Tag: agriculture sector

Top AI-Powered Projects in the Indian Agriculture Sector: How AI Is Transforming Farming

Indian Agriculture is being transformed by the way AI is used to drive farming efficiency, sustainability, and resilience to various other challenges, from climate to markets, with a few such pioneering projects. These projects use drones, sensors, and satellite images to track crops and animals in real time and spot problems early. AI models that accurately predict harvests, better assist in the planning of crops, and facilitate location-based pest/weed control drastically decrease input costs as well as chemicals. Satellite data analysis in sustainable land management and decision support services for regional languages improves farmer decision-making in a better way.

In this article, learn about the top AI-powered projects transforming the Indian agriculture sector.

Project Name	Key Technologies Used	Key Benefits
IBM + Govt. of India	AI, Cloud, Satellite Imagery	Crop yield prediction, resource optimization, climate resilience
PMFBY (Crop Insurance)	AI Models (SVM, RF, NN), Drones, Remote Sensing	Faster yield assessment, reduced human error, quicker claims
PM-KISAN + Kisan e-Mitra	AI Chatbot, Facial e-KYC	Multilingual assistance, grievance redressal, instant updates
Govt. of Karnataka + Microsoft	Machine Learning, Weather & Soil Data	Sowing advice, price forecasting, improved productivity
AGRI-UDAAN	AI, IoT, Data Analytics	Startup support, disease forecasting, AI adoption
Maha Agri Tech	Geo-ICT, Satellite-based Monitoring	Crop health tracking, input efficiency, multilingual dashboard
Digital India Bhashini	AI Voice Tech, NLP, Translation	Language inclusion, voice-enabled advisory
FutureSkills PRIME	AI Training & Certification	Skilling in AI, digital literacy for agri-professionals
National AI Centres of Excellence (IIT)	AI R&D, Big Data, ML	Innovation in pest control, yield prediction
Kisan e-Mitra	Voice AI, Satellite + Weather Data	Crop support, query resolution, integrated agri platforms

Government of India with IBM

AI-driven farm programmes towards increasing productivity, sustainability, and resilience to climate change are being implemented in conjunction with the Government of India and IBM. The initiatives are building on IBM’s depth of AI, cloud computing, and data analytics to give farmers the tools they need for improved access to info and technology. AI-based Agricultural Monitoring: Crop Supervision by Satellite Imagery, Yield Estimation, and Resource Optimization are some key Features. However, tools for climate resilience direct decisions about local seed, water use, and platforms (i.e, CRM Connect) encourage sustainable agriculture while reducing residue burning. They allow for mobile and web-based access to real-time insights into market dynamics with digital advisory services.

Pros

Improved crop yields
Promotes sustainable agriculture
Enhanced climate resilience

Cons

Initial costs for deployment
Requires digital literacy among small farmers

Pradhan Mantri Fasal Bima Yojana (PMFBY)

India’s PMFBY (Pradhan Mantri Fasal Bima Yojana), commonly referred to as the crop insurance scheme, turned into the next level of reforms in 2025, adopting Artificial Intelligence(AI), Machine Learning(ML), remote sensing, and drones to increase transparency and efficiency. Yield estimation now uses AI (SVM, Random Forest, Neural Networks) models to circumvent reliance on human crop-cutting. Satellite and drone images to monitor the real-time crop, speed up loss assessment. Digital platforms are used for ease of claim submission and direct benefit transfers (DBT) through these channels. YES-TECH and WINDS are among the solutions using hyper-local weather data for risk assessment at an accurate scale. National training programs, complaint digital portals strengthen stakeholder capacity and responsive support services.

Pros

Faster and accurate crop assessment
Reduced bias and errors
Timely claim settlement via digital process

Cons

Data privacy issues on a large scale
Issues with technology due to local conditions

PM-KISAN

Introduced in the year 2023 and launched on non-agricultural landholders every Pradhan Mantri Kisan Samman Nidhi (PM-KISAN) gives INR 6,000 per year to the eligible farmer-holders by disbursing it in three installments; first major flagship scheme for India to integrate AI in; The instant multilingual response chatbot powered by AI, Kisan-eMitra available on both PM-KISAN portal and app takes queries about the status of application, payments paid, eligibility and updates. It improves the grievance redressal process as farmers themselves can resolve the issues, and they no longer need third-party intermediaries. It also contains remote e-KYC with facial authentication FOR those who don’t have OTPs or biometrics enabled on the app.

Pros

Instant and accurate information to farmers
Multilingual and user-friendly interface
Face authentication for e-KYC

Cons

Continuous updates and AI training are required
Handholding might be required for less tech-savvy farmers

Government of Karnataka with Microsoft

In a quest to uplift the incomes and yield factors of smallholder farmers in the Government of Karnataka, in partnership with Microsoft, an AI & algorithm-driven digital agriculture project has been launched to support connected farmers to support their ventures. Based on Microsoft’s Cortana Intelligence Suite, the organization leverages cloud computing, machine learning, and advanced analytics for real-time insights. It is equipped with AI on board price forecasting models that utilize weather, yield, and sowing data to help farmers make market decisions. SMS-based, soil and weather data integrated service for sowing advisory instead of costly devices to receive recommendations on planting times. A community of satellite imagery for crop health monitoring or yield prediction.

Pros

Increases yield and income through data-driven decisions
Seamless scalability
Transparency through price forecasting

Cons

Dependence on accurate data
Issues with poor connectivity in some villages

AGRI-UDAAN

AGRI-UDAAN — a flagship food and agribusiness accelerator by a-IDEA (ICAR NAARM TBI) along with the govt. of India in association with NABARD, seeks to accelerate innovation in Agriculture at its best. Well-established in its maturity variants, by 2025, this is responsible for growing AI/tech-based startups focusing on productivity, sustainability, and challenges along the supply chain. In the structured 4-6 month programme beneficiary will have mentorship, workshops, and business development support. Startups get mentioned through demo days and investor connections, agribusiness contacts as well. AI, IoT, and data analytics are the clear keywords of the program, thereby driving solutions in disease/disease detection, weather forecasting, and resource use.

Pros

Provides mentorship for agri startups
Creates solutions for supply chain issues
Drives adoption of AI in agriculture

Cons

Limited cohort size
Impact created is indirect

Maha Agri Tech

Maha Agri Tech Project is being launched by the Government of Maharashtra to digitalise the agriculture sector at the State level through AI and next-generation geo-ICTs. Launched with pilots on 1 lakh acres and supporting 50,000 farmers, the program aims at improving productivity, farmer income, & climate resiliency. The AI-grade satellite-based crop monitoring tells you how healthy your crops and soil are. Yield forecasts, pest alerts, and input recommendations are some of the decision support available through interactive dashboards. Efficient use of water, fertilizer, and pesticides; improved supply chain traceability & market access. Linked to the MahaVISTAAR-AI, it gives Multilingual and Personalized advisories as part of the framework and is planned as per pilot success.

Pros

Reduces input costs
Enhances transparency in the supply chain
Supports sustainable farming practices

Cons

Issues with digital infrastructure in villages
Full benefits realisation might take a long time

Digital India Bhashini

Digital India Bhashini will be a nationwide program to eliminate the language barrier by leveraging AI-based language technology services for all 22 Scheduled Indian Languages. In agriculture, it empowers a farmer with real-time voice-enabled multilingual advisory, weather updates, schemes, etc, as well as advanced practices directly from his/her mobile. By using AI for speech recognition and translation to text-to-speech, Bhashini bridges the language gap for all farmers be it literate or illiterate. It offers speech-to-text and machine translation, voice-enabled support, as well as a single access to the Unified Language Interface for digital services. These are integrated with other platforms like MahaVISTAAR-AI, which provides location-cropped advice on the crop.

Pros

Multilingual support
Provides transparency, inclusion, and government outreach
Supports multiple agri-tech platforms and government schemes

Cons

Quality and AI translations can vary
Ongoing demands for AI model training

FutureSkills PRIME

FutureSkills PRIME (Public-Private Partnership of MeitY & NASSCOM), which is a grand initiative to give India’s workforce skillset on future-focused technologies with heavy Auto-agonism in Artificial Intelligence (AI).Not agriculture-agnostic but equally important to Arm agri-professionals, Students, and Entrepreneurs with AI skills for transforming agriculture in India. A comprehensive range of beginning to advanced AI courses on agriculture use case through to 2025, featuring beginner courses about crop monitoring, yield prediction, and resource optimization. The programme offers government-certified certifications, a curriculum in sync with the industry, practical AI tools, and use cases. It also helps agri-tech startups in the space through mentorship and funding, and runs inclusive, high-density studies at scale under online or blended platforms, bridging rural & urban.

Pros

Supports innovation
Bridges the gap in digital skills
Provides upskilling in AI for agri professionals

Cons

Practical training is very limited
Requires ongoing development of curriculum

National AI Centres of Excellence

The Government of India has also launched National AI Centres of Excellence (CoEs) across India to spur transformative innovation in the key sectors of agriculture. Make AI in India, and Make AI Work for India (Agriculture AI CoE under IIT Ropar with a budget of INR 990 Crores over the next five years aims at making revolutionary science and solutions for agriculture technology, realizing these problems. They engaged in multi-disciplinary R&D towards agriculture (yield prediction, pest detection, precision farming) using big data and ML. The centre will help link up academia, industry, and startups in the country, impart training to the vast talent pool relating to AI support for agri-tech innovation.

Pros

Supports innovation
Bridges the gap in digital skills
Provides upskilling in AI for agri professionals

Cons

Practical training is very limited
Requires ongoing development of curriculum

Kisan e-Mitra

Kisan e-Mitra is India’s first voice-based AI chatbot, an instant multilingual agricultural query answering assistant integrated by the Indian government. It started with advising the PM-Kisan Samman Nidhi scheme but currently gives out instructions for several govenment programs pest alerts, weathers update and crop management in a multi-language platform. 11 regional languages enabledoperates with over 20,000 queries served daily and over 9.2 million queries resolved so far Supported A/B testing with National Pest Surveillance System learns crop pests from images sent by farmers and suggest solutions for 61 crops Leveraging satellite imagery, weather data and soil info to provide in real-time crop monitoring insights via Kisan e-Mitra.

Pros

Reduces dependency on middlemen
Integrates with other agritech and government platforms
Efficient in scheme delivery and grievance redressal

Cons

Quality of AI responses depends on data accuracy
Data privacy and security concerns

Conclusion

AI-driven projects are transforming Indian agriculture at the field level by providing real-time alerts, tools for applicator precision, and automation to the farmers for challenges related to climate change, farmer labour shortages, crop disease, etc. Primarily initiated by the government and private sector initiatives with the use of drones, sensors, satellite imagery, AI chatbot lighting for irrigation, fertigation, pest control, and predicting yields in these projects brings higher productivity, sustainability. AI is also used to scale climate resilience, help improve resource-efficient practices, and add transparency and including using multilingual digital platforms. AI will scale to guarantee food security and an economically stable infrastructure, driving a sustainable future of Indian agriculture as adoption grows.

FAQs

How is AI transforming Indian agriculture?

AI is revolutionizing Indian agriculture by enhancing productivity, enabling precision farming, reducing input costs, and improving sustainability.

What are the benefits of using AI in farming?

The main benefits of AI in agriculture include better crop yield prediction, efficient pest and weed control, optimized resource use (water, fertilizer, pesticides), early disease detection, and improved climate resilience.

Which AI technologies are commonly used in agriculture?

Key AI technologies used in agriculture include machine learning models, computer vision, drones, satellite imagery, IoT sensors, natural language processing (NLP), and voice-based AI chatbots.

June 8, 2025

Digital Geo-Spatial Platform Krishi-Decision Support System Launched by Indian Government

The Krishi-Decision Support System (Krishi-DSS), a geospatial platform based on satellite imagery, was introduced by Bhagirath Choudhary, the Minister of State for Agriculture and Farmers’ Welfare.

With the platform’s real-time data on a variety of important agricultural indicators, Indian farmers will be able to manage their crops like never before.

The launch occurred during the National Conference on Space-Driven Solutions for Agriculture Transformation in India, which was a component of the festivities preceding the inaugural National Space Day on August 23, 2024.

Characteristics and Advantages of Krishi-DSS

In India, Krishi-DSS is the pioneering programme of its type, designed with the agricultural industry in mind. Satellite imagery, weather reports, reservoir capacities, groundwater levels, and soil health data are all part of the platform’s extensive data set.

Better decisions and more effective farming practices are made possible since the information is accessible to stakeholders and farmers anytime, anywhere.

Understanding crop trends, encouraging crop rotation, and fostering sustainable agriculture are all made easier by the system’s sophisticated modules for crop mapping and monitoring.

Keeping an eye on soil moisture, water storage, and crop conditions can help farmers anticipate and prepare for droughts.

Field parcel segmentation is also supported by the platform, which enables interventions to be targeted precisely according to the particular needs of each parcel.

Determinants of Indian Farmers’ Yields

The introduction of Krishi-DSS might greatly improve the sustainability and productivity of India’s agricultural sector, marking a watershed event in the country’s history.

The software helps farmers optimise crop productivity and manage risks like pest assaults and extreme weather by combining data from numerous sources. This data provides insights on crop health, weather patterns, and soil conditions.

The importance of early warning systems for rainfall and lightning strikes was emphasised by Agriculture Secretary Dr. Devesh Chaturvedi, who emphasised the revolutionary significance of space technology in agriculture. In order to lessen losses and improve farmers’ livelihoods, the platform’s capacity to deliver such warnings could be crucial.

The inauguration of Krishi-DSS occurred during a symposium that also highlighted the significance of academic, private, and government partnerships in promoting the use of space technology in farming.

The new platform is a major step forward in the long-running collaboration between space technology and Indian agriculture, which began in 1969, according to Nilesh M. Desai, Director of the Space Applications Centre.

Nirmala Sitharaman, the minister of finance, launched the Digital Public Infrastructure for Agriculture programme in the 2023 budget, of which the Krishi-DSS is a component.

AI Provides a Smart Link to the Agricultural Sector

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StartupTalkyNitin Konde

August 19, 2024
Startups to be Supported by NABARD’s Agri-SURE Fund, Valued at Rs 750 Crore
Startups in agriculture and related industries will soon have access to direct equity funding through the government’s ‘Agri Fund for Start-Ups and Rural Enterprises’ (AgriSURE), which will also invest in debt Alternative Investment Funds (AIFs) that are either sector-specific or sector-agnostic.

The creation of a Category-II Alternative Investment Fund (AIF) with a capital of INR 750 crore is part of this initiative’s plan to encourage innovation and sustainability in India’s agricultural industry. Targeting high-risk, high-impact initiatives in the agriculture value chain, the fund will provide both equity and financial backing.

The development was announced during a pre-launch meeting of stakeholders at NABARD’s Mumbai headquarters. A total of INR 750 crores would be used to establish the fund, with INR 250 crores allocated by NABARD and the Ministry of Agriculture, as well as INR 250 crores from other organisations.

Funding priorities include agricultural innovation, value chain enhancement for farm produce, rural infrastructure development, job creation, and FPO support. Information technology (IT) solutions and rental services for agricultural machinery will also be supported by the fund. The management of the AgriSURE Fund will be carried out by NABVENTURES, a fully-owned subsidiary of NABARD. The initial term of the fund is ten years, with two more extensions possible.

Additionally, NABARD launched the AgriSURE Greenathon 2024 to emphasise its dedication to encouraging innovation. It attempts to resolve three critical issues: “Smart Agriculture on a Budget,” which addresses the exorbitant cost of advanced agricultural technologies that hamper the success of small and marginal farmers; “Turning Agri-Waste into Profitable Business Opportunities,” which concentrates on the conversion of agricultural waste into profitable ventures; and “Tech Solutions Making Regenerative Agriculture Remunerative,” which attempts to overcome economic obstacles to the adoption of regenerative agriculture approaches.

In 1982, an Act of Parliament established NABARD as India’s top development bank with the goal of fostering equitable and environmentally responsible agricultural practices and rural infrastructure development.

By involving stakeholders in financial and non-financial interventions, innovations, technology, and institutional development, NABARD seeks to ensure agricultural and rural development that is both sustainable and equitable.

NABARD with the Government of India

By subsidising a portion of the total project cost, the Indian government encourages farmers to take up projects in specific locations. In sectors of critical national importance, all of these projects seek to improve capital investment, sustained income flow, and employment.

Throughout the government’s many projects and initiatives, NABARD has played a pivotal role in order to rightly execute these schemes and policies.

Schemes for the Farm Sector
- New Agricultural Marketing Infrastructure (AMI) sub-scheme of ISAM
- Agri Clinics and Agri-Business Centres Scheme (ACABC)
- Scheme for Extending Financial Assistance to Sugar Mills for Enhancement and Augmentation of Ethanol Production Capacity
- Interest Subvention Scheme
- National Livestock Mission – Entrepreneurship Development & Employment Generation (NLM-EDEG) (Closed/Temporarily Closed)
- Dairy Entrepreneurship Development Scheme (DEDS) (Closed/Temporarily Closed)
- Commercial production units of organic inputs – National Project on Organic Farming (NPOF) (Closed/Temporarily Closed)
Schemes for the Off Farm Sector
- Stand-Up India
- Special Credit Linked Capital Subsidy Scheme (SCLCSS)
Farmers must be treated with the utmost care and given the resources they require because they are the backbone of the agri value chain. Agricultural problems cannot be resolved by the use of credit alone. Innovations necessitating public-private partnerships will drive the next level of growth. The government of India and related institutions are hoping to provide farmers with practical, long-term technological solutions by investing in early-stage innovators.

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The agritech startups have benefited many farmers in India. Let’s look at the growth, initiatives by the government and successful agritech startups.

StartupTalkyRishita Jain
July 15, 2024
India’s Tractor Industry Riding on High-Hope

Since its start, India’s tractor sector has made great strides. In 2023, the India Tractor Market was valued at USD 1,935.72 million, according to a report by BlueWave Consulting, a market research firm. The report further states that from 2024 to 2030, the India Tractor Market is projected to grow at a CAGR of 5.55 percent, reaching a value of $2,676.82 million by 2030. The government’s encouraging policies, businesses’ plethora of purchase-easing schemes, banks’ provision of low-interest loans, and other factors have all contributed to this sector’s remarkable boom.

In terms of 2023, the tractor market showed signs of non-uniformity; although the market expanded during the first half of the year, demand weakened during the second half. Declining demand was felt in strategic markets such as Maharashtra, especially in the sugarcane-growing region that impacted portions of Karnataka as well. Nevertheless, agronomic specialists are optimistic about the performance of 2024. The year might not reach its highest point on the graph, but it also won’t go downhill. Beginning in the second half of 2024, we expect growth to pick up again. To a large extent, the expansion of the economy is due to the agricultural sector. One of the many programs launched by the Indian government was an effort to quadruple farmers’ income. As a result, farmers will be able to raise their level of living and be more invested in their businesses. The agricultural sector is projected to provide a 600 billion rupee contribution to India’s GDP by the year 2030.

Ups and Downs
Sectorial Obstacles

Ups and Downs

According to various media reports, domestic tractor retail sales fell 10% year-on-year from 60,321 units in September 2022 to 54,492 units in September 2023. A total of 444,340 units were sold in the first half of the current fiscal year, a 14% year-on-year increase from 389,850 units sold in the same time last year (April–September). Tractor sales, even with the current downturn, have helped the Indian car sector expand overall.

In addition to indicating robust demand, this result has the added benefit of boosting domestic tractor market sentiment, which is particularly important over the holiday season. When compared to the first half of the current fiscal year, sales in export markets have been declining. Companies like Mahindra & Mahindra and Escorts Kubota have seen a 35% year-on-year decline in sales.

From April to September of 2023, International Tractors Limited of Hoshiarpur emerged as the leading exporter, exporting 17,004 units. The company’s export target is 1 lakh units by 2030, with a doubling of that ambition in the next years. By the same year, it hopes to have surpassed all competitors and become the leading tractor company in twenty-five countries.

Size of the Indian Market for Tractors in 2021, With a Forecast Through 2027

Sectorial Obstacles

There are a lot of dispersed landholdings in India, which is a major problem for the tractor sector. Minority and small-scale farmers, who make up a large chunk of the farming population, typically have very little land under their control. Since the landholding might not be large enough to warrant purchasing a tractor, this creates obstacles to the implementation of mechanization. More inexpensive and accessible tractors for smaller landholdings should be a goal of manufacturers and legislators.

Another prominent challenge is the lack of mechanization in the Indian agriculture sector. With barely 40% mechanization, the Indian agriculture sector is ripe with opportunity. The tractor business views mechanization in agriculture both as a threat and an opportunity. Through its many programs and efforts, the Indian government has been strongly bolstering the agricultural sector, and more specifically, the farm equipment and farm mechanization subsector. In particular, we applaud the state’s sustained support of farmers and agribusinesses through subsidies and other financial incentives. In addition to encouraging farmers to purchase smart machinery, this would boost mechanization and sector-wide productivity by creating an ideal setting for such investments.

Many farmers, particularly those with low financial resources, continue to face the substantial challenge of the high cost of tractors. The high acquisition costs of tractors make them an expensive and capital-intensive venture. High-interest rates and a lack of access to official credit institutions are additional obstacles to tractor ownership. To address this difficulty, it is recommended that financial institutions offer customized financing choices, that government subsidies be promoted, and that more people are made aware of the available programs.

Despite its critical role in modernizing Indian agriculture, the tractor sector has several obstacles that must be overcome. Stakeholders can overcome these obstacles by collaborating on issues like landholding fragmentation, affordability, technological adoption, infrastructure, declining groundwater levels, and environmental concerns. A more efficient, sustainable, and inclusive tractor industry in India will help farmers and the entire agricultural ecosystem. This may be achieved by supportive legislation, new financing structures, technology improvements, and awareness campaigns.

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February 29, 2024
India Aiming to Become the Hub of Millet Production

Recently, the 46th session of the Codex Alimentarious Commission (CAC), an international body established by the World Health Organisation and the Food and Agriculture Organisation of the United Nations with 188 member nations, was held in Rome, Italy, and during that session, the CAC commended India’s Standards on Millets and accepted the country’s proposal to create global standards for millets. The international meeting was a great success for India’s newly drafted group standard for fifteen different types of millets, which details eight quality characteristics. Sorghum and pearl millet both have standards in Codex at the moment.

Just like with pulses, India has proposed creating international standards for millets, with a focus on the following varieties: Finger millet, Barnyard millet, Kodo millet, Proso millet, and Little millet. Attendees from 161 member nations, including the EU, voted overwhelmingly in favor of the proposal at the conference held at FAO Headquarters in Rome.

In the past, millets were widely consumed in rural regions as a main source of nutrition in India. This was due to their high nutrient density, ease of cultivation, low water requirements, and lack of pesticide and insecticide use. But then the green revolution hit the nation in 1966 and 1967, and the government and many businesses began actively pushing it. But the present administration sees the promise in millets, and they are marketing them as a miracle crop that would end the global hunger and malnutrition problem.

India’s Campaign to Increase Millets’ Popularity Around the World
Next-Gen Solution
Roadblocks Hampering the Growth

India’s Campaign to Increase Millets’ Popularity Around the World

More than 102 nations sent representatives to a two-day conference on millets that India hosted in March 2023 when it was the G-20 president. The event took place in New Delhi. Topics covered during the international conference honoring the IYM 2023 included research and development, nutritional advantages, value chain development, market connections, and production and consumption of millets.

In 2023, India accounted for 20% of the world’s millet production and produced 80% of it in Asia, according to the Economic Survey of India.

The worldwide average millet yield is 1229 kg/ha, while India’s average production is 1239 kg/ha. Worldwide, India ranks first for millet production and second for exports. A variety of millets, such as Jowar, Raagi, Bajra, Ramdana, Cheena, and Saama, are cultivated in India. With a particular emphasis on millets, the Union Budget 2023–24 promised to transform the Indian Institute of Millet Research in Hyderabad into a world-class center for exchanging knowledge, expertise, and cutting-edge research to establish India as a leading center for millet research. Growing these healthy millets is an important part of small farmers’ roles in improving the health of the Indian population, which was recognized in the Union Budget 2023-24.

With the start of the International Year of Millets and Other Ancient Grains (2023), India has joined the ranks of other countries actively participating in the IYM initiatives. India’s G-20 Presidency and the FAO’s global activities on millets at the IYM 2023 have helped bring together nations, research institutes, and civil society organizations to work towards the goal of zero hunger, which is the second Sustainable Development Goal set by the United Nations.

Millet Production Across India in Financial Year 2022, by State

Next-Gen Solution

Over the last 30 years, the United Nations has seen a disturbing increase in the frequency of severe weather events. According to scientists, these disasters have been made much worse by climate change. Sea levels are rising due to the fast melting of glaciers and ice sheets, and extreme weather events such as heatwaves, droughts, and floods are becoming more common. In addition, marine heatwaves have been caused by the warming of our oceans, and the Arctic Sea has seen a considerable decrease in ice covering. The consequences of climate change are already being felt by people, especially in terms of food insecurity. An extra 100 million people might fall into poverty by 2030, according to the World Bank’s climate change predictions. These figures show how urgent it is to try to lessen the impact of climate change on the food supply.

In this context, millets, which are well-known to address issues of food insecurity, agriculture, and the environment, take on a greater significance. Global experts now support the sustainable development and use of these nutri grains as a realistic solution to mitigate the effects of climate change and ensure a reliable supply of healthy food. As people throughout the world start to realize how bad climate change is, millet is rising in popularity as a possible crop for the future. With a shorter growth cycle than wheat and a water requirement 70% lower than rice, millets offer a complete solution to the issues brought about by climate change. According to the Food and Agriculture Organisation (FAO), millets offer several benefits that other, more often consumed cereals do not.

Roadblocks Hampering the Growth

According to ICRISAT, an organization jointly formed through an MoU between the Government of India and the CGIAR, By implementing interventions on the supply and demand sides, taking both the short and long term into account, one must ensure that millet production remains economically viable for farmers. It is important to keep the national food security factor in mind while crafting policies to increase millet production.

From 18 million metric tonnes in 2018 to 45 million metric tonnes in 2030, that is the yearly production target set by the government for millets. Compared to rice, millet now has a significantly lower average productivity of only 1 to 1.5 t/ha. Therefore, the country’s food security could be jeopardized if there was an attempt to convert rice-growing land to millets without first identifying which areas to target.

Moreover, according to Tapas Chandra Roy, a certified Farm Advisor on millet, millet processors in India face a problem with the grain recovery rates of the machinery they use, which are just 70 to 80%. There are more broken and unhulled grains in the final product because of the decreased efficiency. The efficiency of dehulling millets is influenced by the speed of the impeller. You are aware that millet grains vary in size, shape, and husk content, which makes them challenging to work with. It takes two different kinds of dehullers to properly dehusk all kinds of millets; using just one won’t cut it. A double-stage dehuller is necessary for the removal of the husk from Kodo and Barnyard Millet due to the many seed coatings that these varieties feature.

Millets’ husks are notoriously difficult to collect and separate from the processing unit’s effluent, which frequently ends up blended in with the finished product. Processing and disposing of millet husks is a challenge for many millet processors. An answer might be possible if value-added items could be made from millet husks.

Making certain items with only millet ingredients becomes quite challenging due to millet’s complete absence of gluten. Improving nutrient availability while decreasing anti-nutritional components still needs additional study and development.

Top 22 Best Agritech Startups in India in 2022

Agriculture is one of the largest industries in India. Here’s a look at some of the leading agritech startups in India and their funding.

StartupTalkyAshwini

February 28, 2024
AI Provides a Smart Link to the Agricultural Sector

Agricultural exports account for 10% of India’s overall exports and rank as the country’s fourth-largest exported major commodity category. India’s poor output-to-input ratio highlights major structural weaknesses that are making life tough for people who make their living in the agricultural sector despite the importance of agriculture. Some examples of these challenges are higher input prices, lower output, climate variability, declining resources, limited access to markets, a lack of innovation, and so on. The agriculture sector is aggressively exploring ways to employ technology to boost crop yields to stimulate innovation and entrepreneurship. Artificial intelligence and other forms of disruptive technology are having a major impact on India’s agricultural economy.

The three most prominent uses of AI in agriculture are robotics, crop and soil management, and livestock farming. The goal is to improve farmers’ productivity, income, and harvests while decreasing their workload. In 2017, analysts predicted a $240 million global market for agricultural AI. More than doubling to $1.1 billion by 2025 is projected. Problems like rising population, shifting climate, and inadequate food supplies call for innovative approaches to increasing agricultural output. Therefore, it is essential to learn about AI’s potential applications in agriculture. The global food supply must be increased by half by the year 2050.

Shedding more light on this new tech-driven agriculture, Praveen Pankajakshan, Vice President and Head – Cropin AI Labs stated, “The applications of AI in Agriculture can be profoundly transformative, and we have just begun to scratch the surface in exploring the potential of it. Based on some indicators, at Cropin, we started investing resources early on and developed over 50 different models for different customers, which are at different Technology Readiness Levels (TRL). Crop health and phenological stage monitoring, generating cloud-free data, risk mapping for biotic and abiotic stresses, sowing progression and harvest prediction, and irrigation management models that farmers and organizations across the globe are already using. Although we had been working in this space for long, last year, we felt the need to formally launch the Cropin AI Lab in anticipation of its potential for Agriculture.”

The AI landscape is shifting rapidly, which has far-reaching consequences for agriculture at every stage, from the initial stages of land preparation and cultivation to final consumption. The widespread dissemination of scientifically peer-reviewed AI approaches into the public domain, including for commercial applications, is a rising trend around the world. Generic models that can access multiple types of data are quickly replacing task-specific ones. Even if this develops further, many are worried about making appropriate use of the data and models. Companies are responding to legitimate concerns and trending trends in the market by developing industry- and domain-specific strategies and solutions to problems including data privacy, trust and explainability in AI, ethical usage of AI, and a lack of data diversity that leads to prejudice.

Pravin Shinde, Founder, KhetiGaadi.com commented, “Although many people are working on AI for Agriculture, its usefulness to different sorts of farmers, such as those who own less than 2 ha of land in the Global South, remains restricted. Large-scale farmers growing a single crop would benefit most from these options. We must not forget the 600 million small-landholding farmers (according to FAO data) who require our help to raise food in a sustainable and climate-smart way, even as we attend to the demands of larger farms. There is no dearth of data at the moment, but most of it is noisy or biassed, so models trained with it reflect those characteristics.”

Khetigaadi – Buy, Sell, Rent Latest Agricultural Machinery Online

Read all about Khetigaadi, an online platform where you can buy, sell and rent agricultural machinery and also get loans and insurance assistance on agricultural equipment.

StartupTalkyChayanika Goswami

Capturing the Precise Data Is the Key
Are Indian Farmers Ready for Digitization?
AI for All by Niti Aayog

Capturing the Precise Data Is the Key

The problem is not with accuracy but with access to information. According to recent findings, the gridded weather data is a good approximation of weather station data, particularly for estimating temperature and relative humidity. These methods combine statistical, AI, and numerical algorithms with data from ground stations, satellites, and radar to make predictions. However, due to the limited amount of data available for training these models from meteorological stations, accurate short-term rainfall forecasting remains a formidable obstacle. More automatic weather stations or rain gauge stations (ARG) will be necessary as the environment continues to change. The government of India has taken several steps recently to deal with this problem. To improve the accuracy of the models, numerous new stations will soon be built in many different locations across the country.

Stretching further on that note, Nikita Tiwari, Co-Founder, of NEERX, stated, “From a farmer’s perspective, the available meteorological data is invaluable for predicting the beginning of disease or stress. Much more important is the timely dissemination of this trustworthy secondary data to the farmers. Farmers determine when to start sowing and what kind of management techniques will be effective based on when the monsoons will arrive. Recent years have seen delayed or early monsoon onsets, as well as false onsets, as a result of climate change. The vast majority of people in smallholder markets, such as India’s, do not have access to this information.”

Farmers typically base their cultivation processes on traditional wisdom, historical data, and years or decades of experience in the field. In the face of evolving agricultural market dynamics, increasing weather threats, and concerns about pests and diseases, there is also a need to share the data to update their knowledge. However, one must be careful not to overload them with too much information that freezes their decision-making capacity.

“Through some of our ground-level surveys, we have found that many farmers have increased yield quantity and quality by a minimum of 25% by adopting some of our solutions. So, the potential and aspiration is to extend this to all the farmers to benefit. The data must be homogenized and brought down to a scale where it is easily ingestable and trustworthy. One key element is to increase the trust of the farmers with whom we work,” stated Pankajakshan.

Value of Agricultural Exports From India in Financial Year 2016 to 2022

Are Indian Farmers Ready for Digitization?

While widespread digital adoption remains elusive, the stars are aligning for a dramatic shift in the agricultural industry. Now more than ever, farmers must contend with a changing climate, pests and diseases, crop failures, and other difficulties. It’s the next logical step in the evolution of their farming methods, therefore they’re on the lookout for novel approaches.

For instance, today’s technology allows for the early detection of pests and diseases both on individual plots and in larger regions, often weeks in advance. By addressing problems before they cause significant crop loss, it helps farmers save money. From planting to harvesting, geo-location-based crop and environmental compatibility recommendations to farmers are being offered. Governments and agricultural organizations benefit from our knowledge of sowing patterns, harvest timing, and the impact of extreme weather on crop productivity.

Speaking about farmers getting their hands on tech, Pankajakshan opined, “In my interactions with farmers across the globe, they are very curious and ready to learn and implement ideas. The adoption has been limited because there are too many tools, and not all address their essential needs. If trust is established, farmers are keen to adopt some of these technological advancements, not only in India but across smallholder farmer markets worldwide. Tech adoption is actively changing and we are seeing an increase in momentum. To date, we have digitized about 30 million acres of farmland and impacted the lives of about 7 million farmers globally through some of our solutions. We acknowledge that it is an upward journey to reach out to many more and earn their trust.”

The most important thing is to make these remedies more easily accessible and used by farmers. They need to be reasonably priced, helpful in solving the problems they face every day, and informative about how technology may improve efficiency, earnings, and quality of life. There is a compelling need to address financial inclusion in rural areas and the digital gap in agriculture. The scale of the problems facing the industry and farmers is too great for any single player to solve.

“At Cropin, we understand that it requires the collaboration of all stakeholders, including governments, agribusinesses, NGOs, development agencies, international organizations, financial service providers, and more. In the process, we make our solutions accessible and affordable. They also get the full backing of the entire ecosystem to support them so that farmers feel empowered and, most importantly, supported. We firmly believe we’re on the right path, and you can expect transformations very soon,” said Pankajakshan.

Pointing towards the government’s support, Praveen Shinde stated, “It’s important to recognize that the government is, without a doubt, making progress. Our agricultural sector might benefit greatly from these forward-thinking policies and plans, and they could serve as a model for other countries. What matters now is figuring out how to put these forward-thinking policies into operation as efficiently as possible.”

AI for All by Niti Aayog

India, being the fastest-growing economy has a significant stake in the AI revolution. Recognizing AI’s potential to transform economies and the need for India to strategize its approach, the Hon’ble Finance Minister, in his budget speech for 2018 – 2019, mandated NITI Aayog to establish the National Programme on AI, to guide the research and development of new and emerging technologies. In pursuance of the above, NITI Aayog has adopted a three-pronged approach – undertaking exploratory proof-of-concept AI projects in various areas, crafting a national strategy for building a vibrant AI ecosystem in India, and collaborating with various experts and stakeholders. NITI Aayog has partnered with several leading AI technology players to implement AI projects in critical areas such as agriculture and health.

Way Forward

There will soon be a dramatic change in agriculture, driven by AI, which will promote innovation and long-term growth. By 2025, the agricultural industry is projected to become the economy’s second-largest sector. Niti Aayog has selected a theme of ‘AI for all’ and is working to foster India’s AI ecosystem.

Precision farming, better use of resources, improved supply chains, and increased agency for small farmers are just a few ways that AI is tackling problems that have persisted for decades or centuries. With an ever-increasing global population, smarter use of AI in farming is more important than ever. Food security, resource conservation, and thriving rural economies are all possible outcomes if the agriculture industry adopts AI-driven solutions.

Robotic Farming and Its Impact In The Agricultural Sector

Agricultural robots have revolutionized the agriculture industry in India. Let’s look at the use of robots, the history and future of robotics.

StartupTalkyYash Gupta

February 2, 2024
Drone Technology, the Real Game Changer for Agri Sector: Dhanashree Mandhani

For many years, agriculture has been the lifeblood of India’s economy, and the country has reaped substantial rewards from this sector. Various creative solutions have embedded themselves in this area, which is currently undergoing technological advancement. The ever-increasing population and the steady loss of farmable land make these sorts of improvements vital. An exclusive interview with Dhanashree Mandhani, Founder & CEO of Salam Kisan, was conducted by StartupTalky to provide a comprehensive overview of the technological advancements taking place in the country’s agricultural industry.

What are the future developments in technology that will drive the Indian agriculture sector?

Ms. Dhanashree: The agricultural sector is currently experiencing a transformative shift, driven by the integration of advanced technologies aimed at enhancing sustainability and revolutionizing traditional farming methods. This encompasses a broad spectrum of digitalization and automation processes, including artificial intelligence (AI), robotics, big data, the Internet of Things (IoT), and virtual and augmented reality.

At the forefront of this digital revolution is agritech, which is rapidly gaining prominence and catalyzing significant advancements across various facets of agriculture. Technological innovations are elevating agricultural activities, leading to substantial improvements in efficiency and productivity. Notably, mechanization has streamlined crucial processes like tilling and harvesting, resulting in a significant reduction in manual labor.

Furthermore, the adoption of technology is reshaping irrigation methods and revolutionizing transportation systems within the agricultural landscape. From the implementation of precision irrigation techniques to the enhancement of transportation logistics, these advancements are collectively contributing to increased productivity, improved resource efficiency, and overall sustainability in the agricultural sector.

Looking specifically at the Indian context, these transformative developments hold the potential to revolutionize the country’s agriculture, making it more sustainable, productive, and resilient in the face of existing challenges. However, the successful implementation of these technologies necessitates collaborative efforts among government bodies, private enterprises, and farmers. Additionally, addressing infrastructure and connectivity challenges in rural areas is crucial for ensuring the widespread adoption and effectiveness of these advancements. Through concerted efforts and strategic partnerships, the agricultural industry in India can undergo a comprehensive and positive transformation, aligning with global trends in smart and sustainable farming practices.

Will the agribusiness sector also be impacted by the rising popularity of robotics?

Ms. Dhanashree: As robotics gains traction, the Indian agribusiness industry is positioned for a technological revolution. Robotics has the potential to completely transform the agricultural industry by providing accuracy and efficiency to a wide range of activities. Robotics adoption offers the potential to significantly improve productivity, reduce labor costs, and ensure operational precision for agribusinesses in a nation where agriculture is the backbone of the economy.

However, an elaborate plan is needed for the effective integration of robotics in agribusiness. It is necessary to take into account factors like the initial investment cost, the requirement for specialized training, and the smooth integration with current systems. To match these technological developments with the unique requirements and difficulties faced by the Indian agribusiness community, cooperation between technology providers and the agricultural sector stakeholders is essential.

What are the major challenges while embedding tech into agri sector?

Ms. Dhanashree: While using technology in farming has many advantages, it also comes with challenges. Some farmers, especially those who follow traditional methods, may be hesitant to use new technologies. This resistance can be due to cultural and generational factors, as some farmers might not be familiar with or unsure about the benefits that technology can bring to their farming.

To overcome these challenges, we need a comprehensive approach. This includes building better infrastructure, like internet access and electricity so that farmers can use technology more easily. Educational programs can help farmers understand how to use these new tools effectively. Ensuring the security of their data is also important to gain their trust. Financial support can assist farmers in affording the initial costs of adopting technology. Lastly, clear and effective communication is key to building trust and encouraging more farmers to embrace technology in their farming practices.

a. Accessibility and Affordability: One of the primary challenges is ensuring that small and marginal farmers, who constitute a significant portion of India’s farming community, have access to these technologies. Affordability and user-friendly interfaces are crucial factors to consider.

b. Infrastructure: The digital divide and inadequate rural infrastructure, including power supply and internet connectivity, pose significant challenges. Bridging this gap is essential to enable the seamless integration of technology into farming practices.

c. Education and Awareness: Familiarity with and understanding of modern technologies are not uniform across all segments of the farming community. Educational programs and awareness campaigns are vital to facilitate the adoption of these technologies.

d. Data Security and Privacy: With the increasing reliance on data-driven technologies, ensuring the security and privacy of farmer data is paramount. Clear policies and robust cybersecurity measures need to be in place.

e. Regulatory Frameworks: Developing supportive and adaptive regulatory frameworks is essential. This includes policies that encourage innovation, address concerns related to genetically modified organisms (GMOs), and streamline the approval process for new technologies.

Considering the Indian agricultural landscape, characterized by its diversity in crops, climates, and farming practices, any technological solution must be versatile and customizable to suit the varied needs of farmers across different regions. Collaborative efforts between the government, private sector, and research institutions are instrumental in overcoming these challenges and driving a technology-led agricultural transformation in India.

Govt is strongly pushing tech into agri sector to increase productivity and quality. How is this step being taken by the key players and how this will change the face of agri industry?

A revolution in the agricultural sector has been driven by the government’s push for technology integration in agriculture. To increase productivity and assure the quality of agricultural produce, significant companies are responding by making advances in cutting-edge technology like artificial intelligence (AI), the Internet of Things (IoT), and robotics. An innovative ecosystem is being built by a rising number of collaborations with technology-related businesses and educational institutions.

This deliberate push to adopt technology in the Indian setting is likely to bring about a significant change in the agriculture sector. It could improve supply chain management, reduce waste, make agricultural practices more sustainable, and enhance farmers’ quality of living. The agri industry in India is evolving into a tech-enabled landscape, where data-driven decision-making and precision agriculture are becoming integral to the farming ecosystem.

What is your take on drone technology and what further upgrades are required in this?

Drone technology has been a game-changer in Indian agriculture, providing farmers with real-time data that helps them make educated decisions. Drones have become crucial for precision agriculture, pest management, and crop monitoring; this is especially true in India, where there is a wide variety of methods used in agriculture.

Ongoing improvements are necessary to maximize the impact of drone technology in Indian agriculture. Technological developments in sensors are essential for more precise data collection, longer battery life for longer operation, and better automation features. Ensuring accessibility and addressing regulations would be crucial to strengthening the advantages of drone technology in the Indian agriculture industry, especially for small and marginal farmers.

Robotic Farming and Its Impact In The Agricultural Sector

Agricultural robots have revolutionized the agriculture industry in India. Let’s look at the use of robots, the history and future of robotics.

StartupTalkyYash Gupta

January 26, 2024

Aerobotics: Optimizing Crop Performance with Data Analytics

Company Profile is an initiative by StartupTalky to publish verified information on different startups and organizations. The content in this post has been approved by Aerobotics.

As the global population reaches 7.9 billion in November 2022 and is projected to reach 9.8 billion by 2050, food security has become one of the major concerns across the world. With the scarcity of resources, there is a need to leverage advanced technology in agricultural practices to expand agricultural outputs.

It has been reported that with emerging agritech startups, the global agrotechnology market is estimated to grow at a CAGR of 12.1% during 2020-2027. Since agriculture remains the main source of livelihood for a huge proportion of people, its crucial to address agricultural challenges.

Aerobotics is an agritech company set up for helping farmers improve their crop performance and production with AI-driven data analytics. Going through this article, you will know important details of the company- its founders, startup story, services, funding, growth, and more.

Aerobotics – Company Highlights

Company Name	Aerobotics
Headquarters	Cape Town, Western Cape, Africa
Primary Industry	Agrotechnology
Founders	James Paterson and Benji Meltzer
Founded In	2014
Website	Aerobotics.com

Aerobotics – About
Aerobotics – Founders and Team
Aerobotics – Startup Story
Aerobotics – Mission and Vision
Aerobotics – Products and Services
Aerobotics – Business Model
Aerobotics – Funding and Investors
Aerobotics – Patents and Trademarks
Aerobotics – Growth
Aerobotics – Awards and Achievements
Aerobotics – Competitors
Aerobotics – Future Plans

Aerobotics – About

Aerobotics is a data analytics South Africa-based company that uses aerial imagery and machine learning algorithms for detecting pests and diseases in tree crops and optimizing crop performance for farmers worldwide. The company makes it possible for farmers to interact with this valuable data through its web and mobile applications.

It has two main offices in Africa and the United States along with Sales Managers working remotely and spending their day on the ground with its growers across the world. Moreover, the company has been able to help farmers manage more than 65 million trees with clients in 18 countries, including America, Africa, Australia, Spain, and Europe.

Aerobotics – Founders and Team

James Paterson and Benji Meltzer are co-founders of the company.

James Paterson

Along with the co-founder, James Paterson is the CEO of Aerobotics. He completed his Master’s in MSc, Aerospace, Aeronautical, and Astronautical/Space Engineering from the Massachusetts Institute of Technology.

Benji Meltzer

Benji Meltzer is a co-founder and CTO of Aerobotics. He graduated from Imperial College London with a degree in MSc, Biomedical/Medical Engineering – Neurotechnology Specialization. He has also held the role of Business Analyst at The Cyest Corporation and Operations and Logistics Manager at Uber.

The size of the company’s team today is over 80 people, ranging from agronomists, engineers, creatives, product developers, and customer service experts.

Aerobotics – Startup Story

James Paterson grew up on a farm located outside of Cape Town and there he learned the challenges faced by his family and community of growers. After years, he met Benji Meltzer and they both decided to see how their combined skills can be used in aeronautics, machine learning, and aerial imagery to solve crop-related problems. They took drones and flew them on James’ family farm.

Soon, they were able to validate that artificial intelligence could be used to process aerial imagery and identify problems invisible to the farmers. Aerobotics was established as an agritech startup in 2014. They generated insights for more than 100 million trees to help growers, insurers, and investors improve their production and profitability.

Aerobotics – Mission and Vision

The vision and mission of Aerobotics are to provide intelligent tools for feeding the world.

Aerobotics – Products and Services

The company is known for offering two primary solutions – Farm and Insure. It offers a Tree Insights service that supports citrus, pome, stone, berries, grapes, nuts, olives, subtropical fruit, and pomegranates.

Moreover, it offers traditional crop insurance, precision crop insurance, detailed acre analysis, and optimal premiums through Insure solution. Aerobotics has developed two apps named Aeroview Scout and Aeroview InField.

Welcome to Aeroview: Getting Started

Aerobotics – Business Model

Aerobotics uses a combination of drone and satellite imagery for providing its customers with valuable insights into their farms. The imagery is further uploaded onto servers and then data analysis is conducted. With the help of data procured by the company, farmers can identify underperforming areas, including nutrient deficiencies, pest infestations, and irrigation problems, and also monitor the progression of the season.

Moreover, its advanced tree-counting technology aids farmers to know the plan count per block, per crop, and per cultivator. The company delivers customers’ Tree Insights within 4 to 7 days for serviced flights after their data has been flown and 3 to 7 days for self-serviced flights when the upload is completed.

Aerobotics – Funding and Investors

Aerobotics has undertaken 7 funding rounds. The latest funding round- ‘Series B’ took place on December 11, 2020. Currently, it’s supported by 17 investors with 6 as lead investors, including FMO, Cathay Innovation, Naspers, BossaNova Investimentos, and Endeavor.

Date	Round	Number of Investors	Money Raised	Lead Investor
December 11, 2020	Series B	7	$13.5 million	Naspers Foundry
May 20, 2020	Venture Round	1	$5.5 million	Naspers Foundry
February 27, 2019	Series A	1	$1.5 million	Paper Plane Ventures
July 18, 2018	Series A	4	$2 million	Nedbank
November 29, 2017	Non-Equity, Assistance	1	$50K	Google Launchpad Accelerator
August 1, 2017	Seed Round	3	$42K	4Di Capital, Savannah Fund
April 26, 2017	Pre Seed Round	2	$15K	–

Aerobotics – Patents and Trademarks

The intellectual property of Aerobotics comprises 4 registered patents primarily in the category of ‘Computing’ and ‘Calculating.’

Aerobotics – Growth

The estimated annual revenue of the company in 2022 is $12.9 million per year ($145,000 per employee). Moreover, the employee count increased by 3%, and monthly web visits growth grew by 18.48%.

Aerobotics – Awards and Achievements

In the last 2 years, Aerobotics successfully captured 20% of South Africa’s citrus market and 40% of its macadamia market in the last six months. In addition, the company has received multiple industry-related prestigious awards. A few major achievements are:

Selected as one of 24 startups to be part of Google’s Launchpad Accelerator in 2018
Won AfricArea VivaTech Challenge
President Macron Tech Award
Innovator of the Year Award at the All Africa Business Leader Awards

Aerobotics – Competitors

The company ranks 1st among its 364 competitors and some of these include:

AUS
SeeTree
Marut Drones
Sentera
StructureIt
Realm Digital

Aerobotics – Future Plans

The main plan of the company is to develop diagnostic functions.

FAQs

Who is the CEO of Aerobotics?

James Paterson is the Co-Founder and CEO at Aerobotics.

What does Aerobotics do?

Aerobotics is an agritech company set up for helping farmers improve their crop performance and production with AI-driven data analytics.

Who are the competitors of Aerobotics?

Competitors of Aerobotics include:

AUS
SeeTree
Marut Drones
Sentera
StructureIt
Realm Digital

March 9, 2023

Godrej – The success story of one of the leading Multinational Conglomerate Companies

Company Profile is an initiative by StartupTalky to publish verified information on different startups and organizations. The content in this post has been approved by Godrej.

The conglomerate industries are those that own many smaller firms that operate in different production of goods like medicines, food, apparel, household goods, kitchen appliances, etc. We are all aware that India houses many such conglomerate companies.

It is quite fascinating to see how these companies operate so many businesses. While they are engaged in such businesses, what exactly is the reason for them to do so? The answer is they want to lower the business risks by decreasing the dependence on just a single product or market for that matter.

Godrej, the brand we all know, is an Indian multinational conglomerate that was founded in 1897, almost, 125 years ago. The persons behind Godrej’s establishment are Ardeshir Godrej and Pirojsha Burjorji Godrej.

As a conglomerate company, Godrej is engaged in many businesses like – consumer goods, real estate, furniture, industrial engineering, appliances, security, and agricultural products.

To know more about the company, Godrej, read on to uncover its startup story, founders, business and revenue model, the challenges faced, investors, competitors, and more.

Godrej – Company Highlights
Godrej – About
Godrej – Founders
Godrej – Startup Story
Godrej – Mission and Vision
Godrej – Name, Logo, and Tagline
Godrej – Business Model
Godrej – Revenue Model
Godrej – Challenges Faced
Godrej – Mergers, and Acquisition
Godrej – Advertisements and Social Media Campaigns
Godrej – Awards and Achievements
Godrej – Competitors
Godrej – Future Plans

Godrej – Company Highlights

Headquarters	Mumbai, India
Sector	Manufacturing
Type	Private
Founders	Ardeshir Godrej and Pirojsha Burjorji Godrej
Founded	1897
Revenue	INR 5500 Crores (2022)
Website	www.godrej.com

Godrej – About

Godrej was established before India got its independence. The company was founded in 1897 by Ardeshir Godrej and Pirojsha Burjorji Godrej. Today, around 1.1 billion people worldwide support Godrej’s businesses in a variety of industries. The company’s geographic influence actually goes beyond Earth because a lot of India’s space projects are currently powered by its engines.

Godrej has a turnover nearing Rs 70 billion at the end of the fiscal year 2022. The corporation works in a variety of industries, including agriculture, consumer goods, industrial engineering, real estate, appliances, and furniture. Its affiliates and subsidiaries include the private holding firm Godrej & Boyce Mfg. Co. Ltd., Godrej Consumer Products, Godrej Agrovet, and Godrej Properties, as well as Godrej Industries and its subsidiaries.

For Godrej, the core of everything is its people. They take great satisfaction in cultivating a culture of high performance and agility in the workplace. Additionally, Godrej has a strong commitment to valuing and recognizing diversity among its employees.

Godrej – Founders

Godrej was founded by Ardeshir Godrej and Pirojsha Burjorji Godrej in 1897.

Ardeshir Godrej

The first of Burjorji and Dosibai Gootherajee’s six children, Ardeshir Burjorji Sorabji Godrej was born in 1868. The Gootherajees were a prosperous Parsi-Zoroastrian family from Mumbai, and Burjorji and Sorabji, Ardeshir’s father and grandfather, were real estate brokers. His father changed the family name to Godrej in January 1871. Ardeshir with his brother Pirojsha co-founded the Godrej Brothers Company, which today is known as the Godrej Group. Ardeshir wed Bachu (Bachubai) in 1890, who had just turned 18 years old.

Pirojsha Burjorji Godrej

Priojsha Burjorji Godrej is the brother of Ardeshir Burjorji Godrej and a son of Burjorji Godrej. Projsha and his brother Ardeshir established the Godrej Group, an international business. At the age of 24, shortly after receiving his diploma from Mumbai’s Victoria Jubilee Technical Institute, Pirojsha joined the company. Due to the flu outbreak, Pirojsha’s young wife Soonabai passed away in Mussoorie. He had three sons Sohrab, Burjor, and Naval, and one daughter called Dosa. In the Mumbai suburbs, the industrial township of Pirojshanagar bears his name. The Godrej Group is currently led by Pirojsha’s grandchildren Adi, Nadir, and Jamshyd.

Godrej – Startup Story

After being established in 1897, a few years later, Godrej started by introducing Chavi, the first animal-fat-free soap ever produced in the world. In 1922, renowned figures like Annie Besant and Rabindranath Tagore came in support of Godrej’s products.

In a letter to a rival seeking a favor, Mahatma Gandhi wrote: “I hold my brother Godrej in such high respect that if your endeavor is going to injure him in any way, I regret very much that I cannot grant you my blessings.

Godrej then launches furniture with almirahs (steel cupboards) after locks and soap in 1923. On the day of Indian Independence in 1952, Cinthol is introduced by Godrej, which makes them by ranking as the second-largest soap manufacturer in India. In 1958, refrigerators are launched by the company.

In the 1990s, by founding Godrej Properties, the company introduced the Group’s culture of innovation and excellence to the Indian real estate sector. After one year, the company steps into agribusiness by establishing Godrej Agrovet. In 1997, Godrej completes 100 years of its existence as a group.

With the introduction of Godrej Nature’s Basket, Godrej enter the gourmet retail market in 2005. With over 30 premium outlets, the company is currently India’s top shopping destination for fine goods from around the world. In 2008, India becomes the fifth country to deploy an unmanned mission to the moon with Chandrayaan-1. The company takes pride in the engineering know-how and contributions to the construction of the mission’s launch vehicle and lunar orbiter.

Around 2010, Godrej strives to create a more ‘green’ and ‘good’ environment for the country. On India’s first Mars mission, Godrej is honored to work with the Indian Space Research Organization. The Polar Satellite Launch Vehicle is powered by Godrej Aerospace engines.

The National Stock Exchange and the Bombay Stock Exchange both listed Godrej Agrovet Limited in 2017.

Godrej delivers the 95-meter-tall Continuous Catalytic Regeneration reactor for Nigeria’s Dangote Oil Refinery in 2019, the tallest in the world. It is said to be greater in height than the Qutub Minar.

Godrej – Mission and Vision

Godrej’s mission statement says, “Our passion and purpose is to make a difference through our ‘Good & Green’ approach to create a more inclusive and greener India.”

The vision of Godrej is “Godrej in every home and workplace.“

Godrej’s Values are:

Integrity
Trust
Care for the Environment
To Serve
Respect

Godrej – Name, Logo, and Tagline

Godrej’s logo is taken from Pirojsha Burjorji Godrej’s signature.

The tagline of Godrej is, “Brighter Living”

Initially, the company was started with the name, Godrej Brothers Company, and later on, was changed to Godrej Group.

Godrej – Business Model

Godrej is a conglomerate company, whose business model consists of different types of businesses.

Godrej’s Business Vertical contains the following products and services:

Aerospace and Defence

The company has over 200+ Liquid Propulsion Engines for launch vehicles with 600+ thrusters for satellites with an experience of 50+ years of machine-building experience. They are currently working on civil aviation projects with major international companies like Honeywell, GE, Rolls Royce, Boeing, and Safran.

Appliances

Godrej has served 36+Countries. They have created energy-efficient, water-saving, and ecologically friendly air conditioners, refrigerators, and washing machines.

Chemicals

They have broadened their product line to include specialty goods with added value, and export to more than 80 nations in North and South America, Asia, Europe, Australia, and Africa. Godrej is one of India’s leading oleochemicals players, manufacturing and marketing over 100 key chemicals.

Financial services

Godrej offers financial services like loans against property and home loans with Godrej Capital Limited as the holding entity for Godrej Housing Finance (an HFC) and Godrej Finance Limited (an NBFC).

Food & Agribusiness

Godrej produces Crude Palm Oil and Palm Kernel Oil through its Oil Palm Business, Animal Feed business, and Food & Beverage brands with products like Real Good Chicken and Yummiez. It also offers a range of beverage mixes such as tea, coffee, whitener, soups, special Indian drinks, a range of tea bags, and cold beverages.

Furniture, furnishing, and fittings

Godrej has 34 design mark awards with 85+ certified green products. The group has a brand called Godrej Interio, India’s oldest and largest brand of home and office furniture.

General Engineering

Godrej offers products like Godrej Lawkim Motors, Godrej Tooling, Godrej Electricals & Electronics, and Godrej Precision Engineering. The company has over 300+ Gold and Platinum-rated projects.

Heavy Engineering

With Godrej Process Equipment, the company has ranked as the world’s top process equipment fabricator.

Home and Personal Care

The company is the market leader in India for hair color (with Godrej Expert, Godrej Professional, Nupur, and BBLUNT) and ethnic hair color in Sub-Saharan Africa (with Inecto), as well as one of the top companies in Latin America. Their portfolio includes the legendary Darling brand, among other brands (with Illicit, Issue, and Roby). Along with this, Godrej shares the number two spot in the Indian soap market with Godrej No. 1 and Cinthol and holds the top spot in the air freshener market in both India (with Aer) and Indonesia (with Stella). Along with Ezee, they are also the market leaders for liquid detergents in India and wet tissues in Indonesia (with Mitu). Its home and personal care business is operated under its subsidiary company – Godrej Consumer Products Limited (GCPL).

Information Technology

With the www.godrejinfotech.com website, Godrej offers a wide range of IT services with digital and technological solutions, implementation and Global Rollout, Application support & maintenance, Mobile Development, and Training.

Infrastructure

Godrej delivers solutions that address a wide range of needs, including Public Health Engineering (PHE), Electrical, Fire Safety, and HVAC (Heating, Ventilation, and Air-conditioning) systems, thanks to its extensive project management experience across residential, commercial, and industrial establishments.

Intra-logistics

Offering in India and beyond in South East Asia, Europe, and the Middle East, Godrej serves Intra-logistics services. From pharmaceuticals, chemicals, agrochemicals, food, and beverages to textiles, paper, paints, automotive, railways, and defense, they provide services to a variety of industries.

Real Estate

One of the biggest publicly traded real estate companies in the nation, Godrej Properties has a diverse portfolio that includes commercial, residential, and mixed-use developments distributed across India’s major cities. The Godrej Group’s innovation, sustainability, and excellence-focused philosophies are brought to the real estate sector by Godrej Properties. Each of its developments combines a dedication to cutting-edge design and technology with the Group’s history of excellence and trust.

Power and Energy

Godrej has commissioned more than 25 substations and 300 km of 400kV transmission lines have been put into service. Over 16 lakh households in 20,000 villages and 56 major areas in India have been electrified as a result of these programs, which have also installed millions of solar panels to produce renewable energy.

Locks and Security Solutions

From the classic Navtal lock, Godrej offers have developed into high-end, all-encompassing security systems that today protect millions of homes, workplaces, and the locations of illustrious organizations like the Reserve Bank of India, the Taj Mahal, and other significant national organizations. It has benefited more than 1.5 million customers in 65 countries. The company owns an 80% retail market share in home security.

Godrej – Revenue Model

It was reported that Godrej generated nearly Rs 70 billion in revenue in 2022.

The company’s half of its revenue is in the FMCG business, which comes from its international businesses in three emerging markets – Asia, Africa, and Latin America, across three categories – home care, personal wash, and hair care.

Godrej Consumer Products generated around Rs 12,366 crores in revenue in 2022.

Godrej – Challenges Faced

Godrej Consumer Products Limited (GCPL), faced some challenges after five of its eight operations were acquired in 2021. GCPL has a 51% stake in the African hair care firm Darling Group Holdings.

The company struggled to keep up with the emerging demands of the consumer market as the company aims to be a global market in consumer goods. The company believes that local manufacturers of consumer goods are searching for fresher markets abroad as domestic rivalry heats up to fill voids or categories currently occupied by international corporations.

Godrej – Mergers, and Acquisition

Godrej Consumers Product Limited (GCPL) has purchased overseas firms like Keyline Brands Limited (United Kingdom) in 2005, Rapidol (Pty) Limited (South Africa) in 2006, Godrej Global Mid East FZE (Argencos, Argentina) in 2007, and Cosmética Nacional (Chile), among others.

Godrej stated in 2015 that it has acquired a 100 percent equity investment in the South African company Frika Hair.

Godrej Nature’s Basket has acquired EkStop on Feb 17, 2015. They acquired EkStop for $4.8M.

Godrej Agrovet has invested in and made two acquisitions in total. For the purchases, the corporation has invested about $ 83 million. Godrej Agrovet has invested in several industries, including genomics, livestock technology, and others.

Godrej – Advertisements and Social Media Campaigns

With a huge number of followers on its social media pages, Godrej plays like a mastermind when it comes to advertisements and social media campaigns.

One of India’s top real estate developers, Godrej Properties Ltd. (GPL), announced the beginning of its digital brand campaign, #EverydayJoys- Jahaan Khushiyan Badi Hoti Hai. The advertising highlights GPL’s mission to build communities, families, and homes that enable everyday joys one at a time. The campaign was launched in November 2021.

Three digital video advertisements were produced by the company to showcase the beauty of typical family moments that we all enjoy at home. They serve to emphasize how a central home is to most of our favorite recollections. These three movies strive to portray the ideal family moments, daily routines, and favorite spots that everyone has at home.

Godrej – Awards and Achievements

The list of awards and achievements won by Godrej are:

Cinthol ranked 47th overall in the Economic Times – Brand Equity Most Trusted Brands Survey 2016.
Infor awarded Godrej Infotech for “Golden Deal of the Year for 2013”
Ÿ GCPL was ranked number 12 on the ‘Great Place to Work – Best Workplaces in Asia 2017’ list and among the top 19 Best Employers in India in the ‘Aon Hewitt Best Employers 2017’ survey.
Godrej Appliances was awarded the title of Asia’s most promising brand at the Asian Brand and Leadership Summit 2013.
Godrej Appliances won Gold in the category – ‘Most Trusted Brand’ at the Reader’s Digest Awards in 2008 for the 3rd consecutive year.

Godrej – Competitors

The top competitors of Godrej are:

Samsung
ITC
Dabur
P&G
HUL
LG
Colgate
Whirlpool India
Bajaj Electrical

Godrej – Future Plans

Recently, Godrej Properties’ net profit tripled to Rs 45.55 crores in the April-June quarter this month. The company plans to deliver over 10 million sq ft in the coming FY23. According to Godrej, the company anticipates a robust launch pipeline this year, which will include both new projects and new phases of ongoing projects in several cities. In the June quarter, three projects were launched.

FAQs

Is Godrej a private company?

Yes, Godrej is a privately held company.

Who owns Godrej?

The company is largely owned by the Godrej family.

Who is the current CEO of Godrej?

Sudhir Sitapati is the current CEO and MD of Godrej.

Is Godrej an MNC?

Yes. Godrej is a multinational company based out of India.

October 26, 2022

List of US Agritech Startups Transforming Farming
Farm Bot made a splash in the news, but it’s far from the only farming startup working directly with farmers to improve farming practices. Robots are taking over farms – US tech startups want to bring automation to farms. Robots are the latest farmhands in a resurgence of interest and investment in agricultural tech. Farms are getting into computers and IT once again, with innovations made possible by improvements in sensors and semiconductor technology. Recently, a new wave of tech startups is working hard to automate agriculture with robots and AI. For example, a technology that hoes fields using computer vision autonomously identifies weeds and destroys them with targeted amounts of herbicides or pesticides. It can do this much more cost-effectively than humans can.

How are robots transforming work on farms?
What are the advantages of robots on farms?
Top Technologies Ruling Agriculture
Future of Robots on Farms

Top Agritech Startups 2022

How are robots transforming work on farms?

Farming is a highly competitive industry. Farmers are under constant pressure to grow more crops and livestock while keeping production costs low. As the world’s population increases, farms will need new ways to boost productivity and efficiency. This may include adopting technologies once thought of as science fiction, such as self-driving tractors and robotic milking machines.

The machinery and technology that farmers use are constantly evolving to make them more efficient. This can positively impact the environment, but it’s also led to some negative consequences, such as the loss of many jobs in farming.

Farmers have invested in drones for aerial imaging, GPS-guided tractors, and other technologies to boost efficiency and reduce labour costs in recent years. In the next decade, robots may be able to help with more complex tasks such as weeding, harvesting and pruning.

The seed-planting machines can operate at night and in the rain, so they don’t have to wait for ideal weather conditions. It’s all part of the farm’s efforts to remove humans from the equation and use technology to boost productivity.

The advances in agriculture have been nothing short of spectacular. Farm equipment gets more powerful, precise and efficient every year. Farms are becoming more automated in almost every way imaginable. Barns have become more comfortable and efficient for animals. Crops are being grown in vertical greenhouses and hydroponically — without soil. There are even robots that milk cows now.

What are the advantages of robots on farms?

Robots can do the farm work without getting tired. Even if they get damaged, you can easily repair them. Robots are more accurate than humans, and they can do a lot of work in a short period. Unlike humans, robots don’t need water or food to survive. Machines don’t have to rest day or night. They can work 24/7. Here are a few of the top advantages of having robots on the farm.

More efficient work

Robots can be programmed to pick the fruits and vegetables in a certain way so that only the best produce is selected and sent to market. This means that farms will waste less food. After all, it will no longer need to be picked by hand, which requires more employees and results in wasted produce because it was picked incorrectly or bruised during transport.

Reduced labor costs

Robots are becoming more common in factories because they can perform more efficiently than human workers. The same is true on farms. Robotic equipment can be programmed to handle tasks requiring precision and speed while also performing repetitive tasks without getting tired or injured. This reduces labour costs for farmers with robotic equipment deployed on their farms.

Reduced risk of injury

Farms pose many potential hazards for humans – from sharp machinery and heavy equipment to dangerous chemicals and inclement weather conditions. By automating certain tasks that require human interaction with these dangers, you can reduce the risk posed to your employees – keeping them safe from harm.

Increased productivity

As well as working longer hours than humans for minimal cost, robots can also increase productivity levels by performing tasks faster and more accurately than their human counterparts.

They’re cheap

Robots can be programmed to do a certain job, and once they’ve been programmed, they won’t need any more training; they’ll just do the job repeatedly without getting tired or bored.

They’re fast

Robots can work 24 hours a day, seven days a week, without any breaks. This means that a farmer can get more work done in less time. In addition, the faster you complete your work, the less money it will cost you in labour costs and equipment wear and tear.

These Agritech Startups are changing the Agriculture Industry

Agriculture is one of the largest industry in India. This list contains all the innovative agritech startups in India which are helping the farmers.

StartupTalkyAshwini

Top Technologies Ruling Agriculture

Big data and machine learning algorithms can help farmers increase harvests while reducing their environmental footprint. The conventional farming techniques and methods that we’ve used for decades are becoming obsolete — machines and computers are taking over farms. So what is happening with farm bots? Let’s look at these companies and their technologies.

FarmBot – The First Open-source CNC Farming Machine

FarmBot – Agritech Startups in the US

FarmBot is an open-source CNC farming machine and software package designed for small-scale personal farming. It uses a web application and Arduino-powered firmware to control a set of stepper motors that move a tool head around a patch of soil, performing the various tasks required for farming. The goal is to empower people to grow food with confidence in their backyard or community garden by offering you an easily deployable, scalable, and customizable robotic gardening system.

The Farmbot team’s vision is that one day farmers and every person will have access to healthy food grown with love at home, in their community gardens, and on local farms — regardless of their background or income.

Abundant Robotics – Apple Harvesting Robot

Abundant Robotics – Agritech Startups in The US

Abundant Robotics is working on a harvesting robot for apples. The company’s prototype can identify and pick apples with more precision than a human.

The robot uses a vacuum system to pick the fruit from the tree. Technology does not appear to damage the apple or the tree. However, the company says that it needs further testing before making this technology commercially available.

The robot uses a combination of cameras and computer vision software to find good apples on trees and suction cups to grab them without damaging them gently. It can pick an apple every 12 seconds and works day and night.

The technology is limited to apple growers in Washington state but hopes to develop robots that can harvest various soft fruits and vegetables.

Augean Robotics – Earth-friendly Weed-killing Robots

Burro formerly (Augean Robotics) – Agritech Startups in The US

Burro, formerly known as Augean Robotics wants to replace herbicides and manual labour with fleets of robots that patrol vineyards, orchards, and farms.

The Augean robot looks like a mini tank on treads. It has two wheels, each with vertical blades that cut down weeds as it moves along the rows. It also sprays vinegar to keep weeds from growing back.

The idea is that farmers would use a fleet of wheeled drones that would be able to successfully detect weeds and kill them, allowing farmers to increase their crop yields and earn big.

Boston Dynamics – Atlas Robot

Boston Dynamics – Agritech Startups in The US

Boston Dynamics’ Atlas robot can do an impressive range of activities, from tai chi to parkour. And now, it can help out around the farm.

Boston Dynamics has released a video showing Atlas carrying a crate of lettuce heads across an obstacle course and then placing them in a box.

Atlas is a bipedal robot that stands 5-foot-9 and weighs 180 pounds. It’s designed to tackle human-like tasks, including lifting heavy objects, opening doors, and walking in rough terrain.

In the latest video, Atlas steps over hurdles positioned in its path. They then balanced on one foot while picking up the crate using the other foot. It then bends over to place the container into a box.

Iron Ox – Autonomous Growing Facility

Boston Dynamics – Agritech Startups in The US

Iron Ox, a California startup, deploys autonomous growing, harvesting, and delivery for local farms.

The Iron Ox approach has some similarities to the indoor farms you’ve probably heard about: The produce is grown in a warehouse-like building that allows for year-round cultivation.

But there are several significant differences. First of all, Iron Ox’s facility isn’t stacked with trays of plants under grow lights. Instead, it uses hydroponics, which involves directly exposing the plants’ roots to nutrient-rich water rather than soil. The company says this approach allows its system to cultivate plants with the same taste and nutritional qualities as those grown in open fields or greenhouses but use 90% less water and 99% less land.

The company grows greens in climate-controlled shipping containers (they are, after all, based in Silicon Valley) using an AI system called Angus. Then, according to each plant’s specific requirements, Angus monitors the plants’ needs and sends them what they need — water and nutrients.

Blue River Technology – A Technology That Hoes Fields Using Computer Vision

Blue River Technology – Agritech Startups in The US

In the 1950s, when a man named John Deere invented the first tractor, he probably did not think that a self-driving tractor would be hoeing fields one day.

Blue River Technology is a tech company that uses computer vision to help farmers make faster and better decisions. As a result, farm management should be more economical and less environmentally harmful. Still, many require regular manual inspection of crops—a time-intensive process with a high margin of error. Blue River Technology has created see-and-spray technology that allows its machines to distinguish between crops and weeds. Once they know what’s what, they can spray herbicide at just the right moment through real-time analytics software.

The idea is cashier-less stores by Amazon. The company has created see-and-spray technology that allows its machines to distinguish between crops and weeds. Once they know what’s what, they can spray herbicide at just the right moment. This will enable farmers to save money by only spraying the plants that need it.

The promise of Blue River’s tech is huge: less waste, more productivity, and lower costs for farmers.

Jobs That Will Be Automated By 2022

Will a robot take your job? Automation is wiping out several jobs in coming days. Here is a list of jobs that will be automated in future.

StartupTalkySushree Sangeeta Behera

Future of Robots on Farms

The future of farming looks like a science fiction movie, with robots planting crops, drones monitoring fields and satellites providing information from space. But are robots taking over farms?

Not quite yet. Despite the many advancements in technology, there is still a significant need for people on farms. Many tasks still require a human touch, like planting delicate crops and harvesting them.

The world of farming is changing. Advances in technology, including robots that can be programmed to work together, have allowed those working in the fields to get more done with less labour. These innovations are making farming more efficient and, at the same time, cheaper for farmers.

Farm automation is already revolutionizing the way farming is done. For example, robots are now being used to help farmers plant and harvest crops more efficiently. The future of agriculture is even more exciting, as modern technology will soon allow farmers to do things they couldn’t even dream possible with no human intervention at all.

Conclusion

US Tech Startups making Farming Robots will change the world with technologies of the future.

Innovation can make businesses more efficient, with substantial cost savings. Farms could benefit immensely from automation. Their use has already helped farmers, and their numbers are snowballing. Automating farming will lead to immense cost savings, which will allow businesses to focus more resources on the more pressing issues they face. Agricultural robots are already here, and there’s no sign that they’ll stop making life farmer’s life easier any time soon. We should pay attention now because agricultural automation is on the horizon. Robots will revolutionize farming, and they will do it faster than you’d think. Fields that formerly needed thousands of workers to plough will soon be mechanized. Instead of being job killers, AI farms could provide work for thousands of people in the future, managing the robots and maintaining them, among other things. Automating farming will lead to immense cost savings, which will allow businesses to focus more resources on the more pressing issues they face. Humanity will be better off with robotics in the future, and the world is excited to witness this.

FAQs

Are robots used for agriculture?

Robots are used for many purposes in agriculture. Some examples are:
- Harvest Automation
- Autonomous Growing
- Orange Harvester
- Apple Harvester
- Autonomous mowing
- Lettuce bot
- Weed-killing
Which are the companies working for robotics farming?

Some of the best Robotics Companies working for robotics farming are:
- Blue River Technology
- Harvest CROO Robotics
- Iron Ox
- Boston Dynamics
- Trace Genomics
- Burro Robotics
- FarmShots
- Abundant Robotics
What are the top technologies ruling Agriculture?

Top Technologies ruling agriculture are:
- FarmBot – The First Open-source CNC Farming Machine
- Abundant Robotics – Apple Harvesting Robot
- Augean Robotics – Earth-friendly Weed-killing Robots
- Boston Dynamics – Atlas Robot
- Iron Ox – Autonomous Growing Facility
- Blue River Technology – A Technology That Hoes Fields Using Computer Vision
April 15, 2022

Tag: agriculture sector

Government of India with IBM

Pros

Cons

Pradhan Mantri Fasal Bima Yojana (PMFBY)

Pros

Cons

PM-KISAN

Pros

Cons

Government of Karnataka with Microsoft

Pros

Cons

AGRI-UDAAN

Pros

Cons

Maha Agri Tech

Pros

Cons

Digital India Bhashini

Pros

Cons

FutureSkills PRIME

Pros

Cons

National AI Centres of Excellence

Pros

Cons

Kisan e-Mitra

Pros

Cons

Conclusion

FAQs

How is AI transforming Indian agriculture?

What are the benefits of using AI in farming?

Which AI technologies are commonly used in agriculture?

Characteristics and Advantages of Krishi-DSS

Determinants of Indian Farmers’ Yields

NABARD with the Government of India

Schemes for the Off Farm Sector

Ups and Downs

Sectorial Obstacles

India’s Campaign to Increase Millets’ Popularity Around the World

Next-Gen Solution

Roadblocks Hampering the Growth

Capturing the Precise Data Is the Key

Are Indian Farmers Ready for Digitization?

AI for All by Niti Aayog

Way Forward

What are the future developments in technology that will drive the Indian agriculture sector?

Will the agribusiness sector also be impacted by the rising popularity of robotics?

What are the major challenges while embedding tech into agri sector?

Govt is strongly pushing tech into agri sector to increase productivity and quality. How is this step being taken by the key players and how this will change the face of agri industry?

What is your take on drone technology and what further upgrades are required in this?

Aerobotics – Company Highlights

Aerobotics – About

Aerobotics – Founders and Team

James Paterson

Benji Meltzer

Aerobotics – Startup Story

Aerobotics – Mission and Vision

Aerobotics – Products and Services

Aerobotics – Business Model

Aerobotics – Funding and Investors

Aerobotics – Patents and Trademarks

Aerobotics – Growth

Aerobotics – Awards and Achievements

Aerobotics – Competitors

Aerobotics – Future Plans

FAQs

Who is the CEO of Aerobotics?

What does Aerobotics do?

Who are the competitors of Aerobotics?

Godrej – Company Highlights

Godrej – About

Godrej – Founders

Ardeshir Godrej

Pirojsha Burjorji Godrej

Godrej – Startup Story

Godrej – Mission and Vision