Top 10 Agritech Startups in 2026 Transforming the Future of Indian Agriculture

Top 10 Agritech Startups in India 2026: Companies Changing the Face of Farming 

1. DeHaat: Building an End-to-End Agricultural Ecosystem

DeHaat is one of India's most prominent full-stack agritech platforms. Founded in 2012 and headquartered in Gurugram, the company focuses on providing multiple agricultural services through a connected ecosystem. Its model combines farm inputs, agricultural advisory, financial assistance and market linkages rather than concentrating on just one stage of farming.

What Makes DeHaat Different?

The company works particularly with small and marginal farmers and has expanded its operations across multiple Indian states. Its services are designed to address problems that farmers face before, during and after cultivation.

DeHaat provides:

• Agricultural inputs such as seeds and crop-protection products.

• Expert crop advisory.

• Market connections for selling farm produce.

• Access to financial services and credit facilitation.

• Technology-enabled crop monitoring.

• Digital agricultural services through its platforms.

The company has also strengthened its technology ecosystem through AgriCentral, an agricultural advisory application that provides crop-related information and disease-detection capabilities. Its technology strategy has increasingly incorporated tools such as artificial intelligence and drones.

DeHaat's Recent Financial Progress

DeHaat reported operating revenue of roughly ₹3,010 crore in FY2025, representing about 12% growth over the previous year. It also reported a ₹369 crore net profit, although this figure was significantly influenced by a one-time non-cash fair-value adjustment.

This distinction is important because profitability in agritech remains challenging. DeHaat's performance nevertheless illustrates how an integrated agricultural platform can build a large revenue base by combining input distribution with advisory, market access and other services.

Why DeHaat Matters

DeHaat demonstrates the potential of a full-stack agritech model in India. Instead of treating farming as a single transaction, it attempts to connect farmers with several services across the agricultural lifecycle.

2. Ninjacart: Digitising the Fresh Produce Supply Chain

Ninjacart, headquartered in Bengaluru and founded in 2015, focuses on one of agriculture's biggest challenges: efficiently moving fresh produce from farms to consumers.

Rather than primarily concentrating on farm production, Ninjacart operates across the agricultural supply chain, connecting farmers, traders, retailers, wholesalers and other participants through technology-enabled commerce and logistics.

How Ninjacart Uses Technology

Fresh fruits and vegetables are highly perishable. Delays, multiple intermediaries, inefficient transportation and weak demand forecasting can result in significant losses.

Ninjacart attempts to solve these issues through:

• Digital matching of demand and supply.

• Technology-enabled logistics.

• Supply-chain management.

• Quality control and grading.

• Commerce and payment solutions.

• Credit and financial services for participants in the agricultural ecosystem.

The company's current platform says it reaches 8 lakh-plus farmers, more than 1 lakh retailers, over 20,000 resellers and 120-plus cities.

A Significant 2026 Development

Ninjacart raised an additional $6 million in July 2026, according to company-financing databases, bringing its reported total funding to more than $360 million in that database.

The company has also been expanding beyond traditional fresh-produce distribution into commerce, lending and other financial services.

Why Ninjacart Matters

Ninjacart illustrates that agritech is not limited to technologies used directly inside farms. Supply-chain technology can be equally important because better logistics, demand forecasting and market access can improve outcomes for both farmers and consumers.

Also Read: How Corporates and Startups Can Drive Deep Tech Innovation

3. AgroStar: Combining Farmer Advisory With Agricultural Inputs

Founded in 2013 and headquartered in Pune, AgroStar has built an integrated platform combining digital agricultural advisory with access to farm inputs. The company focuses on helping farmers make better decisions while also improving access to products required for cultivation.

Technology-Driven Farmer Advisory

AgroStar's technology platform provides farmers with information relating to crop diseases, pests, crop management and agricultural practices. It also provides access to seeds, fertilisers, crop-protection products and other agricultural inputs.

Its digital model is particularly significant because farmers can access agricultural information through technology while purchasing relevant products through the same broader ecosystem.

$30 Million Investment for Sustainable Agriculture

One of AgroStar's most important recent developments was its $30 million equity investment led by climate investment firm Just Climate in November 2025, with existing investors also participating. The company said the capital would support national expansion, product innovation and increased investment in artificial intelligence.

AgroStar reported reaching more than 10 million farmers through its omnichannel network, including over 10,000 retail stores and its direct digital platform. The company also says its advisory platform has generated 15 million advisory interactions.

Its sustainability-focused initiatives are also notable. AgroStar says its interventions in FY25 helped save 276 billion litres of water and avoid more than 120,000 metric tonnes of CO₂-equivalent emissions through reduced chemical-fertiliser use.

Why AgroStar Matters

AgroStar represents the convergence of digital advisory, agri-inputs and sustainable agriculture, showing how technology can potentially improve both farmer profitability and resource efficiency.

4. Arya.ag: Connecting Grain Storage, Finance and Market Access

Arya.ag is focused on one of the most important yet often overlooked parts of agriculture: what happens after harvesting.

Founded in 2013 and headquartered in New Delhi, Arya.ag operates an integrated grain-commerce model covering storage, financing and market access. The company works with farmers and Farmer Producer Organisations (FPOs) to reduce post-harvest challenges and improve their ability to make informed selling decisions.

Tackling India's Post-Harvest Challenge

Farmers are often forced to sell produce soon after harvesting because they need immediate cash or lack adequate storage facilities. This can expose them to unfavourable prices.

Arya.ag addresses this problem through:

• Agricultural warehousing.

• Warehouse Receipt Financing.

• Grain commerce.

• FPO engagement.

• Technology-enabled market access.

• Climate-smart agricultural practices.

Warehouse Receipt Financing can allow farmers to obtain credit against stored commodities instead of selling immediately after harvest.

Major 2026 Funding Round

In January 2026, Arya.ag raised ₹725 crore in Series D funding from GEF Capital Partners. The company said the capital would support climate-smart agriculture, technology access, farmer engagement and measures to reduce post-harvest losses.

Arya.ag has also reported a large warehouse network and operations covering a substantial share of Indian districts. Its 2026 funding announcement highlighted plans to deepen its work with farmers and FPOs and expand technology-enabled agricultural services.

Why Arya.ag Matters

Arya.ag shows that agritech can play a crucial role after crops leave the field. Storage, finance and better market access can influence farmer incomes just as significantly as technology used during cultivation.

5. CropIn: Turning Farm Data Into Agricultural Intelligence

Bengaluru-based CropIn, founded in 2010, operates primarily as an agricultural data-intelligence and Software-as-a-Service (SaaS) company.

Its focus is different from farmer-facing marketplaces. CropIn provides technology to agribusinesses, financial institutions, insurers, governments and other organisations that need reliable farm-level information.

AI, Satellite Data and Farm Intelligence

CropIn's technology ecosystem includes solutions such as:

• SmartFarm for farm and crop lifecycle management.

• SmartRisk for agricultural risk assessment.

• SmartAcre for satellite-based crop monitoring.

• Agricultural data platforms for managing weather, soil and crop information.

The company's technology combines field data with satellite imagery, machine learning and other information sources to help organisations make better decisions.

CropIn says its crop intelligence models have been deployed by more than 250 public and private-sector enterprises globally, while its platform has a presence across numerous international markets.

Supporting Insurance and Agricultural Finance

One of CropIn's important applications is agricultural risk assessment. Reliable information about crops and farms can help banks and insurers evaluate agricultural lending and insurance risks more effectively.

This is increasingly important as climate volatility makes traditional agricultural risk assessment more difficult.

Why CropIn Matters

CropIn demonstrates how data infrastructure can become the backbone of modern agriculture. Its impact is not necessarily visible through a farmer-facing app, but its technology can support decisions made by governments, financial institutions and large agricultural businesses.

6. Fasal: Bringing Precision Farming to Horticulture

Fasal, operated by Wolkus Technology Solutions, is a Bengaluru-based agritech company focused on precision farming, particularly horticulture.

Founded by entrepreneurs with agricultural backgrounds, Fasal uses IoT sensors, artificial intelligence and farm-level data to provide farmers with crop-specific recommendations.

How Fasal Works

Its technology monitors factors such as:

• Soil moisture.

• Temperature.

• Humidity.

• Rainfall.

• Leaf wetness.

• Local weather conditions.

The information is processed to generate recommendations related to irrigation, crop health, pest and disease management and other farming decisions.

Fasal's current technology platform says it has developed more than 200 crop models and supports scientifically built models for more than 100 crops.

Measurable Resource Savings

Fasal's impact claims include substantial resource savings. A 2025 NITI Aayog-backed case study reported that its technology had been deployed across about 10,000 acres and that participating farmers reported up to 60% lower pesticide costs and up to 40% higher yields, alongside more than 52 billion litres of water savings.

The company's own platform currently reports a database covering more than 60,000 acres and highlights water savings, yield improvements and reductions in crop-health inputs.

Why Fasal Matters

Fasal represents the move from traditional, experience-based farming to data-driven precision horticulture. Its approach can help farmers apply water and crop-protection inputs according to actual field conditions rather than relying only on fixed schedules.

7. Bijak: Bringing Transparency to Agricultural Commodity Trading

Bijak, founded in 2019 and headquartered in Gurugram, focuses on the B2B agricultural commodity market.

Agricultural commodity trading in India involves farmers, traders, wholesalers, processors and buyers, often across fragmented and informal networks. Bijak aims to digitise these transactions and improve transparency across the value chain.

What Does Bijak Offer?

Its platform has focused on:

• Connecting agricultural commodity buyers and sellers.

• Digital price discovery.

• Commodity trading.

• Trade financing.

• Digital business records.

• Invoicing and ledger tools.

• Data and analytics for agricultural traders.

The platform covers multiple commodity categories and has also explored interfaces designed for users who may not be highly comfortable with complex digital systems.

Why Digital Trading Matters

Price discovery is a major challenge in agricultural markets. When market information is fragmented, participants may have difficulty knowing whether they are receiving competitive prices.

Digital platforms can help make transaction information more accessible while creating digital records that may improve trust between buyers and sellers.

The Challenge Ahead

Bijak operates in a highly fragmented market where relationships, trust and local networks remain important. Competition also comes from established commodity-market institutions and other digital platforms.

Nevertheless, its model demonstrates the potential for agritech to modernise agricultural commerce, not just agricultural production.

8. AgNext Technologies: Using AI to Measure Crop Quality

Chandigarh-based AgNext Technologies was founded in 2016 and focuses on one of agriculture's most important commercial problems: objectively determining the quality of agricultural commodities.

The company combines artificial intelligence, computer vision, spectroscopy, sensors and data analytics to assess agricultural products.

Qualix and Automated Quality Assessment

Its flagship platform, Qualix, is designed to assess commodities rapidly. The technology can be used for grains, spices, oilseeds, dairy and other agricultural products.

Traditional quality testing can be time-consuming and may involve subjective assessment. Automated testing can potentially make procurement faster and create more consistent quality standards.

AgNext has previously said its technology can deliver highly accurate quality assessment and has built large datasets from agricultural samples. Its solutions have been developed for applications involving procurement centres, food processors and commodity trading.

Why Quality Assessment Is Important

Quality directly affects agricultural prices. Two lots of the same commodity can receive different prices depending on parameters such as moisture, contamination, size, grade or other quality characteristics.

Technology that generates objective quality information can therefore help improve transparency between farmers, buyers, processors and traders.

AgNext reported FY25 revenue of roughly ₹31 crore in company-data databases, although reported financial numbers should be interpreted carefully because private-company disclosures can vary by source and reporting period.

Why AgNext Matters

AgNext shows how AI can move beyond crop monitoring into physical quality assessment, potentially making agricultural procurement more objective and efficient.

9. Intello Labs: Applying Computer Vision to Fresh Produce

Intello Labs, headquartered in Gurugram, is another startup focused on agricultural quality, but its core strength lies in computer vision and AI-powered fresh-produce assessment.

The company aims to reduce subjectivity in grading fruits and vegetables by using technology to analyse visual characteristics such as colour, size, bruising and other quality parameters.

From Human Inspection to AI-Based Grading

Fresh produce is particularly difficult to grade consistently because quality can change quickly and visual assessment may differ between inspectors.

Intello Labs uses machine vision to analyse produce and generate standardised quality information. Its solutions can be used across procurement, sorting, grading and supply-chain operations.

The company's current platform describes its approach as “Physical AI” for fresh produce and says its systems have processed more than 100,000 metric tonnes, with reported grading accuracy above 95%. It also says its training dataset contains more than one billion images.

Reducing Food Losses

Better grading can help separate produce according to quality, improve inventory decisions and potentially reduce unnecessary rejection or wastage.

The company is also developing digital infrastructure around fresh-produce trade, moving beyond simple image recognition toward automated sorting, packing and quality-based transactions.

Why Intello Labs Matters

Intello Labs demonstrates how computer vision can connect the physical and digital sides of agriculture. Instead of simply collecting data about farms, the technology evaluates the actual agricultural product moving through the supply chain.

10. Unnati and Gramophone: Creating a Larger Digital Agriculture Platform

The final entry in this list combines Unnati and Gramophone, following a significant 2026 transaction that brought the two agritech businesses closer together.

Unnati operates as a digital agriculture and fintech platform, while Gramophone has built a technology-enabled agricultural-input and farm-management ecosystem. The combination is aimed at strengthening services for farmers and participants in India's agricultural economy.

What the Combination Brings Together

The broader platform can combine:

• Digital agricultural advisory.

• Agri-input distribution.

• Agricultural commerce.

• Financing and credit.

• Farmer engagement.

• Crop-management services.

• Rural distribution networks.

Gramophone's platform enables farmers to purchase inputs such as seeds, crop-protection products, nutrition products and equipment through digital channels.

Important 2026 Transaction

In January 2026, Unnati agreed to acquire Gramophone through a stock-swap transaction. Info Edge's subsidiary transferred its stake in Gramophone in exchange for a 15.7% stake in Unnati, while Info Edge also committed ₹35 crore of fresh investment in Unnati.

Company filings subsequently recorded the transfer of the Gramophone stake and Info Edge's investment in Unnati.

The transaction is significant because consolidation can give agritech companies greater scale and a broader set of services to offer farmers.

Why Unnati and Gramophone Matter

The combination reflects a wider trend in Indian agritech: consolidating fragmented agricultural services into integrated digital platforms. Rather than requiring farmers to use separate platforms for inputs, advice, commerce and finance, integrated ecosystems can potentially provide these services through a more connected model.

The Bigger Picture: How These 10 Startups Are Changing Indian Agriculture

These 10 startups operate in very different areas, but together they demonstrate how broad the agritech sector has become.

1. Artificial Intelligence Is Moving Into Agriculture

AgroStar, CropIn, AgNext Technologies and Intello Labs show how AI is being used for advisory, farm intelligence, commodity-quality assessment and computer vision.

AI can help analyse large amounts of agricultural data faster than traditional methods and generate recommendations or assessments that support human decision-making.

2. IoT Is Making Farms More Data-Driven

Fasal demonstrates the potential of IoT sensors in precision horticulture. Instead of relying entirely on periodic manual observations, farmers can receive information about field conditions in near real time.

3. Agritech Is Extending Beyond the Farm

DeHaat, Ninjacart, Arya.ag, Bijak and Unnati show that technology can address problems before and after cultivation.

These companies work on areas such as:

• Agricultural inputs.

• Finance.

• Storage.

• Commodity trading.

• Logistics.

• Market access.

• Farmer advisory.

This is important because farmer income depends not only on how much is produced, but also on how efficiently crops are financed, stored, transported, graded and sold.

4. Climate Change Is Increasing the Importance of Agritech

Water scarcity, changing weather patterns, soil degradation and unpredictable crop conditions are making climate resilience increasingly important.

AgroStar's sustainability initiatives, Arya.ag's focus on climate-smart agriculture and Fasal's resource-efficient precision farming illustrate how agritech businesses are increasingly connecting technology with environmental sustainability.

5. The Next Challenge Is Scale

Technology alone cannot transform Indian agriculture. Startups must also solve practical challenges such as affordability, rural connectivity, farmer awareness, trust, fragmented landholdings, logistics and the availability of local-language services.

The most successful agritech companies will therefore need to combine technology with strong last-mile networks and farmer-centric business models.

Conclusion

The 10 agritech startups covered in this article demonstrate that India's agricultural technology ecosystem is no longer limited to mobile apps offering farming advice. DeHaat is building an integrated farmer-services platform, Ninjacart is digitising fresh-produce supply chains, AgroStar is combining advisory with inputs and sustainable farming, while Arya.ag is connecting storage, finance and grain commerce.

CropIn is turning farm data into intelligence for institutions, Fasal is applying IoT and AI to precision horticulture, Bijak is digitising agricultural commodity trading, and AgNext Technologies is using AI to improve commodity-quality assessment. Intello Labs is applying computer vision to fresh produce, while the Unnati-Gramophone combination highlights the growing importance of consolidation and integrated agricultural services.

The future of Indian agritech will likely depend on how effectively these technologies move from pilots and individual solutions to affordable, scalable and reliable services for millions of farmers. As AI, IoT, satellite data, computer vision, digital finance and supply-chain technology continue to develop, agritech startups could become important contributors to a more productive, transparent, climate-resilient and market-connected Indian agricultural economy.