Genetics, climate, quality assessment, ethanol, feed: A sector growing at 8.3% CAGR and the ecosystem gaps threatening to waste that growth.
India produced approximately 50 million metric tonnes of maize in 2025-26 across 13.69 million hectares making it the fastest-growing cereal in the country, with production doubling from 22.57 MMT in just a decade. Yet the FICCI-YES Bank India Maize Report, launched at the Summit, delivers an uncomfortable verdict: the value chain remains plagued by quality inconsistencies, weak post-harvest infrastructure, and fragmented market linkages that limit both farmer income and industrial supply security.
The Report was launched during the India Maize Summit. Prepared by YES Bank’s FASAR team, it covers global and domestic production trends, consumption patterns, trade dynamics, and value-chain interventions across 65 pages. Statistics cited in this blog are drawn from this report unless otherwise noted.
The transformation is striking. Until the late 1980s, around 70% of India’s maize went to food consumption. Today, per the report, 93% goes to industrial and feed use 54% to animal and poultry feed, 25% to ethanol, and 14% to the starch industry. Maize has now surpassed both sugarcane and rice as the leading feedstock for ethanol, with 12.5 million MT consumed for ethanol production in 2024-25 alone.
But here is the paradox. Production is surging while the infrastructure to qualify that production barely exists. The report explicitly identifies the missing pieces: insufficient rapid testing facilities, a lack of scientific drying, moisture-related spoilage, and aflatoxin risk across the post-harvest chain. Quality assessment at procurement centres remains visual. End-use specifications fermentable starch for ethanol, Quality Protein Maize attributes for poultry, amylose-to-amylopectin ratios for starch are rarely communicated upstream to the grower.
01 The Productivity Paradox
The report benchmarks Indian states against the global average maize productivity of 6.04 MT/ha. Only five states West Bengal (6.9), Andhra Pradesh (6.8), Tamil Nadu (6.5), Bihar (6.2), and Telangana (5.9) approach or exceed the global benchmark. Top producers like Madhya Pradesh (3.4), Karnataka (3.4), and Rajasthan (1.7) operate well below it. India’s national average sits at just 3.7 MT/ha.
But productivity alone does not tell the story. As the report’s foreword states: while farm-level productivity improvement remains essential, it alone cannot unlock the full potential value of this crop. When a crop begins to serve multiple sectors simultaneously, the pressure on the underlying ecosystem intensifies and without quality infrastructure, that pressure translates into waste, not value.
02 Every Industry Needs Different Maize. Nobody Tests For It.
The report maps distinct quality failures across each end-use sector. Indian maize averages 450 grains per 100 grams, versus 295-300 for the US No. 2 grade preferred by the feed industry. Starch content ranges from 65-70%, compared to 73% in US benchmarks. And aflatoxin contamination the most dangerous quality failure ripples across the entire chain. The report notes that 25% of global food crops are affected by mycotoxins annually, and rapid aflatoxin test kits cost ~₹2,000 per single use economically unviable for most farmers.
| Sector | Impact | Primary Risk |
|---|---|---|
| Poultry & Livestock Feed | Severe | Reduced feed conversion, immunity suppression, higher mortality |
| Dairy & Cattle Feed | High | Aflatoxin B1 converts to M1 in milk direct food safety risk |
| Starch Industry | High | Lower recovery rates, contaminated by-products |
| Food Processing | Severe | Regulatory non-compliance, recall risk, brand damage |
| Ethanol / DDGS | Moderate | Toxins survive fermentation, concentrate in distillers’ grains |
03 What Happens When You Actually Build Quality Infrastructure
At RootsGoods, we have deployed AI and bioinformatics-based quality certification at the farm and FPO level across five states. Farmers photograph their grain; deep learning models assess moisture, fungal contamination, foreign material, colour, size, and shelf-life generating an objective quality certificate that replaces the visual guesswork the report describes. Across 48,000+ farmers and 5,200+ MT transacted:
Farmer livelihood per quintal per acre rises ~12%. Buyers save approximately ₹200 per tonne through objective, quality-backed pricing exactly the “quality-linked pricing framework” the report recommends in Chapter 6. These are operating metrics from live deployments with FPOs like Uduthadi (₹22 Cr turnover, 2,000 tonnes procured) and a five-year procurement relationship with Cargill India.
The technologies exist. What is missing is the convening will. The sector has the institutions to do this ICAR, BIS, FICCI’s own membership, and the partnerships emerging between agritech firms and state governments. The time to begin is now, before another season of climate-driven losses widens the gap between what Indian maize can be and what the chain delivers.
– Observation submitted to FICCI for the 13th India Maize Summit Report
04 What Each Stakeholder Must Do Now
The report concludes that implementing interventions in a co-creation mode with strong public-private and institutional partnerships can strengthen industrial supply security while enhancing farmer livelihoods. Here is what that means in practice:
Adopt digital quality assessment at the farm gate it shifts negotiating power from the buyer to the data. Invest in on-farm solar drying to the 12% moisture target for stable storage. The report notes only 42% of maize is irrigated versus 70% of rice; maize growers are already climate-resilient by necessity. Quality certification completes the picture.
Publish end-use quality specifications openly. The report documents that varietal and quality mismatches, high raw material costs, and seasonal availability constraints impact every downstream industry. Pre-certified, quality-tagged sourcing whether for feed-grade, starch-grade, or ethanol-grade maize solves the root cause.
The report recommends segregating data between grain and green maize since aggregated crop data obscures real supply. It calls for strengthened market intelligence, reviewed import quarantine norms, and quality-linked pricing frameworks. Make AI-based quality certification a precondition for MSP procurement.
Champion a national maize quality vocabulary as a defining theme for the 13th Summit. The report by documenting aflatoxin impact tables, sector-specific quality failures, and cluster-based pathways has laid the analytical foundation. Now convene ICAR, BIS, and the private sector to convert analysis into published standards.
05 Where RootsGoods Fits: From Farm Gate to Planetary Goals
Reaching 72 million tonnes is not just a production target it is an ecosystem design challenge. India needs to simultaneously grow more maize, lose less of it, match it to the right end-use, and do all of this while reducing agriculture’s environmental footprint. At RootsGoods, we believe that AI-driven quality infrastructure is the connective tissue that makes this possible. Our platform sits at the intersection of every stakeholder linking farmer livelihoods to processor efficiency to government production targets to the planet’s climate resilience. This is not an incremental improvement; it is the missing layer that aligns the entire value chain toward shared outcomes.
India’s maize story is not a shortage story it is a quality story. The country now produces 50 million tonnes and is the world’s fastest-growing major maize economy. But until the chain can grade, certify, and trace that maize from field to factory with the same rigour it applies to wheat or rice, the gap between production growth and value realisation will keep widening. The RootsGoods during the maize summit 2026 has documented the problem comprehensively. The question now is whether the ecosystem will act on it before 72 million tonnes of demand arrives without the infrastructure to serve it.