Economic Pressures and High Costs Challenge Global Controlled-Environment Agriculture as India Eyes Efficiency-Driven Food Production

The global controlled-environment agriculture sector faces significant economic hurdles following the closure of several major indoor farming companies in 2025. Well-known ventures, including Plenty, Bowery, and AeroFarms, accumulated substantial capital losses—such as Plenty raising $940 million, Bowery securing around $700 million, and AeroFarms filing for bankruptcy—underscoring that high production costs and expensive electricity remain persistent challenges for indoor setups.

While indoor farming successfully grows plants using artificial lighting and stacked trays, the economic model has frequently resulted in high consumer prices and niche market positioning. Research from Wageningen University previously noted that specific indoor-grown produce can carry a higher carbon footprint than traditional field-grown equivalents, indicating that technical capability alone does not guarantee economic efficiency.

Industry perspectives suggest that agriculture's adoption of manufacturing principles should focus less on assembly-line mass production and more on efficient, waste-free, and affordable output, similar to Toyota's production philosophy. In this context, geographic and economic factors position India differently compared to Western markets. Western indoor farming models encounter high costs due to land expenses, high wages, and limited sunlight that necessitates artificial lighting.

Conversely, India benefits from abundant sunlight, lower labor costs, and a substantial domestic demand for leafy greens. The country currently produces more vegetables than any nation outside China, though it continues to navigate supply-side bottlenecks, including approximately ₹1.53 lakh crore in annual post-harvest losses between farms and markets. Addressing these issues relies on better coordination and cost management rather than simple output scaling.

Efforts by researchers and engineers utilizing advanced methods like aeroponics—which grows plants without soil while using less water and land—demonstrate potential unit economics for zero-pesticide leafy greens. Achieving affordable, high-quality produce at scale involves tackling engineering challenges, supporting smallholder access to technology, and consolidating plots to match market demand.

"The recent shutdowns in the global controlled-environment agriculture sector highlight a vital lesson for entrepreneurs and investors: technology must be backed by sustainable unit economics. While capital-intensive indoor farming models struggled with high operational costs in Western markets, the Indian agricultural landscape presents unique advantages through natural sunlight, cost efficiencies, and massive domestic demand. For startups in the agritech space, focusing on supply-chain coordination, waste reduction, and scalable engineering will be crucial to making clean and quality food accessible to the broader market." — Dr. Shishir Gupta, Founder & CEO, StartupLanes