official unveiling will take place at the Canadian Greenhouse Conference on October 8th and 9th, 2025, in Niagara Falls, Ontario.

KUBO Trials Emission-Free Strawberry Production in Ultra-Clima Greenhouses - KUBO is testing large-scale strawberry cultivation in its Ultra-Clima greenhouse using an emission-free CO₂ dosing strategy. The trial, which explores yields, quality, substrates, and climate strategies, has drawn international interest, with new projects underway in Canada and Saudi Arabia. A key focus is ensuring healthy young plant supply to enhance grower success, while KUBO’s trial centers serve as global knowledge hubs for sustainable and efficient production.

Raiven Capital Invests in Vertical Harvest to Advance Smart Farming - Raiven Capital has invested in U.S.-based vertical farming company Vertical Harvest, whose Maine flagship produces the equivalent of 250 acres of crops on just half an acre. The partnership integrates AI, Siemens digital systems, and Elevated Signals technology to enhance food security, sustainability, and inclusive employment. Future expansion plans target smart city projects and global climate resilience initiatives.

REWE Green Farming Berlin Reaches Milestone with Topping-Out Ceremony - REWE Green Farming in Berlin-Lankwitz has celebrated its topping-out ceremony for a 2,760 m² facility set to produce over 900,000 salad mixes annually for up to 700 REWE stores. Designed around circular principles, the farm utilizes sunlight, waste heat, rainwater, and existing logistics infrastructure. Its timber structure will store more than 700 tonnes of CO₂, earning the project first place in the “Climate Protection Partner Berlin 2025” competition for innovative planning.

New in Startups

Gooddrop Ltd, a vertical farming company specializing in sustainable cotton, announced the creation of the first garment made from cotton grown in the UK. The fibre was harvested at the company’s research and development facility at the University of Nottingham’s Sutton Bonington campus in mid-August 2025.

Arlington, Virginia-based Area 2 Farms has closed a $9 million funding round to expand its network of local, soil-based indoor farms. The round was led by early-stage venture firm Slow Ventures and tech-focused Seven Seven Six, with additional participation from ANIMO Ventures.

Dubai-based vertical farm Greeneration, founded by Roman Ulyanov, has formed a strategic partnership with agritech firm Harvest IQ. The collaboration focuses on enhancing the UAE’s food security, expanding premium ingredient offerings, and improving the nation’s culinary supply chain. Greeneration supplies hyperlocal edible flowers, specialty leaves, and microgreens to Michelin-starred chefs and 5-star hotels, while Harvest IQ brings expertise in scaling innovation and distribution.

Burro announced the expansion of its fleet at Petitti Family Farms in Lake County, Ohio. The farm will increase its number of Burro Grande robots from 10, deployed earlier this year, to 25 by the end of 2025. The Burro Grandes are currently used to tow heavy payloads of plants and materials across the farm’s 400-acre Ridge Manor site. New workflows, including autonomous spraying, are being introduced to further reduce manual labor demands.

Forever Feed Technologies (FFT) announced that JR Automation (JRA) has made a $4 million strategic investment to fund eight FFT Grow Systems™, with key components ordered in the fourth quarter of 2025. Each system is designed to produce up to 50 tons of ForeverFeed™ sprouted grain daily, reducing water use by 95% compared to traditional alfalfa production.

Grønt fra Nord announced the successful completion of a USD 1.2 million convertible financing round. The investment marks a significant milestone in the company’s growth strategy and reinforces support from both existing and new partners.

UbiQD announced the publication of peer-reviewed results from a landmark greenhouse study funded by the USDA through its National Institute of Food and Agriculture (NIFA). Conducted at the University of California, Davis, the study shows that UbiQD’s luminescent QD-laminated glass significantly enhances plant growth, nutrient uptake, and energy efficiency in CEA systems—without electricity or mechanical input.

Conference Season In Full Swing - Meeting points for the Industry

AgraME 2025 Concludes with Strong Industry Participation and Knowledge Exchange

Image provided by AgraME

Image provided by AgraME

AgraME 2025, held from October 6–7, gathered a diverse mix of AgTech companies, government agencies, researchers, and agribusiness professionals in Dubai. The event featured discussions and exhibitions on next-generation farming technologies, including AI-powered systems, smart irrigation, and precision agriculture.

The AgroFarm Middle East segment presented technical showcases and live demonstrations focused on livestock management and animal health, while the Regenerative Agriculture Conference addressed soil health and climate-resilient farming practices suited to arid regions.

Throughout the two days, attendees participated in meetings, product presentations, and knowledge-sharing sessions centered on food security, sustainable production, and local agricultural development.

According to organizers, AgraME 2025 recorded strong attendance and engagement, reflecting continued regional interest in technology adoption and sustainable farming practices across the agriculture value chain.

Following the first day of AgraME 2025, a reception was hosted by the Consulate of the Netherlands, gathering leading Dutch companies involved in AgTech and horticulture. The event, co-organized by Giovanni Angiolini of Dutch Greenhouse Delta and Nienke Gelderloos, Agricultural Advisor at the Dutch Embassy/Consulate in the UAE, created an excellent platform for dialogue on innovation, collaboration, and sustainable food production.

Reception at the Dutch Consulate in Dubai

We extend our sincere thanks to the Consulate for their warm hospitality and continued efforts to strengthen international cooperation in agriculture and technology.

After AgraME concluded, we were invited by Flora Engineering Services, TTA-ISO, and Priva for a boat tour in Dubai, where we had the opportunity to connect with key leaders and companies shaping the Controlled Environment Agriculture (CEA) industry in the UAE. Special thanks to Olav Scholte of TTA-ISO and Yamen Alkodmani of Flora Engineering Services for their generous hospitality and for hosting a memorable evening of conversation, networking, and collaboration.

Readworthy:

• Feasibility of a joint agricultural data space operated by established service providers: a Bavarian perspective - A participatory feasibility study in Bavaria explored creating a “Bavarian Agricultural Data Space (ADR.BY)” to enhance data exchange among agricultural service providers, finding broad openness to new data management but emphasizing the need for standardized frameworks.

• Whitepaper by TTA-ISO: Food Safety in Vertical Farms - Integrating design, standards, and practicality for maintaining a safe food production environment in vertical farms.

• Vertical farming: productivity, environmental impact, and resource use. - A critical review of vertical farming’s productivity, resource efficiency, and environmental impact, finding that while it achieves high yields and water efficiency for leafy greens, its high energy use and resulting greenhouse gas emissions limit its large-scale sustainability compared to traditional systems.

Conclusion

These recent partnership trends make it clear: AgTech’s momentum now hinges on real-world integration, measurable performance, and scaling up what works. Whether building smarter farms in Europe, enabling regional expansion in Asia, or fostering research-driven innovation in North America, collaborative strategies are turning vision into impact. As the sector consolidates, those able to harness data and alliances will be best positioned to lead the future of sustainable agriculture.

📅 Interested in understanding market trends or accessing high-quality data for your company?
👉 Schedule a 15-minute call to discover how we can help you navigate the AgTech landscape.

Hello Indoor Farmer Readers! We have almost reached Q4 in 2025, and the post-summer conference season has officially kicked off again. Is there a future for Vertical Farming? According to Rick Schneiders from Siemens there is! This year, we have seen more indoor farms and turnkey providers going out of business, as well as a wave of M&A activities. Fueled with new investments and a dramatic rise in debt and private equity funding, the strongest operators are prioritizing efficiency, technology moats, and new crop portfolios—while those unable to adapt are shuttering operations. Is a level playing field finally in sight for indoor ag? While the days of easy funding are gone, the combination of consumer demand for fresher, healthier foods and mounting food security pressures keeps industry optimism alive—if tempered by the lessons learned thus far.

When we zoom out, it becomes clear that the industry conversation often feels like a patchwork of headlines—funding wins, partnerships announced, or another closure making the rounds. What’s missing is a common methodology that helps us put these movements into context and understand their true weight. The graphs below offer a snapshot of recent trends in funding, partnerships, and M&A, but more than numbers, they remind us how much clarity the sector still needs to separate lasting signals from short-term noise.

Data source: iGrow Network

Data source: iGrow Network

What happened in the world of Indoor Farming

LI-COR Launches New HOBO® Data Loggers for Precision Environmental Monitoring - LI-COR’s new HOBO® Data Loggers offer growers advanced precision environmental monitoring, empowering indoor farms to optimize conditions with real-time data for better crop outcomes and resource efficiency.

Nature Fresh Farms Partners with Revol Greens to Enter Greenhouse-Grown Leafy Greens Market - This strategic partnership marks Nature Fresh Farms’ bold entry into greenhouse-grown leafy greens, demonstrating a growing trend of collaboration to scale sustainable production with quality and efficiency.

Moleaer Partners with Xylem to Scale Nanobubble Technology for Wastewater Treatment - Moleaer and Xylem are joining forces to expand the adoption of nanobubble technology, enhancing wastewater treatment solutions that support sustainable water management for large indoor and vertical farms.

NY Sun Works Partners with Birmingham City Schools to Launch Hydroponic Classrooms - NY Sun Works is empowering the next generation of growers by bringing hydroponic classroom programs to Birmingham City Schools, linking education with hands-on sustainable farming innovations.

Nasekomo Hits Insect Reproduction Milestone - Nasekomo has reached a milestone in Black Soldier Fly (BSF) reproduction, producing ~25g of eggs per cubic meter per day. This output makes the company’s technology suitable for mid- to large-scale insect farming operations. The achievement stems from advances in genetics (via its FlyGenetics program), biology, and industrial process design at its “MultiFly” Multiplication Center. It follows progress made in Nasekomo’s automated vertical rearing platform earlier in 2025.

New in Startups

The AgTech industry has surpassed a new milestone with over $1 billion in funding this year. Innovations are speeding up across the board, fueling the scale-up of robotic organic farms and AI-driven growing platforms. Here is what happened in the world of startups particularly in Indoor Farming:

NeoFarm Raises €30M to Scale Robotic Organic Farms Across Europe - Accelerating their robotic organic farm rollout, solidifying their vision to revolutionise European farming through automation and sustainability.

Singrow Raises $4.5 Million Series A For Expansion - Singrow is fueling expansion with fresh capital, focusing on delivering smarter indoor farming solutions and new crop portfolios that meet rising demand.

INNOFarms.AI Launches GrowSmartRobotics at GVF 2025 Dubai - A cutting-edge platform leveraging AI and robotics for plant health and precision harvesting, showcased at the landmark Global Vertical Farming Show Dubai.

Charlie Guy Outlines LettUs Grow’s Shift To Greenhouse Partnerships & Advanced Aeroponics - A strategic pivot toward greenhouse partnerships and aeroponic technology as they seek higher yields and wider market penetration.

Conference Season Resumed - Meeting points for the Industry

Global Vertical Farming Show in Dubai: The 6th Global Vertical Farming Show (GVF) 2025 Dubai took place under the patronage of the UAE’s Ministry of Climate Change and Environment, with participation from international and regional stakeholders.

• Exhibitors presented technologies in lighting, hydroponics, automation, AI, and turnkey farm systems.

• INNOFarms.AI introduced its new GrowSmartRobotics platform, designed for controlled-environment agriculture, greenhouses, and orchards.

• Conference discussions addressed profitability, scalability, policy support, and competitive pressures from imported produce.

• Regional investment analysis highlighted a gap between outbound capital flows and funding directed to MENA-based startups.

CEA Summit East in Virginia: Indoor Ag-Con and the Controlled Environment Agriculture (CEA) Innovation Center — a joint project with Virginia Tech’s School of Plant and Environmental Sciences, the Institute for Advanced Learning and Research (IALR), and the Virginia Seafood Agricultural Research and Extension Center

• CEA East is very much a farm-first conference with a focus on production, profitability, and what really works on the ground.

• Simple insights can drive big results: Success often comes from doing the basics really well.

• Sessions like the one on plant breeding and variety selection highlighted how aligning genetics with production goals can unlock consistency, quality, and efficiency for growers.

• The trade show leaned educational, creating a great space to learn, ask questions, and walk away with actionable ideas.
  

Source: Women in CEA

Women in CEA at Summit East

Dinner With The FoodPreneurs Collective in Dubai

Dinner Co-Organized With The FoodPreneurs Collective in Dubai: We were delighted to co-organize a wonderful dinner with FoodPreneurs at Culinera Dubai. A special thank you to Sascha Dutta, Tammy Ho, and Jamal Maxey for helping make the evening possible.

It was inspiring to see so many new and familiar faces come together for great food and conversations. We enjoyed connecting with Lorenzo Hernández Duarte, David Selakovic, Balazs L., Chadha Ben Mahmoud, Lukas Verner, Sylvain Perret, Theoharis Ouzounis, and Tristan Fischer, among many others.

Events like this remind us of the strength and creativity of our community in Dubai and beyond. To be invited to future in-person gatherings we’ll be organizing, you can join the iGrow Network at network.igrownews.com.

VertiFarm in Munich: 9th AVF Vertical Farming Summit 2025: A Platform for Collaboration and Inspiration

• Global and political recognition: Keynotes from UNEP Copenhagen Climate Centre and Bavarian Minister Hubert Aiwanger highlighted the global relevance of Vertical Farming (VF) and political support for integrating innovative concepts into existing agricultural systems.

• Diversity and inclusion focus: The Women in AgTech Panel underscored the importance of gender equality as a driver of innovation, with the audience’s strong engagement reinforcing the need for visibility and inclusion.

• Collaboration and innovation pathways: Dialogue between science and industry emphasized cooperation, with concrete proposals like energy alliances between farms to stabilize costs and strengthen resilience.

• Urban food systems and future roadmap: Pillar IV discussions stressed the central role of cities in implementing VF, calling for a joint White Paper to embed the sector into urban climate and food strategies, while the Startup Challenge showcased the sector’s creativity and disruptive ideas.

Source: VertiFarm

Source: VertiFarm

Future Food Forum 2025: UAE Food Cluster Vision and Industry Growth

• National food cluster strategy: H.E. Abdullah bin Touq, Minister of Economy & Tourism, outlined ambitious targets to reduce food import dependency, create 20,000 jobs, and add $10 billion to GDP through the UAE food cluster.

• Public–private collaboration: Saleh Lootah, Chairman of the UAE Food & Beverage Business Group, emphasized long-term efforts to align government and private sector stakeholders under one unified growth agenda.

• Entrepreneurship and SME growth: HE Najla Al Midfa, Vice Chair and Managing Director of the Emirates Growth Fund, highlighted growth equity’s role in scaling SMEs, bridging financing gaps, and positioning UAE-based companies as global champions.

• Franchising as a growth engine: H.E. Noor Altamimi, Chairwoman of the Emirates Franchise Association, positioned franchising as a tool for innovation and scale, building UAE’s role as both a global destination and launchpad for food brands.

• Logistics and resilience: Abdulla Al Hashmi, COO of DP World GCC Parks & Zones, addressed global supply chain challenges, stressing the UAE’s role as a secure trade gateway supported by advanced logistics and technology.

• Consumer trends and future outlook: Ghassan Aboud, Chairman of Ghassan Aboud Holding, shared insights on changing consumer behaviors, the rapid rise of e-commerce in UAE food and beverage, and new opportunities driven by Gen Z demand and hyper-personalization.

Readworthy:

• Discover why smarter horticulture paired with robotics is crucial for climate action: Why climate action must include smarter horticulture – and how robotics can help

• Learn about the GCC’s rising demand for Dutch post-harvest and agri-logistics solutions: GCC fact-finding mission confirms demand for Dutch agri-logistics and post-harvest solutions

• Deep dive into modern indoor farming and food safety challenges with the latest FAO report: Modern indoor farming and food safety

• Reflect on sustainability progress with a thoughtful piece marking shifts from agenda to action: From Agenda to Action: Then and Now - Reflections on sustainability across time

Jobs & Opportunities in the Industry

• Support renewable energy supply for Greenhouses: Voltiris is hiring!

• Take one module of the free hydroponics course and secure a paid internship at a Greenhouse

Conclusion

Data source: iGrow Network

Data source: iGrow Network

We’ve nearly reached Q4 of 2025—a milestone in a year marked by dramatic change for our sector. Post-summer, the conference season reveals an industry in transition: major vertical farms and solution providers have exited or been absorbed, and M&A activity is the new norm. While many have faced tough realities—closures, bankruptcies, and shrinking funding—there’s a palpable sense of renewal among the survivors. Established players are consolidating scale, while innovators are doubling down on product diversification, efficiency, and technology. Resilient operators are leveraging new business models and capitalizing on global food security and sustainability trends.

The good news? As more players push for transparency and better benchmarking tools, the path toward a shared, data-driven understanding of our industry is finally beginning to take shape. We’re not at a true level playing field yet—the sector is still in the thick of market consolidation—but the momentum is building. Step by step, the groundwork is being laid for a more stable, competitive, and opportunity-rich future for controlled environment agriculture.

Welcome to the next edition of Indoor Farmer, where we dive deep into one of the world’s most captivating and valuable crops—saffron. Often called “red gold,” saffron marrying ancient tradition with cutting-edge indoor farming innovation is more than a trend; it’s a transformation. Whether you’re an experienced grower looking to diversify or simply curious about what makes saffron tick indoors, this edition offers practical insights, trusted best practices, and a glimpse into the exciting companies leading the way. Let’s embark on this fragrant, vibrant journey together!

In this edition, uncover everything you need to know about indoor saffron cultivation—from sourcing the best bulbs and mastering precise growth conditions to harvesting and drying for premium quality. Plus, meet industry pioneers who are pushing boundaries with AI, robotics, and sustainable tech to redefine how and where this luxurious spice is grown. If you’ve ever wondered whether saffron still holds its place under grow lights, this newsletter is your ultimate guide.

Including:
Buying Saffron Bulbs: Sourcing healthy, undamaged bulbs (15-30g) from trusted regions like Netherlands, China, Morocco, Algeria, Greece; best bought July–September (N. Hemisphere).

• Indoor Growing Protocols: Precise conditions for success including temperature ranges between transplanting to flowering, humidity control, light, CO₂ levels, and chilling periods.

• Harvest and Drying: Daily harvest at peak flowering & drying to ensure quality preservation.

• Classification & Market Pricing: Overview of saffron grades (Sargol, Negin, Poshal, etc.) with price ranges by region.

• Disease Management: Common pests/diseases (mites, Rhizoctonia); prevention and stable climate control.

• Technology Innovations: AI, robotics, smart LEDs, IoT sensors, and sustainability drive modern indoor saffron farming with better yield and quality.

• Industry Innovators: Profiles of Veles Farming (Slovakia), BlueRedGold (Sweden), and Saffron Tech (Israel) leading the way with unique business models and markets.

Indoor farming is rapidly gaining momentum across Europe, with each country navigating its own mix of climatic, economic, and policy variables. Technological innovation, sustainability goals, and food security strategies are accelerating the adoption of Controlled Environment Agriculture (CEA) throughout the region.

The newly released 2025 European Indoor Farming Report, developed in partnership with Grow-tec, Würth Elektronik Group, and the AVF Summit powered by VertiFarm, provides a comprehensive regional breakdown and deep dive into one of the world’s most advanced indoor farming ecosystems: the Netherlands.

📥 Download the full report here.

🌍 Regional Trends: Fragmented Growth, Common Drivers

Europe’s indoor farming market is evolving in distinct ways depending on geography, policy, and market maturity. Yet several shared factors are shaping the overall momentum:

• Technology Integration: CEA adoption is being driven by the implementation of automation, AI, energy-efficient LED lighting, and advanced fertigation systems—especially where return on investment (ROI) is clearly measurable.

• Urbanization and Sustainability: Demand for locally grown, pesticide-free produce is growing. Governments and cities are increasingly integrating indoor farming into sustainability, circular economy, and food security strategies.

• National Highlights:

  • Germany is focused on smart energy management and large-scale automation.

  • France emphasizes urban farming pilots and agri-tech innovation zones.

  • Spain leverages its greenhouse legacy, with water-conserving indoor models expanding.

  • Italy explores high-value specialty crops like herbs and baby greens.

  • The Netherlands maintains global leadership in greenhouse design and export capacity.

• Key Crops: Tomatoes lead in volume and value, followed by leafy greens, strawberries, cucumbers, and peppers—reflecting both consumer demand and crop suitability for vertical and greenhouse systems.

• Policy Context: CEA is increasingly being discussed in EU frameworks addressing food sovereignty, decarbonization, and rural development. Access to CAP funding, energy tax incentives, and innovation grants remains critical in most regions.

🇳🇱 Country Focus: The Netherlands

Despite its small size, the Netherlands continues to be a benchmark for greenhouse horticulture and indoor farming infrastructure. Its blend of agri-tech innovation, public-private collaboration, and export-oriented business models makes it a standout.

Industry Overview (2023 Data):

• 1,110 active greenhouse growers operate over 10,300 hectares, with more than 50% used for vegetable production.

• Tomato yields now exceed 50 kg/m², highlighting the role of technology in maximizing output per square meter.

• Consolidation continues: While the number of producers declines, larger players are expanding their footprint and vertical integration.

Global Supply Chain Role:

• The country’s horticultural supply chain benefits from close cooperation between R&D institutions, manufacturers, and growers, ensuring fast deployment of innovations.

Technology Highlights:

• LED lighting systems tuned for crop-specific growth stages

• AI-based climate control and yield forecasting tools

• Closed-loop water recycling and fertigation

• Modular systems to support phased expansion and retrofitting

Public Support Mechanisms:

• Subsidies and CAP co-financing support R&D, automation, and energy transitions.

• Energy-intensive operations benefit from targeted tax relief schemes and sustainability funding—although long-term industry resilience may require reduced dependency on state support.

📈 Market Outlook: Growth with Guardrails

The European commercial greenhouse market is projected to reach USD 3.72 billion by 2030 (source: Mordor Intelligence). While CEA is scaling across the continent, challenges remain:

• Energy Dependence: High energy costs, especially for heating and lighting, have become a key factor in project feasibility and financing models.

• Labor Shifts: As manual labor declines, demand rises for technical roles in system management, maintenance, and data analysis.

• Investor Expectations: Investors increasingly seek clear ROI pathways, operational efficiency, and energy-neutral infrastructure—particularly in newer vertical farming models.

• Regional Resilience: As other regions accelerate domestic production, countries like the Netherlands may need to reassess reliance on export-led strategies.

🤝 Report Partners

This edition of the European Indoor Farming Report was developed in collaboration with:

• Grow-tec – specialists in turnkey vertical farming systems

• Würth Elektronik Group – leading provider of efficient horticultural lighting and power systems

• AVF Summit powered by VertiFarm – a platform for global knowledge-sharing on vertical farming and next-gen food systems

The report includes insights from technology providers, growers, and policymakers across Europe, offering a nuanced picture of indoor farming today and its direction moving forward.

📥 Access the full report now.

Automation is becoming increasingly relevant in European indoor farming. From robotic transplanters to AI-powered monitoring systems, automation technologies are being introduced to improve operational efficiency, consistency, and resource management. The 2025 Europe Indoor Farming Report, supported by Grow-tec, Würth Elektronik Group, and the AVF Summit powered by VertiFarm, offers a detailed overview of how controlled environment agriculture (CEA) operations across the region are incorporating automation, while also outlining key implementation challenges.

Readers can download the full report directly here.

Understanding the Automation Journey

The report builds its analysis around a framework adapted from the Society of Automotive Engineers (SAE), originally developed to classify levels of vehicle automation. OnePointOne first reinterpreted this model for vertical farming in a 2019 Agritecture article. The six levels from SAE range from Level 0 (No Automation) to Level 5 (Full Automation).

The OnePointOne classification system outlines six levels of vertical farming automation, beginning with fully manual operations (Level 1) and progressing to full system autonomy (Level 6). These levels represent a spectrum from basic support systems like automated lighting and climate control (Level 2), to intelligent machinery managing specific crop phases (Level 3), to adaptive systems capable of responding to real-time crop needs with minimal human input (Level 4). Levels 5 and 6 envision farms that self-operate and adjust production and logistics automatically, with no human intervention required beyond initial setup.

Across Europe, most greenhouses currently operate at Level 3, where basic mechanization is used to handle repetitive tasks—think conveyor belts, seeding machines, and environmental controls. However, many are now progressing to Level 4: Adaptive Automation. This level features integration of AI and robotics for dynamic functions like intralogistics, data-driven climate control, and even selective harvesting.

Vertical farms, by contrast, briefly aimed to jump directly to Level 5 during the 2019–2021 boom. Fueled by investment and optimism, some companies tried to implement fully autonomous systems. But the reality of high energy costs, complex system needs, and limited ROI led many to recalibrate toward more achievable and cost-effective Level 4 systems.

Early-Stage Innovations Gaining Ground

Europe's indoor farming automation landscape is marked by early-stage applications and pilot programs. Key examples highlighted in the report include:

• ABB’s robotic transplanters at Swedish farm Ljusgårda are enabling delicate and efficient transplanting operations.

• TTA ISO unveils its AI-powered tomato harvesting robot, Harvai®, developed in response to labor and food safety concerns

• Viscon launches its level 4 auto EVA Scoutr during Greentech, Combines robotics, AI vision, geolocation and real-time data. Detects pests and diseases as small as 0.012 mm.

• Certhon’s ARTEMY robot offers automated crop inspection and care, helping reduce labor needs while maintaining quality.

These innovations span multiple production stages, from seeding and substrate preparation to packaging and logistics. However, broad adoption is still limited by high upfront costs, interoperability concerns, and the availability of relatively low-cost labor in some regions.

Grow-tec’s Approach: Practical Automation for Fruiting Crops

In a dedicated contribution to the report, Shlomy Raziel, President of Grow-tec, shares his company's vision of automation grounded in operational practicality.

“Labor can account for around 40% of total project costs,” says Raziel. Grow-tec’s platform, which is tailored for crops like tomatoes and cucumbers, focuses on reducing this burden through modular automation. “In most cases, the return on investment is achieved within three to three and a half years.”

What sets Grow-tec apart is its flexible design. “Our solution is like a Lego set—customizable, scalable, and designed to retrofit existing greenhouses or industrial buildings,” Raziel explains. The platform integrates with equipment from various manufacturers, allowing operators to build upon their existing infrastructure.

Raziel also promotes the concept of “zero distance agriculture.” By positioning farms close to retail hubs, Grow-tec aims to shorten the supply chain, reduce transport emissions, and ensure that produce reaches consumers at peak freshness.

Importantly, Raziel cautions against the misconception that automation displaces human labor. “Automation doesn’t eliminate people—it transforms them into skilled operators,” he says. Grow-tec supports this transition with training programs, systems integration services, and ongoing technical support.

The Landscape for Automation Companies

The report also includes a landscape overview of companies working at various stages of automation in indoor farming, showcasing the diversity of players across seeding, nutrient delivery, crop handling, monitoring, and packaging. This visual map highlights both established technology providers and emerging startups involved in automation. It is not exhaustive but offers insight into the wide range of tools currently in development or deployment. These companies contribute to different aspects of the automation value chain, reflecting the modular and integrative approach many operators are adopting as they transition toward higher levels of automation.

Challenges Still Holding Back Full Automation

Despite visible progress, the report outlines several barriers to scaling automation more broadly:

• High capital expenditure: Costs remain a major barrier for small and mid-sized farms, especially in a post-COVID, post-energy crisis economy.

• Lack of regulatory clarity: Unclear standards around automation technologies and labor displacement slow decision-making.

• ROI uncertainty: Investors remain cautious following early vertical farming failures linked to unsustainable automation plans.

• Workforce readiness: Transitioning from manual to automated systems requires significant retraining and cultural adaptation within teams.

As a result, many operators are taking a phased approach—investing in automation for one or two processes rather than attempting full-system upgrades.

The Road Ahead For Automation In Europe

The 2025 Europe Indoor Farming Report concludes that adaptive automation—not full autonomy—is the more sustainable and realistic pathway for most operators today. Technologies are becoming more modular, interoperable, and cost-effective, but challenges persist.

Still, the direction is clear: whether through robotic harvesters, AI-powered climate control, or integrated logistics platforms, automation is set to play a central role in Europe’s indoor farming future.

📘 Read the Full Report
For a complete overview—including in-depth case studies, stakeholder insights, and the full automation landscape:

👉 Access the 2025 Europe Indoor Farming Report

🚀 Now Available: 2025 Europe Indoor Farming Market Research Report

We’re pleased to announce the publication of the 2025 Europe Indoor Farming Report, offering a detailed look at Europe’s evolving Controlled Environment Agriculture (CEA) landscape—spanning vertical farms, greenhouses, and emerging technologies.

Co-authored by Sepehr A. Achard and Thea-Isabella Otto, the report covers:

• Investment and M&A trends across greenhouse and vertical farming

• The current state of automation, robotics, and AI integration

• Regional comparisons: growth hotspots and policy landscapes

• Leading crops, technological innovations, and cost-efficiency benchmarks

🔍 Featured Insight:

🤖 On Automation:

🎯 Who Should Download This Report?

CEA operators, technology providers, investors, policy stakeholders, and researchers seeking regional benchmarks, business models, and strategic insights.

📥 Access the Full Report

This report was made possible with the support of our partners:

• Grow-tec – delivering modular, automation-driven CEA systems

• Würth Elektronik – pioneering horticulture LED and optoelectronic technologies

As controlled environment agriculture (CEA) gains traction across Europe, the differentiation and overlap between vertical farms and high-tech greenhouses are becoming increasingly nuanced. Whether stacked vertically or built under glass, these growing systems rely on a complex mix of hardware, software, and data to deliver predictable harvests with minimized input waste. What was once a domain of standalone solutions is now rapidly evolving into interconnected systems, emphasizing integration and interoperability.

What We Cover in This Edition

• From Hardware to Ecosystems: How integration and software interoperability are taking center stage in CEA design.

• Technology Mapping: A side-by-side comparison of the tools used across vertical farms and high-tech greenhouses in Europe.

• Robotics and Automation: Key players and limitations in the current deployment of transplanting, harvesting, and intralogistics robotics.

• Startup Support and Innovation Networks: The role of European accelerators, incubators, and funding programs in advancing AgTech solutions.

• Circularity and Sustainability: How carbon capture, renewable energy, and closed-loop systems are shaping the future of indoor agriculture.

• Flagship Projects: Spotlight on initiatives like the UK’s V-FAST Consortium and Skytree’s DAC solution for on-site CO₂ generation.

• Policy and Research Alignment: Insights into how field trials, cross-border programs, and the EU’s Green Deal are steering long-term sector growth.

Shifting from Hardware to Ecosystem Integration

After years of advancement in hardware such as irrigation systems, lighting, and HVAC units, the spotlight has turned toward how these components communicate and operate together. This convergence demands unified software platforms, sensor-driven automation, and precision agriculture tools that adapt in real-time.

"The ecosystem around the equipment is where gains will be found moving forward," said one European greenhouse operator. "We’re no longer just buying machines—we’re investing in systems that talk to each other."

Recent robotic applications reflect this trend, even if not yet at peak performance. Examples like ABB’s transplanter for Ljusgårda, Viscon’s tissue culture planter, and Certhon’s ARTEMY illustrate attempts to automate labor-intensive tasks. Despite early deployments, many systems remain cost-prohibitive or too slow for full commercial scalability.

A notable casualty is Seasony, a vertical farming robotics startup that recently ceased operations after struggling to secure funding, despite commitments from early investors. The case underscores the broader scalability issues across the indoor farming sector in Europe.

Mapping the Technology Stack

Technology adoption in vertical farms and greenhouses often overlaps—particularly in areas such as lighting, irrigation, and climate control. However, the requirements diverge when it comes to infrastructure and layering. The following table outlines the most commonly used technologies and whether they are typically found in vertical farms, greenhouses, or both—based on operations across Europe:

(*=nice to have)
Increasingly, European companies are developing systems that serve both models. Nutrient delivery firms like CE-Line and Nutricontrol, crop monitoring platforms like Blue Radix and Priva, and intralogistics providers such as TTA and Viscon are building modular tools that can be tailored to either environment.

Automation and Robotics Landscape in Europe
*Disclamer: This does not include all stakeholders but represents an overview of the different players.

Startup Acceleration and Innovation Support

AgTech innovation doesn’t emerge in a vacuum. Accelerators and incubators such as Rockstart, StartLife, WorldStartup, and The Yield Lab play a critical role by offering seed funding, lab access, and industry mentoring. In Europe, programs like NAK TechLab and Innovate UK are pushing tech validation and commercialization of home-grown agricultural solutions.

These support structures are vital in reducing the time from prototype to practical deployment—particularly for solutions that require physical infrastructure, data training, and field trials.

Toward Sustainability and Circular Integration

Sustainability remains a key driver for technology investment across Europe’s indoor farming sector. From water conservation and renewable energy to carbon recycling and circular farming models, the focus is shifting from isolated sustainability initiatives to integrated, scalable solutions.

Carbon Capture and Reuse
CO₂ is vital for photosynthesis, and greenhouses have traditionally relied on fossil-fuel-derived sources. In response, startups like Skytree are introducing direct air capture (DAC) systems specifically for greenhouse use. Based in the Netherlands, Skytree is developing on-site CO₂ capture technology aimed at reducing emissions and making greenhouses less dependent on industrial CO₂. This aligns with broader EU policy objectives, as the European Commission has identified Carbon Capture and Utilization (CCU) as a strategic pillar—particularly relevant for sectors like horticulture.

Vertical Farming and Energy Innovation
In the UK, the V-FAST Consortium (Vertical Farming and Storage Technologies) is leading efforts to build hectare-scale, low-carbon vertical farms. Backed by Innovate UK and BBSRC, the collaboration includes UKUAT, Intelligent Growth Solutions, RheEnergise, and The James Hutton Institute. Their flagship project, set to launch in Scotland by 2026, will span 10,000 m² and integrate 80 MWh of energy storage through High-Density Hydro® systems. The facility aims to deliver 20–30 times the yield of open-field farming and serve over 60% of Scotland’s population with localized, protein-rich crops.

Renewable Energy and AgriSolar Integration
Europe is also advancing solar energy integration in both greenhouses and vertical farms. Over 200 agrivoltaics projects across the continent now exceed 2.8 GW of capacity, supporting the EU’s broader energy transition goals. Innovations include bifacial and rooftop solar PV, vertical panels on urban sites, and hybrid photovoltaic-thermal systems that generate both electricity and heat. Countries like Germany, Italy, and the Netherlands are piloting dual-use systems that reduce water use, lower emissions, and improve yields.

Research and Policy Support
Institutions such as Inagro and programs like the Interreg Greenhouse Challenge are further validating sustainable practices through field trials and cross-border cooperation. These initiatives are proving essential for accelerating adoption and securing policy alignment with the European Green Deal.

As the sector matures across Europe, greenhouses and vertical farms are converging not only in their sustainability goals but in the technologies they use to achieve them. Success will depend less on choosing between glass or LEDs—and more on the integration, intelligence, and circular design of the systems in place.

Join Us at GreenTech Amsterdam
This editorial is part of our upcoming Europe Indoor Farming Market Report 2025, supported by Grow-tec & Würth Elektronik Group. The full report will be released during GreenTech Amsterdam on June 11, 2025, where you’ll be able to read in-depth analysis, case studies, and exclusive interviews on-site and online.

We are still welcoming additional partners for the report. If you’d like to be featured or learn more about sponsorship opportunities, please reach out to sepehr.achard@igrownews.com.

Don’t miss the opportunity to engage with the insights shaping the future of indoor farming.

What We Are Covering Today:

1. Introduction: Vertical Farming’s Expanding Role in …

2. Industry Adoption: From Pilot Projects to Strategi …

3. Cosmetic Plants in Vertical Farms: Suitability, Cu …

4. Fragility of Cosmetic Crops: Environmental Sensiti …

5. Technical and Operational Challenges

6. Sustainability Impacts

7. Limitations and Need for Further Research

8. Conclusion: Opportunities and Cautions for Cosmeti …

Indoor farming in Europe is entering a key growth phase, with both greenhouses and vertical farms adapting to changing market demands, rising urbanization, and the push for local food production. While greenhouses lead in scale and maturity, vertical farming is gaining ground—despite recent challenges—with a strong focus on automation and energy efficiency. Across the region, countries are following different paths, shaped by climate, policy, and infrastructure. This section explores market size, regional trends, crop focus, key players, and the technologies driving the industry forward.

Market Size and Growth Outlook

The indoor farming industry in Europe is entering a pivotal growth phase, with the market valued at USD 13.28 billion in 2024 and expected to expand at a compound annual growth rate (CAGR) of 12.9% through 2030, according to GrandView Research. This growth is being driven by rising urban demand for local produce, government incentives to reduce food miles, and technological advancements in controlled environment agriculture (CEA).

On a global scale, the greenhouse sector reached USD 25.48 billion in 2022 and is projected to grow at a CAGR of 9.9% through 2030. Greenhouses continue to dominate market share due to lower energy requirements and a mature infrastructure base in regions like the Netherlands (high-tech) and Spain (mid- & low-tech).

Meanwhile, vertical farming remains an area of high interest but mixed performance. Although the segment is forecasted to grow at a CAGR of 20% from 2024 to 2030, operational and financial challenges have slowed progress. Several high-profile companies, including Jungle (France), John Foods Company (UK), Smartkas (Netherlands), and Seasony (Denmark), have halted operations or restructured in recent months, highlighting industry volatility.

Nevertheless, investor interest in indoor farming remains relatively strong. In 2024, European indoor farming companies, across both greenhouses and vertical farms, raised approximately $102 million in disclosed funding rounds. Much of this capital is being allocated toward automation, AI integration, and improving scalability in response to labor shortages and economic headwinds.

Regional Insights: Europe’s Indoor Farming Hotspots

Western and Northern Europe remains the core driver of market activity, thanks to a mix of favorable climates, established agricultural infrastructure, and supportive policy environments. Across key countries, indoor farming has taken distinct trajectories:

Netherlands: A CEA Powerhouse

Over 40% of fresh produce is grown in greenhouses, cementing the country’s position as a global leader in controlled environment agriculture. The Dutch model combines advanced climate control systems, logistics efficiency, and robust export networks. Decades of growing under glass have made growers leading experts in high-tech greenhouse production, posing a hurdle to the adoption of growing in a completely controlled environment. A shift with CEA-tech offering on the supplier side can be reported.

Germany: Big Emphasis on R&D

Educational institutions and innovation hubs are playing a pivotal role in advancing CEA technologies. Cities are emerging as vertical farming hubs from an R&D perspective with Technichal University Munich and Humboldt University Berlin leading in research. Despite the market-shakeout in recent years, investments in urban farming concepts and public-private partnerships are still on the agenda; however, they need to prove significantly stronger business cases. The recent legalisation of Cannabis has increased the indoor farming applications throughout the country.

United Kingdom: Scaling Self-Sufficiency Post-Brexit

A growing number of vertical farming initiatives are being launched, with companies exploring retail partnerships and localised supply chains. Greenhouses, especially in southern England, remain integral to year-round vegetable and herb production.

Brexit has presented the urge for more self-sufficient food supply along the supply chain. The UK government has made tens of millions of pounds available in the past two years for greenhouse and vertical farming through grants, R&D partnerships, and energy transition funds. The sector is also newly eligible for major energy transition funding, further increasing available resources.

France: Incentives To Grow The Technology

Government incentives continue to support greenhouse projects, particularly in the west. Brittany serves as a major tomato production centre, while vertical farming has begun to gain traction in urban environments such as Paris and Lyon. Some technology providers are created but face

Spain: Another Greenhouse Powerhouse

The Almería region remains a dominant force in greenhouse-grown fresh produce, benefiting from abundant sunlight and a mature agricultural workforce. Spain is also witnessing early-stage exploration into vertical farming technologies tailored for Mediterranean climates. The planetary pressures, soil depletion and water shortages are creating the intensive need to shift production methodologies.

Scandinavia: Facing Food Security Concerns

The Nordic countries and Eastern Europe are beginning to emerge as secondary growth markets, driven by food security concerns and innovation funding. Scandinavia has had the lowest barriers of market entry when it comes to consumer acceptance, cost of operation and available technology. However, the total market size and population density is minor compared to the rest of European regions. Countries such as Sweden & Denmark are piloting both greenhouse and vertical systems, albeit at a smaller scale compared to Western Europe.

Crop Focus by Technology

Greenhouses:

• Fruiting crops such as tomatoes, cucumbers, aubergines, and bell peppers.

• Floriculture and leafy greens, including aromatics and lettuce.

• Commonly utilize hydroponic and at times aquaponic systems to enhance nutrient efficiency and reduce water usage.

Vertical Farming:

• Primarily leafy greens and herbs.

• Expanding into plant nurseries and experimental fruiting crops.

• Increasing deployment of hydroponics, aeroponics, and fogponics to improve root oxygenation and yield.

Key Players and Investment Activity

Established industry names include Ridder, KUBO, Van Der Hoeven, Certhon, and Priva, with newer players like IGS, Vertical Future, and LettUs Grow advancing smart technology adoption. Notable corporate movements include:

• Intelligent Growth Solutions (IGS): Secured new funding and partnered with ReFarm.

• GrowUp Farms: Announced a significant funding round.

• YASAI & GreenState: Merged to enhance operational synergy.

• TTA & ISO Horti: Merged in a strategic consolidation.

• Avisomo: Raised €5 million for its vertical farming tech.

• Albotherm: Received £500K grant for temperature-controlled tunnel innovation.

Technological Segments and Emerging Trends

Indoor farming continues to diversify across vertical farming, hydroponics, aeroponics, fogponics, and aquaponics, each offering unique benefits regarding water efficiency, nutrient delivery, and spatial optimization. Hydroponics remains the most widely adopted method due to its simplicity and scalability, particularly in leafy green production. Aeroponics, which involves misting plant roots with nutrient solutions, is gaining ground in high-tech facilities due to its superior oxygenation and reduced water usage. Fogponics, an emerging sub-variant of aeroponics, delivers nutrients through ultra-fine vapor and is being trialed for sensitive crops and early-stage propagation. Aquaponics, which combines hydroponics with fish farming, is drawing interest for its closed-loop sustainability model; however, it poses additional challenges to production systems.

Industry-wide trends include:

• Emphasis on scalable and modular business models to attract investment and reduce payback periods.

• Greater integration of renewable energy sources such as solar panels, biogas, and geothermal systems to reduce energy dependence and emissions.

• Widespread deployment of AI and automation for crop monitoring, climate control, and predictive maintenance to address labor shortages and enhance productivity.

• Increased M&A activity as companies seek consolidation to achieve economies of scale and access broader markets.

• Smart greenhouses are adopting automated irrigation, climate control, and energy-saving LED lighting systems to enhance operational efficiency.

There’s also growing interest in diversifying crop categories beyond conventional leafy greens. Companies are experimenting with agroforestry crops, floriculture varieties, and plant tissue culture within controlled environments. These innovations are driven by both market demand and a push toward high-value, niche products that can justify the capital intensity of indoor farming.

Challenges and Considerations

Despite strong growth projections, the European indoor farming industry faces a complex mix of structural and economic challenges:

• Macro-Economic Slowdown and Inflation: Rising inflation across the Eurozone, which reached 5.4% in 2023 before gradually easing, continues to impact input costs such as energy, labor, and transport. As energy prices remain volatile, especially in light of geopolitical tensions, operational costs for climate-controlled environments are significantly elevated.

• Funding Drought and Investment Concentration: According to AgFunder, global AgTech investment fell by over 44% in 2023 compared to the previous year. European indoor farming companies raised only $102 million in 2024, with the majority of this capital directed toward a few high-profile firms, leaving early-stage and mid-size players struggling for liquidity.

• International Competition: Vertical farms in Europe are under competitive pressure from lower-cost imports, particularly from greenhouse operations in North Africa and Southern Europe. The cost differential, driven by cheaper labor and natural sunlight, poses a barrier to price parity for locally-grown produce.

• High CAPEX and OPEX: Building and maintaining high-tech vertical farms can require capital investments ranging from €800 to €2,000 per square meter, depending on location and system complexity. These costs are often prohibitive without substantial government incentives or long-term contracts.

• Regulatory Complexity: The European Union's regulatory framework remains fragmented and often inconsistent across member states. Operators report frequent legislative changes that increase compliance burdens and delay project implementation. “Each new law aims to solve one issue and ends up creating six,” noted one industry insider.

• Shrinking Public Support: Government subsidies and grants, previously vital to industry growth, are becoming more limited. Many national and EU funding programs have narrowed their eligibility criteria or shifted focus toward broader sustainability and biodiversity goals, which do not always align with indoor farming models.

As the industry evolves, stakeholders must balance technological ambition with financial feasibility, manage regulatory risks, and identify value-added strategies to remain competitive in a tightening funding environment.

Conclusion

• Europe’s vertical farming market is still growing, with Germany, the UK, France, and Scandinavia as leaders.

• Economic challenges persist, especially around investment and energy costs, but falling energy prices and new technologies are improving viability.

• Smart greenhouses and climate control tech are major trends, with IoT and automation driving efficiency.

• EU funding and policy support are catalysing innovation and expansion, especially in urban centres, yet are currently stagnant on CEA-specific support.

Indoor strawberry farming has emerged as one of the most discussed opportunities in controlled environment agriculture (CEA), driven by strong consumer demand for year-round fruit, food security concerns, and advancements in agtech. This edition presents a comprehensive feasibility study drawing from expert interviews and industry research to answer one critical question: Can strawberries be grown indoors profitably?

Special thanks to Katia Zacharaki, CEO, Inophyte Consulting & Ophelia Sarakinis, co-CEO of Gush Farms

What We Are Covering Today:

• 📊 Market Trends & Industry Context For Indoor Str …

• 🌿 Crop Requirements: Climate, Light, and Nutritio …

• 🛠️ Technology & System Design For Strawberry Farm …

• 💸 Economics: Costs, Revenue, and Risk Of Indoor S …

• ⚠️ Challenges to Indoor Strawberry Production

• 🌺 Opportunities & Differentiators

• 🌟 Case Study - Oishii

  • Technology Implementation

  • Production Scale

  • Pricing Strategy

  • Renewable Energy & Sustainability

  • Expansion and Acquisitions

  • Challenges and Outlook

• 🧰 Conclusion: Is Growing Strawberries In Vertical …

Disclaimer: This report is a condensed version of a more comprehensive market report that will be distributed during Indoor Ag-Con. The content provided is for informational purposes only and does not constitute investment advice.

Grow-Tec: Delivering precision-engineered solutions that enable ultra-high-yields, cost-effective indoor vertical farming for fruity vegetable cultivation—anywhere, anytime.

Enabling a future where ultra-fresh, affordable, and sustainable produce is grown locally - solving the challenges of import dependency, climate volatility, and resource constraints. Our high-yields indoor vertical farming solutions ensure economically viable food security today, while paving the way for autonomous food production systems that will transform supply chains in the future

For over 20 years, Grow-tec has been at the forefront of Controlled Environment Agriculture (CEA), pioneering high-yield, resource-efficient farming solutions. With deep expertise in advanced greenhouse technologies and indoor cultivation systems, we have developed the world’s only fully indoor, economically viable indoor vertical farming solution for tomatoes, cucumbers, and peppers.

Discover The Company

Disclaimer: This study is not an endorsement or promotion of indoor pea farming but rather an exploration of potential opportunities and challenges in crop diversification for controlled environment agriculture. We encourage all growers, investors, and researchers to conduct their own due diligence before pursuing new crops in indoor farming.

Dear Reader,

We are thrilled to announce exciting changes at The Indoor Farmer! As we continue to grow and deliver top-tier insights into the indoor farming industry, we’re introducing Thea-Isabella Otto as our newest contributor. Thea brings a wealth of expertise and a fresh perspective to our newsletter, enhancing the depth and quality of content you’ve come to rely on.

About Thea-Isabella Otto

Thea is a recognized voice in the indoor farming sector, known for her insightful analysis and dedication to advancing controlled-environment agriculture. Her contributions will include in-depth features, data-driven reports, and exclusive interviews with industry leaders. With her on board, The Indoor Farmer is poised to become even more indispensable to your work. Discover her entire profile on LinkedIn here.

Transition to a Paid Model

To continue providing high-quality, comprehensive coverage of the indoor farming landscape, we are transitioning to a subscription-based model. Starting Today, The Indoor Farmer will offer a paid plan with exclusive benefits:

• Access to premium content: Deep dives into trends, market reports, and expert interviews.

• Industry forecasts: Data-backed insights to help you stay ahead of the curve.

• Direct access to experts: Submit questions and topics for our contributors to address.

• Ad-free reading experience.

We are committed to delivering exceptional value to our readers, and this change ensures we can maintain our standards while expanding our offerings. Rest assured, there will still be a free tier available, featuring occasional reports & snippets of premium content for those not ready to commit to a paid plan.

Get Ready to Join!

Stay tuned for more details on our subscription plans and pricing in the coming weeks. Early-bird discounts will be available for loyal subscribers like you, so watch this space!

Thank you for your continued support as we take this bold step forward. With Thea Otto on board and a new model in place, The Indoor Farmer is your trusted companion for staying informed in the ever-evolving world of indoor agriculture.

Warm regards,
The Indoor Farmer Team

📩 Questions? Reply to this email, and we’ll be happy to help!