Niqo Robotics: Profitable ‘Made in Bharat’ Physical AI for Global Agriculture

• Strong cumulative revenue traction and a path to profitability position Niqo among a new generation of globally competitive Indian deep-tech companies

Niqo Robotics, a Physical AI company building intelligent agricultural robots for global farms, today announced that its core AI enabled weeding business is on track to achieve profitability in its first full year of commercial operations. The company has also built strong cumulative revenue traction, positioning it among the few Indian agricultural robotics companies to demonstrate meaningful commercial scale in this sector. At a time when many global agri-robotics players continue to prioritise scale over sustainable economics, Niqo is charting a different path, one built on capital efficiency, farmer ROI, and commercially viable deployment from the outset.
A rare profitability milestone in agri-robotics/deeptech

As agricultural robotics companies worldwide work to translate innovation into commercially viable businesses, Niqo Robotics’ core AI enabled weeding business is now approaching self-sustainability. The company attributes this to growing commercial traction, repeat demand, and a model built around disciplined economics rather than scale at any cost.

Niqo’s farmer-first model is built around a one-time purchase, with no recurring subscription fees, backed by 24/7 service support and locally stocked spare parts. This allows growers to adopt advanced automation without the burden of hidden costs or ongoing platform charges.

“We built Niqo to prove that Physical AI can be a real business, not just impressive technology that burns cash indefinitely,” said Jaisimha Rao, Founder and CEO of Niqo Robotics. “Our path to profitability is not about cutting corners. It is the result of building a product that delivers real ROI to growers from day one. No subscriptions, no hidden costs, just a machine that pays for itself.”

Made in Bharat, Made for the World

Niqo’s growth story also reflects a larger shift in Indian deep-tech: from research-led prototypes to commercially viable products competing in global markets. While India has seen decades of experimentation in farm automation, Niqo is among the first companies to commercialise and scale AI-powered field robots that are both designed in India and deployed in demanding agricultural environments across international markets.

This strengthens the narrative of India building globally relevant deep-tech products in frontier sectors. Niqo’s systems are built in India and are now being deployed across farms in the United States and India, signalling that agricultural robotics developed in Bharat can solve for productivity, labour, and sustainability challenges well beyond the domestic market.
An intelligent farming platform, not just a single machine

At the core of Niqo’s next phase of growth is Niqo Sense, the company’s proprietary AI camera platform that can be integrated across multiple machine form factors and retrofitted onto existing farm equipment. This platform combines AI at the edge with a dual-tank, twin-nozzle architecture to perform weeding, thinning, and beneficial spraying in a single pass, reducing the need for multiple machines and repeated field operations.

The system processes thousands of plant-level decisions per second in real time, entirely on the edge and with zero cloud dependency. It delivers more than 99% accuracy even in dense and challenging field conditions. This Physical AI approach, where intelligent software is tightly integrated with purpose-built hardware for real-world use, positions it at the forefront of a category attracting increasing investor and customer attention globally.
A broader signal for Indian agri-innovation

Niqo’s progress marks more than a company milestone. It points to a structural shift in Indian agri-innovation, where the focus is moving from pilots and proof-of-concept demonstrations to scalable, revenue-generating climate-tech businesses.

By helping growers reduce input costs, improve precision, lower chemical usage, and maintain soil health without displacing farm labour, Niqo is positioning robotics not as a futuristic concept, but as a practical and profitable tool for agriculture. The company plans to build on this foundation by expanding into new crops and additional applications through its broader Physical AI platform.

About Niqo Robotics

Niqo Robotics is a Physical AI company building intelligent agricultural robots for sustainable farming worldwide. Founded by Jaisimha Rao, a Carnegie Mellon-trained engineer and former BlackRock professional, Niqo develops AI-powered weeding, thinning, and precision spraying systems that help growers reduce costs, cut chemical usage, and address labour challenges in farming.

Powered by Niqo Sense, its proprietary AI camera platform, Niqo’s products are commercially deployed across the United States and India. The company is headquartered in Bengaluru, with U.S. operations in Dover, Delaware, and dealer networks across California and Arizona. Niqo is a Series B company backed by investments from Fulcrum Global Capital, Omnivore, Bidra Innovation Ventures, Blume Ventures, BEENEXT, and FMC Corporation.

e‑NAM Builds India’s Ist Truly Digital Agri-Marketplace; Connects 1,656 Mandis, ₹4.84 Lakh Cr Trade Across 23 States

The National Agriculture Market (e‑NAM) has transformed agricultural marketing in India by digitizing mandis, enabling transparent price discovery, integrating payments, and linking storage with trade through e‑NWR. It now connects over 1,400 mandis nationwide, empowering farmers with real‑time data, financial inclusion, and national market access.

e‑NAM Achievements by March 2026

• Mandis Integrated: 1,656 mandis across 23 States and 4 Union Territories
• Stakeholder Registrations: Over 1.80 crore farmers, 2.73 lakh traders, and 4,724 Farmer‑Producer Organizations (FPOs)
• Cumulative Trade: 13.25 crore metric tonnes traded, with a total value of ₹4.84 lakh crore between 2016 and March 2026
• Trade Growth: Value rose from ₹3.19 lakh crore in 2024 to ₹4.84 lakh crore in 2026, showing deeper market engagement
• Recent Trade Momentum: 204.76 lakh metric tonnes of produce traded in recent periods by March 2026
• Commodity Coverage: 247 commodities available under mobile‑based price information services via the e‑NAM app

What is e‑NAM?

• Launched: April 14, 2016 by the Government of India
• Implementing Agency: Small Farmers Agribusiness Consortium (SFAC)
• Objective: Create a “One Nation, One Market” framework

Key Digital Features

• Single‑window service for arrivals, assaying, bidding, and payments
• Unique Lot ID tracking for traceability
• Live dashboard with real‑time mandi arrivals, trade volumes, and prices
• 12‑language interface for accessibility
• Inter‑state trade facility via State Unified License

Mobile App & Platform of Platforms (PoP)

• e‑NAM Mobile App launched in 2016, offering price info for 247 commodities
• PoP (2022) integrates logistics, warehousing, grading, packaging, inputs, finance, insurance, and advisory services

Payments & Financial Inclusion

• Supports NEFT, RTGS, internet banking, and UPI
• Direct transfers to farmers’ bank accounts
• Digital records enable access to institutional credit

e‑NWR Integration

• Electronic Negotiable Warehouse Receipt (e‑NWR) certifies stored produce
• Integration with e‑NAM allows trading without physical transport
• Benefits include reduced logistics costs, minimized losses, and collateral for credit

Impact on Agriculture

• Over 1,466 mandis integrated nationwide
• Transparency through dashboards and e‑payments
• Expanded market access and better price realization
• Strengthened agri‑value chain efficiency
• Aligned with Viksit Bharat @ 2047 vision

Conclusion

The e‑NAM ecosystem—portal, mobile app, PoP, e‑payments, and e‑NWR integration—has digitally unified India’s agricultural markets. It empowers farmers with better prices, reduces intermediaries, and strengthens post‑harvest infrastructure. As participation grows, e‑NAM is poised to become the backbone of India’s agricultural trade, ensuring transparency, efficiency, and national connectivity.

Scientists Crack the Code of Ancient Crop Pollen in India’s Ganga Plain

For the first time, Indian scientists have developed a reliable way to tell apart pollen from cultivated crops like wheat and rice from that of wild grasses. This breakthrough opens a powerful window into how farming began in India’s fertile Ganga Plain and how human societies shaped the landscape over thousands of years.

Why Pollen Matters

Pollen grains, preserved in soil and sediments, act like tiny time capsules. They can reveal what plants grew in a region, how forests changed, and when farming took root. But until now, distinguishing cereal crop pollen from wild grass pollen under a microscope was nearly impossible — they looked almost identical.

The Breakthrough

Researchers from the Birbal Sahni Institute of Palaeosciences (BSIP), along with collaborators across India, studied 22 species of cereal and non‑cereal grasses. Using advanced imaging techniques — including light microscopy, confocal laser scanning, and electron microscopy — they established clear biometric thresholds:

• Cereal pollen: Grain size above 46 µm and annulus (ring) diameter above 9 µm
• Wild grass pollen: Smaller than these values
• Exception: Pearl millet, which has smaller pollen despite being cultivated

Pollen micro-morphology of Non-cereal pollen

Pollen micro-morphology of Cereal pollen

This “paired biometric threshold” is the first India‑specific reference framework, replacing reliance on European pollen databases.

Why the Ganga Plain?

The Central Ganga Plain is India’s food basket, rich in croplands and agricultural diversity. By focusing here, scientists created a region‑specific tool that can accurately reconstruct past farming practices, human settlement, and environmental change.

What It Means

• Archaeologists can now trace when and how farming began in India with greater precision.
• Environmental historians can better understand how humans transformed forests into fields.
• The study provides India with its first indigenous scientific tool to decode its agricultural past.

The Team Behind It

The study, published in The Holocene journal, was led by Dr. Swati Tripathi (BSIP, Lucknow) with collaborators from the Botanical Survey of India, Indian Institute of Geomagnetism, and Lucknow University.

Dr. Arti Garg (Botanical Survey of India, Prayagraj); Arya Pandey and Anupam Sharma (BSIP); Priyanka Singh (Indian Institute of Geomagnetism, Mumbai); and Anshika Singh (Lucknow University).

The Big Picture

India is the world’s second‑largest producer of wheat and rice. This discovery doesn’t just refine scientific methods — it helps tell the story of how the fertile plains of the Ganga became one of the world’s great agricultural hubs, shaped by human hands over millennia.

This is the first time such an analogue has been developed using indigenous data from the Ganga Plain, enabling scientists to reconstruct the region’s agricultural past based on local evidence rather than relying on European pollen reference databases.

Noida’s Leads Connect Unveils ICCRI and KEDAR–PARVATI, Next-Gen AI Platforms for Agriculture Risk Intelligence

Launch of Kedar-Parvati AI infrastructure for agriculture by Leads Connect Services

• The launches are aligned with India’s expanding focus on Artificial Intelligence and digital public infrastructure for agriculture coinciding with the ongoing India AI Impact Summit
• Strengthens India-Brazil relationship amidst Brazilian President Luiz Inácio Lula da Silva’s five-day state visit

Noida-headquartered Leads Connect, India’s leading agritech firm that provides full stack solutions to farmers, inaugurated its AI-Enabled Integrated Command Centre for Risk Intelligence (ICCRI) and AI-powered large-scale intelligence platform, KEDAR–PARVATI in the presence of a high-powered Brazilian delegation marking a significant milestone for agri-collaboration during Brazilian President Luiz Inácio Lula da Silva five-day state visit.

Leads Connect today hosted a high-level Brazilian delegation led by H.E. Mr. Paulo Teixeira, Hon’ble Minister of Agrarian Development and Family Farming, Government of Brazil, here at its Noida headquarters. Mr. Teixeira was accompanied with Mr. Arnaldo Manuel de Souza Machado Borges, President, ABCZ (Associação Brasileira dos Criadores de Zebu); Mrs. Roberta Bertin Barros and Mr. Rogerio Barros of Fazenda Floresta; Diplomat Eduardo Braga; and Mr. Maurício Polidoro (International Advisory).

H.E. Mr. Paulo Teixeira, Hon’ble Minister of Agrarian Development and Family Farming, Brazil & Navneet Ravikar, CMD, Leads 

Mr. Teixeira inaugurated the AI-Enabled Integrated Command Centre for Risk Intelligence (ICCRI) and witnessed the global launch of KEDAR–PARVATI, a next-generation AI-powered large-scale intelligence platform for risk management. The launches are aligned with India’s expanding focus on Artificial Intelligence and digital public infrastructure for agriculture, coinciding with the ongoing India AI Impact Summit. LLMs & SLMs are part of Kedar-Parvati as modules for strengthening risk management solutions for Agriculture & Climate analytics at planet scale.

Commenting on the programme, Navneet Ravikar, Chairman & Managing Director, Leads Connect and CEO of BL Agro (parent company of Leads Connect) said, “It was an honour to showcase to H.E. Mr. Paulo Teixeira how we are leveraging AI in different aspects of agriculture. This comes at a time when India is celebrating the biggest festival of AI, India AI Impact Summit, that has put India on the global AI map. Our innovations with AI in agriculture and its effective implementation in the international market is a testament to India’s growing prowess in AI.”

Delighted at hosting the high-profile Brazilian delegation, Ashish Khandelwal, Managing Director, BL Agro, said, “This launch showcased our depth in AI proficiency and also highlights how we are effectively using it in agriculture. KEDAR–PARVATI represents applied AI at planet scale and brings together satellite intelligence, field analytics, financial risk modeling, and cross-domain learning into one coherent system that can support governments, financial institutions, and farmers alike.”

“As we celebrate the biggest festival of AI in the world, I am proud to see how Leads Connect have leveraged AI in one of the most important sectors, agriculture, that contributes the most to India’s GDP. Under the leadership of Hon. Prime Minister Shri Narendra Modi, we are actively transforming India's agricultural sector by integrating Artificial Intelligence (AI) to boost productivity, sustainability, and farmers' income as part of the vision for a Viksit Bharat 2047. Today is a significant milestone towards our goal”, adds, Navneet.

In his special address, H.E. Mr. Paulo Teixeira reaffirmed the commitment to deepening bilateral collaboration in agricultural technology, digital transformation, and climate-resilient farming systems.

The AI-Enabled Integrated Command Centre for Risk Intelligence (ICCRI) is a live, in-house command centre delivering hyperlocal real-time analytics across the entire agriculture, climate risk, financial inclusion, and disaster management spectrum. At ICCRI, the delegation witnessed live demonstrations of proprietary intelligence frameworks, including: Operational geoportals including AGRANI, PixStack, DEVI–Saptashati, Maatri, and Kedar–Parvati was demonstrated in real time.

KEDAR–PARVATI is a next-generation large-scale intelligence platform for risk management. KEDAR stands for Knowledge Engineering & Deviation Analytics for Risk Intelligence and Parvati for Phenomics Analytics & Risk Value Assessment for Transferring Intelligence. It was developed by Varahi-NexTech, Leads NexTech India Pvt. Ltd. and operationalised on-ground by Leads Connect.

A special interaction session during the visit brought together smallholder farmers and representatives of cooperatives and Farmer Producer Organizations (FPOs), who shared real-world use cases demonstrating how AI-driven advisory and risk intelligence tools have enhanced productivity, improved access to finance, and strengthened climate resilience at the grassroots level.

The visit also highlighted an upcoming 360° India–Brazil Agri-Tech and Agri Value Chain Corridor initiative, beginning with the cashew value chain in collaboration with EMBRAPA and Amazonika Mundi. The initiative aims to integrate plantation science, value-chain analytics, AI-enabled advisory, financial services (credit & insurance), sustainable processing, and structured market integration in Brazil, with potential replication in India.

Tata’s Rallis India Unveils Idea2Impact™ to Drive Farmer-Centric Agri Innovation

Rallis India Limited, a Tata Enterprise and a science-led agri-solutions Company, today announced the launch of Idea2Impact™ – Rallis Agri Innovation Ecosystem, a structured open innovation platform aimed at fostering collaboration across the agricultural ecosystem to accelerate the development of farmer-centric, sustainable solutions.

Idea2Impact™ has been conceived to bring external ideas, scientific capability, and real-world field insights together in a transparent and responsible manner. The ecosystem enables collaboration with farmers, researchers, startups, academic institutions, and small enterprises, providing them access to Rallis’ scientific expertise, R&D infrastructure, testing and validation capabilities, and pan-India market reach.

Indian agriculture is facing increasing complexity driven by climate variability, sustainability expectations, evolving regulatory requirements, and changing farmer needs. Rallis believes that addressing these challenges requires innovation that extends beyond organisational boundaries and is firmly grounded in scientific rigor and on-field relevance.

Idea2Impact™ follows a structured, milestone-based governance framework, covering confidentiality, evaluation, development, and value-sharing. Innovations submitted through the platform may progress through laboratory studies, greenhouse and multi-location field trials, piloting, and—where appropriate—commercialization, supported by clear intellectual property and royalty frameworks.

Dr. Gyanendra Shukla, Managing Director & CEO, Rallis India Limited, said —

At Rallis, we believe that meaningful agricultural innovation emerges when strong science is combined with fresh ideas and real field experience. Idea2Impact™ is our way of opening up Rallis’ capabilities to the wider ecosystem, while maintaining the highest standards of governance, transparency, and scientific rigor. This platform will help us work more closely with innovators to develop solutions that deliver real value to farmers and contribute to the long-term sustainability of Indian agriculture.”

The ecosystem will focus on priority innovation domains critical to Indian agriculture, including Seeds and Trait Innovation (covering plant breeding and germplasm), Biological and Sustainable Solutions,

Crop Protection, Soil Health, Digital and Precision Agriculture, and Climate & Water Resilience. These focus areas align closely with Rallis’ long-term portfolio priorities and growth strategy.

As part of the Tata Group, Rallis brings to Idea2Impact™ a strong foundation of ethical practices, governance standards, and a long-term partnership mindset. Collaborations under the platform will emphasize responsible innovation, respect for intellectual property, transparent benefit-sharing mechanisms, and measurable farmer impact.

Through Idea2Impact™, Rallis aims to strengthen its innovation pipeline, accelerate the validation and scaling of relevant technologies, and build long-term partnerships that support sustainable value creation for farmers, partners, and stakeholders.

ATGC Biotech and Luxembourg Industries Launch Semiophore™ A 50:50 Indo–Israeli JV for Global Deployment of Novel Pheromone Technologies

• Today’s licensing exchange marks a historic first: the out-licensing of Indian semiochemical technology to Israel, ushering in a new phase of bilateral scientific cooperation in sustainable, climate-smart agriculture.
• Semiophore and its JV Partner, to invest $ 10 million in registrations, marketing and upgrading its facilities. At full maturity, each product is projected to capture USD 75–100 million, supported by large-scale adoption in horticulture and broad-acre row crops.

ATGC Biotech, India’s leading innovator in pheromone and semiochemical based crop protection, based in Genome Valley, Hyderabad, today announced the formal establishment of Semiophore Ltd., a 50:50 Indo–Israeli Joint Venture (JV) with Luxembourg Industries Ltd., Israel.

The exchange of licensing agreements was held at the Valedictory Session of the First International Science & Technology (S&T) Clusters Conference in New Delhi. The announcement was made in the presence of Prof. Ajay Kumar Sood, Principal Scientific Adviser to the Government of India, Dr. Parvinder Maini, Scientific Secretary, Office of the PSA, Mr. Vishal Choudhary, Office of the PSA and His Excellency Mr. Fares Saeb, Deputy Ambassador of Israel to India, , along with senior dignitaries, delegates, and international S&T cluster representatives. The JV ceremony was attended by global delegates from over 38 countries; the event marked a new chapter in Indo-Israeli collaboration on climate-smart agriculture.

The Semiophore JV is being fully financed by its partners, with a cumulative investment of USD 10 million by Semiophore, Luxembourg Industries, and ATGC Biotech towards infrastructure in India and Israel and regulatory registrations for 18 Indian-developed semiochemical and pheromone technologies across Israel, Brazil, Australia, and Africa, supported by advanced manufacturing and distribution. These 18 licensed products together address a multi-billion-dollar global market opportunity.

Under the JV agreement, ATGC will contribute IP, technology, know-how, regulatory dossiers, capex and R&D leadership, while Luxembourg invests in capex, regulatory, Marketing and manufacturing costs.

Semiophore JV marks a milestone in global pheromone technology, bringing a new class of competitive attraction and insect behavior modifying systems that use minimal pheromone chemistry enabled by advanced material-science integrated delivery platforms. These controlled-release technologies overcome decades-old limitations of pheromone pest management once scientifically proven but commercially inaccessible by providing season-long, water-free, precision point-source application that is pollinator-safe, residue-free, and capable of substantially reducing insecticide dependence while lowering CO₂e, water, and plastic footprints.

Through this Indo–Israeli partnership, 18 advanced semiochemical technologies including mating disruption, attract-and-kill, aggregation, and anti-aggregation systems will be scaled to address a multi-billion-dollar global opportunity across crops such as grapes, apples, citrus, almonds, tomatoes, cotton, corn, cabbage, cauliflower, and avocados. This collaboration establishes a new global category in sustainable, export-compliant, climate-resilient agriculture and represents a decisive shift from chemical dependence to behaviour-based, biology-led crop protection, positioning India and Israel as leaders shaping the future of environmentally responsible farming worldwide.
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Statement by H.E. Mr. Fares Saeb, Deputy Ambassador of Israel to India “Israel and India share a strong partnership in agriculture and technology. Today’s licensing exchange represents an important step toward expanding sustainable, environmentally safe crop protection. The establishment of Semiophore exemplifies the growing global relevance of Indo–Israeli innovation, and we congratulate both partners on this milestone.”

Statement by Mr. Uri Rubinstein, Agriculture Attaché, MASHAV: “ATGC Biotech has been a consistent and active participant in our training programs, Centers of Excellence, and capacity-building efforts across India. Their work aligns with our shared goal of strengthening farmer livelihoods through sustainable and innovative agricultural practices. The creation of Semiophore Ltd. represents a meaningful extension of Indo–Israel cooperation in advanced agriculture, and we look forward to continued collaboration.”

Dr. Rajesh S. Gokhale, Secretary, Department of Biotechnology (DBT), Government of India, said, Dr. Rajesh S. Gokhale, Secretary, Department of Biotechnology (DBT), Government of India, said: “DBT is pleased to note the establishment of Semiophore Ltd., the Indo–Israeli Joint Venture between ATGC Biotech and Luxembourg Industries. This milestone showcases the strength of India’s biotechnology ecosystem and demonstrates how long-term public investment in science can translate into globally deployable technologies.

Through DBT-supported programs at JNCASR and NBAIR, and with complementary support from BIRAC to ATGC Biotech, India has been able to develop advanced semiochemical and pheromone-based crop protection platforms. These innovations reflect our commitment to sustainable agriculture, reduced chemical usage, and environmentally responsible pest management.

It is particularly encouraging that, for the first time, technology developed through Indian science and supported by DBT and BIRAC will now be manufactured and distributed in Israel through the Semiophore joint venture. This represents a meaningful step in Indo–Israeli scientific collaboration and a strong example of how India’s bioeconomy is creating global impact.

Speaking on behalf of the ATGC leadership team, Prof Arjula R Reddy, Rolando Alegria CEO, Dr VB Reddy ED, Dr. Markandeya Gorantla, Chairman & Managing Director, ATGC Biotech, said: “This is a defining moment for India’s bioeconomy and for the global semiochemical industry. For the first time, Indian-developed semiochemical technologies will be manufactured and commercialized in Israel, marking a new chapter in Indo–Israeli scientific and industrial cooperation. Through Semiophore, India and Israel are jointly shaping the future of sustainable, behaviour-based crop protection with advanced material-science–enabled delivery systems that use minimal pheromone chemistry to achieve season-long performance. The JV will begin initial commercial batches in 2026 and scale to full capacity in 2027, subject to regulatory approvals.

This partnership will generate high-value jobs in both countries. In Israel, it will expand opportunities in manufacturing, quality control, agronomy, and entomology while accelerating tech-driven exports. Together with Luxembourg Industries, we are creating a globally competitive platform that positions India and Israel at the forefront of sustainable, residue-free, climate-resilient agriculture.”

Mr. Moshik Fish, CEO, Luxembourg Industries & Director, Semiophore Ltd., said, The Semiophore partnership brings together India’s scientific strengths and Israel’s agricultural expertise. We are delighted to deploy India’s next-generation pheromone technologies across Israeli agriculture.

About Pheromone Technologies and Semiochemical Technology: Pheromone technologies use natural chemical signals to control pest behavior, while semiochemical technologies involve a broader range of chemical signals to influence interactions between different species for pest management. Both pheromone and semiochemical technologies offer a more sustainable and environmentally friendly approach to pest management by targeting specific pests without harming beneficial insects, pollinators, or the surrounding ecosystem. 

About Semiophore Ltd.: Semiophore Ltd. is a 50:50 Indo–Israeli Joint Venture formed by ATGC Biotech Pvt. Ltd. and Luxembourg Industries Ltd., dedicated to global commercialization of pheromone- and semiochemical-based crop protection technologies. 

About ATGC Biotech Pvt. Ltd.: Founded in 2011 in Genome Valley, Hyderabad, ATGC Biotech is India’s only commercial manufacturer of pheromones and a global pioneer in ultra-low-dose, bio-manufactured crop protection powered by synthetic biology, whole-cell biotransformation, and advanced material science. ATGC holds 26+ patents, collaborates across 20+ countries, and has validated its technologies across 200,000+ acres. ATGC is recognized as a case study by the World Economic Forum, PSA to PMO, Indian Academy of Sciences, USDA, DBT–BIRAC, DST, and ICAR for its contributions to climate-smart, sustainable agriculture.

ATGC is the creator of CREMIT™, the world’s first 5-gram, month-long, zero-water pheromone platform, and the pioneer of “Insect Family Planning” for precision mating disruption. The company is based in Genome Valley, Hyderabad. www.atgc.in

New India-UK Project To Use Quantum Power to Boost Soil Health and Food Security

British Prime Minister Keir Starmer’s upcoming visit to Mumbai is spotlighting a major India-UK research partnership in quantum computing and biotechnology. At the heart of this collaboration is a joint project between Imperial College London and IIT Bombay, aiming to use quantum simulations to improve crop resilience and soil health in climate-vulnerable regions.

Researchers are modeling how plants and soil bacteria communicate, using quantum computing to simulate gene regulation and microbial signaling. Strigolactones, a plant chemicals that act as messengers between roots and microbes. The joint India-UK team is studying how synthetic versions of Strigolactones and biochar can enhance these interactions.

IIT Bombay contributes microbial ecology and genomics, while Imperial brings bioinformatics and quantum simulation capabilities. The aim is to boost natural processes that help crops thrive in arid and extreme weather conditions.

Quantum Roots: How India and the UK Are Using Quantum Computing to Reinvent Agriculture

In a world grappling with climate extremes, a groundbreaking India-UK collaboration is turning to quantum computing—not for finance or cryptography, but for farming. At the heart of this effort is a joint research project between Imperial College London and IIT Bombay, aiming to decode the invisible language between plant roots and soil microbes to build climate-resilient agriculture.

From Silicon to Soil: The Quantum Leap

Led by Dr. Po-Heng (Henry) Lee at Imperial and Dr. Indrajit Chakraborty at IIT Bombay, the project uses quantum simulations to model how plants communicate with microbes in the soil. The focus is on strigolactones—plant hormones that act as chemical messengers, triggering microbial responses that affect nutrient uptake, drought resistance, and overall soil health.

We’re not just simulating molecules—we’re simulating relationships, says Dr. Lee. Quantum computing lets us explore how microbial communities respond to plant signals under stress, and how we might enhance those responses.

The Science Behind the Soil

• Synthetic strigolactones and biochar are being tested to amplify beneficial microbial activity.
• IIT Bombay contributes microbial genomics and soil ecology expertise.
• Imperial College builds quantum circuit models to simulate microbial gene expression and signal transduction.

Strategic Roots: India-UK Tech Diplomacy

• The project is a flagship under the India-UK Technology Security Initiative (TSI), signed in 2024.
• Funded by the India Connect Fund, supporting up to 25 joint research efforts annually.
• Will be spotlighted during Keir Starmer’s visit to Mumbai for the Global Fintech Fest 2025.

Why It Matters

• Food Security: Quantum-enhanced soil treatments could boost yields in climate-stressed regions.
• Climate Adaptation: Understanding microbial resilience helps design farming systems that thrive under stress.
• Tech Transfer: Sets a precedent for applying frontier technologies to grassroots challenges.

The Bigger Picture

This isn’t just about quantum computing—it’s about reimagining agriculture as a system of intelligent, adaptive relationships. By simulating the unseen conversations beneath our feet, researchers hope to unlock new pathways to sustainability.

As Dr. Chakraborty puts it, We’re using the most advanced tools in physics to solve the oldest problem in civilization: how to grow food in a changing world.

Leads Agri Genetics Launches India’s 1st Privately-Owned Integrated CoE for Cattle & Plant Genomics

• Leads Agri Genetics initiative is a giant leap in advancing India’s agricultural biotechnology and livestock genomics capabilities.
• The Centre of Excellence (CoE) and laboratory will have a full-stack genomics service platform designed exclusively for the agri-genomics and agricultural biotechnology sector.

Leads Agri Genetics, a wholly owned subsidiary of Leads Connect launched India’s first privately-owned Integrated Centre of Excellence (CoE) for Cattle and Plant Genomics Laboratory in Greater Noida. This landmark initiative is a giant leap by Leads Connect in advancing India’s agricultural biotechnology and livestock genomics capabilities. Leads Agri Genetics is also the first Indian private company to have imported the Gir embryos - genetic material from Brazil to India under Breed Improvement Program.

The new centre was inaugurated by Mr. Ghanshyam Khandelwal, Chairman, BL Agro, India’s leading FMCG brand and the holding company of Leads Connect. The Centre of Excellence (CoE) aims to catapult India at the forefront of global agri-genomics research and innovation. The newly launched Leads Agri Genetics Lab will have a full-stack genomics service platform that is designed exclusively for the agri-genomics and agricultural biotechnology sector.

Shri Ghanshyam Khandelwal, Chairman of BL Agro Group, addressed the media during the launch event, expressing his strong support for government initiatives aimed at improving the welfare of farmers. He emphasized the importance of genomics studies in enhancing agricultural productivity and yield. He said, such advancements will not only benefit the farming community but also contribute to the overall well-being of society.

Speaking on the inauguration, Navneet Ravikar, Group Chairman & Managing Director, Leads Connect Services said, “Indian agriculture is at an inflection point. Sustainability, climate challenges and pressure on higher yields are stressing the resources thin for our farmers. Our newly inaugurated Centre of Excellence for Cattle and Plant Genomics Laboratory is a landmark step towards self-reliance in agricultural biotechnology. With world-class genomic capabilities, we aim to empower India’s researchers, breeders, and farmers to innovate faster, build resilience, and create a sustainable future for agriculture.”

Leads Agri Genetics Centre of Excellence in Greater Noida

Leads Agri Genetics Centre of Excellence in Greater Noida 

Industry veteran with over two decades of experience Dr. Ashish Dubey is the Chief Business Officer of Integrated Centre of Excellence for Cattle and Plant Genomics Laboratory. Dr. Dubey, who also co-founded Redcliffe Labs, India’s fourth-largest diagnostics laboratory, is an expert in genomics projects spanning agriculture, human health, and diagnostics will strengthen the lab’s mission to advance genetic diversity research and genomic selection in cattle and crops.

“Genomics has transformed global science in the last decade, and agriculture stands to benefit immensely. At Leads Agri Genetics, our focus is on delivering end-to-end genomics solutions—from trait discovery to breeding acceleration—that directly impact productivity, sustainability, and food security,” said Dr. Ashish Dubey, CBO, Leads Agri Genetics.

Genomics has evolved over the decade exponentially due to its affordability and immense usage across the species including humans, plants and animals. After the Human Genome Project in 2003, there has been a paradigm shift in the field of research. The outcome from Genomics using Genomics selection in cattle and trait improvement in plants has been the biggest success stories with new GM Crops to BT cotton, and ultimately helping humankind for the sustainable and safer future.

By integrating world-class sequencing, genotyping, and bioinformatics, the lab empowers crop, livestock, and microbial researchers to accelerate trait discovery, breeding, and innovation with unmatched precision. The laboratory houses a cutting-edge suite of instruments including Illumina IScan for high-throughput SNP genotyping, NovaSeq for deep resequencing, PacBio and Oxford Nanopore for long-read assembly and structural variation analysis, and 10X Chromium for linked-read and single-cell assays. Together, this unique technology stack enables discovery across the full spectrum of genetic variation—from single nucleotide changes to complex structural rearrangements and haplotype phasing.

With access to multiple complementary sequencing and genotyping platforms, the Leads Agri Genetics Lab offers unmatched versatility, completeness, and customization. From comprehensive variant discovery and trait mapping to high-quality reference genome assembly and advanced transcriptomics, the lab is equipped to address challenges across crops, livestock, pests, and microbiomes—including non-model and polyploid species.

About Leads Agri-Genetics Pvt Ltd

Leads Agri-Genetics Pvt Ltd, a part of the renowned BL Agro Group, is advancing agriculture through Genetic Innovation. It is a pioneering force in agri-genomics, leveraging cutting-edge genetic research to revolutionize both animal and plant agriculture. By integrating advanced DNA sequencing, precision breeding, and data-driven genomic selection, the company aims to transform the way food is produced- ensuring higher yields, improved quality, and greater adaptability to climate change.

By bridging science and practical application, we empower farmers, agribusinesses, and research institutions to unlock the full potential of genetics in agriculture. Through continuous research, innovation, and collaboration, our company is driving a more resilient, productive, a n d sustainable agricultural future.

About Leads Connect Services

Leads Connect Services Pvt. Ltd. is a leading agri-tech, data-driven risk management, and financial services company committed to empowering rural, semi-urban, and urban economies within the agri-management ecosystem. By integrating cutting-edge technology with deep domain expertise, the company offers customized solutions spanning crop monitoring, risk analytics, and financial inclusion.

Its portfolio includes advanced agri-risk management services, such as automated identification of sowing and harvesting windows, crop phenology dynamics, acreage assessment, crop health and damage assessment, and yield modeling. The company has also developed an innovative framework to generate agri-credit scores, strengthening access to formal finance for farmers and agri-stakeholders.

BL Agro To Set Up World-Class Agro-Processing Plant in Bareilly; Plans to Invest ₹1,660 crores

• A large-scale Green Field integrated agro-processing project- fully automated rice milling unit, edible oil extraction and refining plant will be set-up in Bareilly, UP.
• The project will create 3,500 direct and indirect employment opportunities.
• The company signs MoU with Ministry of Food Processing Industries (MoFPI).

BL Agro, India’s leading FMCG player inked a Memorandum of Understanding (MoU) with the Ministry of Food Processing Industries (MoFPI), Government of India, which is a strategic and investment B2G partnership to build an export-oriented integrated agro-processing hub, advancing India’s food security and global trade leadership.

The MOU was signed between Mr Ashish Khandelwal, Managing Director, BL Agro Group and Hon'ble Shri Preet Pal Singh, Joint Secretary, Ministry of Food Processing Industries, Government of India, in the presence of Shri A.P. Das Joshi, Secretary and Shri Shyam Singh Negi, Senior Economic Advisor, Ministry of Food Processing Industries (MOFPI), GoI.

As a part of this MOU, BL Agro will be investing Rs. 1,660 crore (USD 200 Mn) over the next 5 years in establishing a large-scale green field integrated agro-processing project in Bareilly, Uttar Pradesh. This would include setting up of a fully automated rice milling unit for premium basmati rice varieties, a 500 TPD edible oil extraction and refining plant under the renowned Bail Kolhu and Nourish brands, advanced packaging lines, sugar storage and sourcing solutions, and 40,000 MT grain storage capacity to support food security and exports.

Construction will begin in 6 months with Phase I completion targeted for 2027. The unit would be generating over 3,500 direct and indirect employment opportunities, significantly boosting rural livelihoods and driving inclusive economic growth.

Speaking on the occasion, Ashish Khandelwal, Managing Director, BL Agro Industries Ltd, said, "This collaboration with MoFPI reflects BL Agro’s commitment to building world-class agro-processing infrastructure in India. The partnership between BL Agro and MoFPI is designed to enhance food security, increase exports and also create sustainable value chains for farmers and rural communities. We would be integrating circular economy practices into our operations—such as utilizing by-products in cattle feed and renewable energy systems. This would set new benchmarks in sustainable food processing."

Commenting on the MOU, Shri Preet Pal Singh, Joint Secretary, A.P. Das Joshi, Secretary, Ministry of Food Processing Industries (MoFPI), said, “We are extremely delighted to say that this initiative underscores the Government of India’s focus on attracting large-scale private investment into food processing and agri-value chains. By promoting modern infrastructure and sustainable practices, the collaboration will enable greater farmer linkages, expand export opportunities, and reinforce India’s position in global agri-trade.”

The Ministry of Food Processing Industries (MoFPI) will extend facilitation support for statutory clearances and approvals to expedite project execution, with construction expected to commence within six months and Phase I completion targeted for 2027. This partnership is an excellent step towards boosting agro-processing infrastructure, creating robust linkages between farmers and rural enterprises, and driving export growth.

About BL Agro Group

The BL Agro Group is a diverse conglomerate driving quality and sustainability across food products, agri-tech, earth sciences, and agri-genetics innovation. BL Agro Group includes BL Agro Industries, Leads Connect, Leads NexTech, and Leads Agri Genetics.

BL Agro Industries Ltd, its flagship company, was originally a mustard trading business. Now, it is a major FMCG with one of India’s biggest networks for edible oils and food products, known by their brand names Bail Kolhu and Nourish.

Leads Connect is an agri-technology firm specializing in data analysis, risk management, and creating a sustainable agri-business ecosystem. Leads NexTech, a leader in EarthTech Analytics, offering human-centric, sustainable solutions through next-gen technologies. Leads Agri Genetics is committed to strengthening the agricultural ecosystem through advanced science and technology, driving innovation in both crop improvement and cattle genetics.

Together, BL Agro Group is committed to revolutionizing the agri-food ecosystem and making the entire food journey profitable.

Visit for more details: https://blagro.org/

Transforming Agri-Markets: Odisha Unveils ₹300-Cr Plan with 38 Smart Mandis

Odisha is embarking on a transformative ₹300-crore initiative to modernize its agricultural marketing infrastructure by developing 38 'Model Mandis' across all 30 districts in the first phase. Here's a detailed breakdown of the plan:

Key Objectives

• Create an efficient, transparent, and farmer-friendly agri-marketing ecosystem.
• Provide integrated infrastructure for farmers, traders, and stakeholders.
• Enable direct market linkages to help farmers secure better prices.

Implementation Details

Phase	Mandis Developed	Funding Sources	Timeline
First Phase	38 Model Mandis (14 large, 17 medium, 7 small)	₹150 Cr from RMCs + ₹150 Cr from State Plan	2025–2027
Second Phase	62 additional mandis (site identification underway)	To be announced	Post-2027

• ₹50 crore allocated by the Cooperation Department for FY 2025–26.
• Executing agency: Odisha Bridge and Construction Corporation (OBCC).
• Monitoring: Odisha State Agricultural Marketing Board (OSAM Board).

Infrastructure Highlights

• Modern storage and drying platforms
• Covered sheds and cooling chambers
• Quality testing kiosks
• Farmers’ rest areas and women-friendly amenities
• Toilets, canteens, vending zones
• Bank branches, ATMs, and parking
• Electronic weighbridges
• Retail outlets for agri-inputs
• Waste disposal systems
• Eateries and vending zones operated by women SHGs
• Raised concrete drying platforms

Localized Design 

• Mandis will be tailored to the scale and type of marketing operations in each locality.
• Focus on paddy and other agricultural produce, with infrastructure designed to meet specific regional needs.

Expected Impact

• Streamlined paddy procurement and reduced farmer grievances.
• Enhanced transparency and efficiency in agricultural trade.
• Boosted income opportunities for farmers through better market access.

IN-SPACe, ISRO, and Amity Launch Skill Course on Space Tech Applications in Agriculture

Indian National Space Promotion and Authorization Center (IN-SPACe), in collaboration with ISRO, NCVET and Amity University Noida, Uttar Pradesh, commenced a short-term skill development course titled "Essentials of Space Technology in Agriculture Sector", on 27th July 2025 aimed at introducing non-governmental entities and academia to the applications of space technology in agriculture.

The course was inaugurated at Amity University, with former Member of Parliament Shri Rajendra Agarwal gracing the occasion as Chief Guest. Dr. Vinod Kumar, Director, Promotion Directorate at IN-SPACe, was present for the opening and spoke about the relevance of such academic-industry collaborations in creating awareness around satellite-based tools for modern agriculture. He noted that the program is designed to provide participants with a foundational understanding of how space-based applications can support farming.

In his keynote address, Dr. Vinod Kumar, Director, Promotion Directorate, IN-SPACe, stated, “Space applications have a growing role to play in strengthening India’s agricultural capabilities and resilience. With the help of these applications and geospatial data, farmers can monitor crop health, optimize the use of fertilizers and irrigation, detect pest infestations early, manage fields with precision using GPS-guided machinery, better respond to weather risks and natural disasters, and improve overall farm productivity and decision-making. Through these academic collaborations, we aim to build awareness, share technical know-how, and create a pool of professionals who can apply space-based tools to real-world challenges. These courses are designed to bridge knowledge gaps and encourage deeper engagement from academia and young professionals in space applications across critical sectors.”

The course is part of IN-SPACe’s broader mission to support capacity-building and sector-wide participation, expanding the role of space applications in everyday economic activity. The week-long course, running from July 27 to August 1, 2025, will cover topics ranging from remote sensing and satellite data analysis to their direct application in crop monitoring and resource management.

AI Meets Agriculture : World Bank Fuels Uttar Pradesh’s Farmers & Tech Talent

Uttar Pradesh is making bold initiatives in agriculture and AI, harnessing cutting-edge innovation to empower farmers and equip youth with future-ready tech skills. With the backing of the World Bank, the state has launched two transformative initiatives—UP AGREES (Uttar Pradesh Accelerated Growth in Rural Economy and Enterprise Strengthening) and AI Pragya —both designed to fuel economic growth, modernization, and digital transformation.

Bridging the Old and the New: Agriculture Meets AI

Traditionally known for its vast agricultural landscapes and diverse farming communities, Uttar Pradesh is now embracing AI-driven solutions to revolutionize its rural economy. The UP AGREES program, backed by a ₹2,737 crore (US $320 million approx.) loan from the World Bank, alongside a ₹1,166 crore ($136.5 million) contribution from the Uttar Pradesh government, aims to modernize farming across 28 districts, particularly in Purvanchal and Bundelkhand.

This initiative is poised to benefit over 10 lakh farmers, with 30% women participation, ensuring inclusivity in agricultural advancements. It also includes sending 500 farmers abroad to learn global best practices, helping them incorporate modern techniques such as precision farming, AI-enabled crop monitoring, and sustainable agricultural methods. The goal? To enhance productivity, optimize resources, and drive rural economic strength.

AI Pragya: Training the Tech Talent of Tomorrow

In parallel, AI Pragya sets its sights on 10 lakh youth, equipping them with AI, machine learning, data analytics, and cybersecurity skills. As India gears up for a tech-driven future, this initiative aligns with Uttar Pradesh’s vision of becoming a $1 trillion economy and solidifying its role as a startup hub.

The program is being developed in collaboration with leading tech giants like Microsoft, Intel, Amazon, Google, and HCL, ensuring that trainees receive industry-aligned skills tailored to emerging market demands. By integrating AI education across health, agriculture, IT, and other sectors, Uttar Pradesh is positioning itself at the forefront of digital workforce development, empowering young professionals to drive innovation across industries.

Chief Minister Yogi Adityanath’s Vision: A Growth Engine in Action

Chief Minister Yogi Adityanath has emphasized that Uttar Pradesh must evolve into India’s growth engine rather than an economic barrier. These initiatives—blending AI-driven precision farming with high-tech workforce development—reflect a forward-thinking governance approach, leveraging technology to transform both rural livelihoods and urban employment landscapes.

With World Bank support, Uttar Pradesh is cementing its position as a global leader in agricultural modernization and AI-powered education. By bridging the gap between traditional farming and digital innovation, the state is pioneering a model for sustainable growth, unlocking opportunities forThe Future: A Smarter, More Resilient Uttar Pradesh.

As AI reshapes industries worldwide, Uttar Pradesh’s strategic investments in agriculture and tech education create a dynamic blueprint for the future. Whether in farmlands or tech labs, innovation is now deeply embedded in the state’s growth narrative.

The message is clear— Uttar Pradesh isn’t just embracing change; it’s leading it.

Synopsis

UP AGREES (Uttar Pradesh Accelerated Growth in Rural Economy and Enterprise Strengthening)

• Focuses on modernizing agriculture in 28 districts across Purvanchal and Bundelkhand.
• Supported by a ₹2,737 crore loan from the World Bank, with the Uttar Pradesh government contributing ₹1,166 crore.
• Aims to benefit 10 lakh farmers, with 30% participation from women.
• Includes sending 500 farmers abroad to learn best agricultural practices.

AI Pragya

• Seeks to train 10 lakh youth in AI, machine learning, data analytics, and cybersecurity. 
• Designed to boost employment and support Uttar Pradesh’s startup ecosystem.
• Implemented with support from multiple departments, including education, health, agriculture, and IT.
• Collaborates with tech giants like Microsoft, Intel, Amazon, Google, and HCL.

Chief Minister Yogi Adityanath emphasized that these initiatives will position Uttar Pradesh as a growth engine rather than a barrier, aligning with the state’s vision of becoming a $1 trillion economy.

This seems like a fascinating intersection of agriculture and AI —right up your alley! What aspect interests you the most? The precision farming angle or the AI-driven workforce development? Let us know in the comments....

Breakthrough: Newly Discovered Algae Might Cut Fertilizer Use Forever

Imagine plants are like hungry children who need a special ingredient—nitrogen—to grow strong. Normally, they get it from fertilizers, which farmers add to the soil. But scientists just found a tiny algae in the ocean that can make its own nitrogen, without needing fertilizer!

This algae has a tiny helper inside it called a nitroplast—kind of like a built-in kitchen where it cooks up nitrogen from the air. This is a big deal because, until now, scientists thought only bacteria could do this trick.

Why does this matter? Well, if we can use this discovery to engineer crops that do the same, farmers may no longer need to use as many fertilizers. That means cheaper farming, less pollution, and healthier soils—all thanks to this little ocean algae working its magic.

To an uninitiated, the Nitrogen fixation is the process of converting atmospheric nitrogen (N₂) into a biologically usable form, such as ammonia (NH₃). Even though nitrogen makes up about 78% of Earth's atmosphere, plants can't absorb it directly. Instead, they rely on nitrogen-fixing organisms—like bacteria in soil or, as recent research suggests, certain algae—to transform nitrogen into compounds they can use for growth.

This process is crucial because nitrogen is a key nutrient for plants, directly influencing their ability to produce proteins, enzymes, and chlorophyll. Without nitrogen fixation, ecosystems would struggle to sustain life, and farmers would be far more dependent on synthetic fertilizers, which can contribute to environmental issues like soil degradation and water pollution.

In a latest this month, researchers have discovered a marine alga, Braarudosphaera bigelowii, that can fix nitrogen thanks to a newly identified organelle called a nitroplast. This is groundbreaking because, until now, nitrogen fixation was thought to be exclusive to bacteria and archaea.

 

Braarudosphaera

The nitroplast evolved from a symbiotic bacterium that started living inside the alga about 100 million years ago. Over time, it became an integral part of the algal cell, allowing it to convert atmospheric nitrogen into ammonia-a process crucial for plant growth.

Over time, this bacterium became an integral part of the algal cell, functioning as an organelle rather than a separate organism. The nitroplast converts atmospheric nitrogen (N₂) into ammonia (NH₃), a crucial nutrient for plant growth.

How It Was Identified

Researchers used soft X-ray tomography to observe the nitroplast’s behavior during cell division, confirming that it divides in sync with other organelles.

Genetic analysis revealed that the nitroplast relies on proteins from the host alga, further supporting its classification as an organelle rather than a free-living symbiont.

This discovery could pave the way for genetically engineered crops that require little to no fertilizer, reducing environmental impact and agricultural costs.

The discovery of nitrogen-fixing algae opens up exciting possibilities—potentially reducing the need for artificial fertilizers while promoting sustainable agriculture.

Coromandel International To Acquire Crop Protection Firm NACL Industries

Coromandel International Limited (BSE: 506395, NSE: COROMANDEL), one of India’s leading agri-solutions provider, today announced the signing of definitive agreements to acquire majority stake in NACL Industries Limited (NACL).

NACL is an India based Crop Protection player having strong branded formulation business in domestic markets, exports Technicals in key global geographies and has presence in contract manufacturing operations with global multinational agrochemical companies. Coromandel is set to acquire 53% shareholding in NACL industries, for consideration of Rs 820 Crores at Rs 76.7/- price per share from the current promoter KLR Products Limited. Coromandel also proposes to make an open offer to the public to acquire upto 26% of the equity share capital of the company as per the SEBI Takeover Regulations. The proposed transaction is subject to regulatory approvals and is likely to be consummated over next few months.

The proposed acquisition will position Coromandel as one of the leading players in the Indian Crop Protection industry with a wide range of technicals and pan India presence in domestic formulation business. This will also help in expanding Coromandel’s scale, accelerating its entry into contract manufacturing business, fast-tracking new product commercialization and expanding its product portfolio.

NACL Industries operates Technical and Formulation plants in Andhra Pradesh, besides having centralized R&D facility near Hyderabad. NACL’s subsidiary has also recently invested in Technical grade facility at Dahej, capable of manufacturing Active Ingredients. It has established formidable partnerships with key global players, offering contract manufacturing services for over two decades. The company has strong brand presence in domestic formulations segment with pan India footprint.

Reflecting on the transaction, Coromandel’s Executive Chairman Mr. Arun Alagappan stated, "This is a defining moment for Coromandel International’s Crop Protection business. Coromandel’s long-term strategy has always been centered on driving sustainable growth and market leadership. The decision to acquire NACL Industries is a natural extension of company’s growth vision. By combining our extensive distribution network and deep industry expertise with NACL’s manufacturing capabilities, diversified product portfolio and large formulations presence, we are setting the stage for a significant increase in operational scale. The acquisition not only expands our scale but also enables us to tap into critical customer segments and secure strategic CDMO relationships.”

Coromandel’s Managing Director and Chief Executive Officer, Mr Sankarasubramanian added, "This acquisition will strengthen Coromandel’s presence in Crop protection business both in domestic and export markets. Coromandel will leverage its management expertise, credit access, sourcing capabilities, and diversified presence in international markets to strengthen NACL’s operations in a short period and create value for the shareholders. With the combined synergies in R&D and manufacturing, we can accelerate our Go to market strategy for new products and intermediates, thereby increasing our product offerings in domestic and global markets.”

JM Financial Limited acted as exclusive financial advisor to Coromandel for this transaction and is also Manager to Open Offer. AZB & Partners acted as Company’s Legal Counsel, E&Y acted as financial diligence and tax diligence advisor and SSPA & Co. Chartered Accountants acted as independent valuers.

About Coromandel

Coromandel International Limited is amongst India's pioneers and leading Agri solutions provider, offering diverse products and services across the farming value chain. It operates in two major segments: Nutrient and other allied businesses and Crop Protection. These include Fertiliser, Crop Protection, Bio Products, Specialty Nutrients and Organic businesses. The Company is 2nd largest manufacturer and marketer of Phosphatic fertiliser in India. The Company's Crop Protection products are marketed in India as well as in international geographies, offering wide range of technical and formulation products. The Specialty Nutrients business of the Company focuses on water soluble fertiliser, secondary & micronutrients and nano fertiliser products. The Company is leading marketer of Organic fertiliser in India. The Bio Products business of the company focusses on plant extractions for various applications. It also operates a network of around 750+ rural retail outlets across Andhra Pradesh, Telangana, Karnataka and Tamil Nadu. Through these Retail outlets, the Company offers agri inputs and farming services including crop advisory, soil testing and farm mechanization to around 3 million farmers. The Company has 7 R&D centers and a strong Regulatory setup, supporting the businesses in process development and new product introduction. The Company has 18 manufacturing facilities, spread widely across India, producing wide range of Nutrient and Crop Protection products, which are marketed through an extensive network of dealers and its own retail centers.

The Company clocked a turnover of Rs. 22,290 Crores during FY23-24. Its efforts towards environment have been well recognized by international organizations like UNDP and has also been voted as one of the ten greenest companies in India by TERI. Coromandel is a part of the INR 778 billion (INR 77,881 Crores) of the Murugappa Group.

For more details, visit www.coromandel.biz

About Murugappa Group

A 124-year-old conglomerate with presence across India and the world, the INR 778 billion (77,881 crore) Murugappa Group has diverse businesses in agriculture, engineering, financial services and more.

The Group has 9 listed companies: Carborundum Universal Limited, CG Power & Industrial Solutions Limited, Cholamandalam Financial Holdings Limited, Cholamandalam Investment & Finance Company Limited, Coromandel International Limited, E.I.D. Parry (India) Limited, Shanthi Gears Limited, Tube Investments of India Limited and Wendt India Limited. Other major companies include Cholamandalam MS General Insurance Company Limited and Parry Agro Industries Limited. Brands such as Ajax, Hercules, BSA, Montra, Montra Electric, Mach City, Chola, Chola MS, CG Power, Shanthi Gears, CUMI, Gromor, Paramfos, Parry’s are part of the Group’s illustrious stable.

Abrasives, technical ceramics, electrominerals, electric vehicles, auto components, fans, transformers, signalling equipment for railways, bicycles, fertilisers, sugar, tea and several other products make up the Group’s business interests.

Guided by the five lights — integrity, passion, quality, respect and responsibility — and a culture of professionalism, the Group has a workforce of over 83,500 employees.

For more details, visit www.murugappa.com

Meghalaya Marks Historic Milestone with First-Ever Sea Shipment of 15 MT Ginger to Dubai’s Lulu Group

The Department of Agriculture and Farmers Welfare, Government of Meghalaya, has marked a historic milestone with the first-ever sea shipment of 15 MT of Meghalaya Ginger to Dubai’s Lulu Group in collaboration with Agricultural and Processed Food Products Export Development Authority (APEDA).

This achievement, facilitated by the Eastern Ri-Bhoi Organic Farmer Producer Company (FPC), reinforces Meghalaya’s commitment to enhancing its agricultural exports and integrating its farmers into global value chains. The consignment was flagged off in a ceremonial event attended by esteemed dignitaries from APEDA, Ministry of Economic Affairs and International Fund for Agricultural Development (IFAD) marking a new chapter in the state's efforts to promote organic and high-value agricultural produce internationally.

Meghalaya’s agricultural sector has long faced unique challenges, including fragmented landholding, limited credit access, and working capital constraints for FPOs. However, through strategic government interventions, cooperatives have successfully aggregated and marketed ginger collectively, demonstrating that farmer-led initiatives can drive scalable and sustainable growth.

The Eastern Ri-Bhoi Organic FPC, established in 2017 under the Mission Organic Value Chain Development for the North Eastern Region (MOVCD-NER), has played a pioneering role in facilitating this export. The FPC, which began with limited infrastructure, has now expanded its operations significantly, processing ginger with modernized washing, slicing, drying, and packaging facilities.

Today, the FPC supports over 500 member farmers from 9 villages, ensuring better price realization and market access. Over the years, this collective has increased its revenue from ₹17 lakh in 2018-19 to ₹374 lakh in 2023-24, illustrating the immense potential of farmer-led enterprises when given the right support.

The flag-off ceremony, held in Shillong, was attended by key dignitaries, Shri Abhishek Dev, IAS, Chairman, APEDA, Shri Abdelkarim Sma, Country Director, International Fund for Agricultural Development, Mr. Revistar Kharumnuid, Chief Executive Director, Eastern Ri-Bhoi Organic Farmer Producer Company and Smt. B. Mylliem Umlong, Director of Horticulture, Government of Meghalaya.

Shri Abhishek Dev, IAS, Chairman, APEDA underscored the significance of sea shipment in making Indian agri-exports competitive. "Sea shipment is crucial as it ensures cost competitiveness. We have developed a dedicated sea protocol, and I am hopeful that with close coordination among stakeholders, our shipments will be well received in the UAE market."

Reflecting on Gulf Food 2024, he added, "There is immense excitement for Indian products, and we have been invited as the partner country for the next edition. I urge stakeholders to plan early participation in Gulf Food 2026 (January 26-30) and prominently showcase Indian ginger."

Highlighting the potential of organic exports, he noted, "The organic tag ensures a 30-40% higher price realization. APEDA is fully committed to supporting stakeholders in organic certification, and with Meghalaya’s own certification body, this process will now be easier." On ginger exports, he affirmed, "This is not a one-off event. We will see more such flag-offs in the future as we continue expanding India's agri-export footprint."

Google to Buy Carbon Credits from An Indian Startup that Turns Large Amounts of Agricultural Waste Into Biochar

Google has signed a significant deal to purchase carbon credits from an Indian startup called Varaha. This startup's initiative converts large amounts of agricultural waste into biochar, a form of charcoal that captures carbon dioxide from the atmosphere and stores it in the soil.

The Google-Varah deal is one of the biggest ever involving biochar, and is Google's first foray into India's carbon dioxide removal (CDR) sector.

Varaha is an innovative Indian startup focused on carbon dioxide removal (CDR) through the production of biochar. Varaha converts agricultural waste into biochar using pyrolysis Reactors.

Biochar is a form of charcoal that captures carbon dioxide from the atmosphere and stores it in the soil. Biochar not only helps mitigate CO2 emissions but also improves soil health, offering an alternative to traditional fertilizer.

Key Points:

Carbon Credits: Google has committed to purchase 100,000 tonnes of carbon removal credits from Varaha by 2030 as the catalytic first buyer of biochar credits produced by a Varaha facility in Gujarat, India.

Biochar Production: Varaha sources agricultural waste from hundreds of smallholder farms in India and converts it into biochar using Reactors.

Environmental Impact: Biochar not only helps mitigate CO2 emissions but also improves soil health, offering an alternative to traditional fertilizer.

Scalability: Varaha estimates that India's agricultural waste could generate enough biochar to store more than 100 million tons of CO2 annually.

This partnership is part of Google's broader strategy to achieve its net-zero emissions goal and support scalable solutions to address climate change.

Varaha has raised a total of $12.7 million from prominent funds such as RTP Global, Omnivore, Orios Venture Partners, and Japan’s Norinchukin Bank.

Besides Google, other tech giants are also exploring carbon credit purchases from Indian companies to offset their emissions. While specific deals haven't been widely publicized, companies like Microsoft and Amazon have shown interest in similar initiatives. These companies are looking to support carbon dioxide removal (CDR) projects, such as biochar production, to help achieve their sustainability goals.

UP Govt Launches ONDC-like Open Network for Agriculture, Powered by Google's Gemini and Beckn Protocol

The Government of Uttar Pradesh, in collaboration with Google Cloud India, has launched the Uttar Pradesh Open Network for Agriculture (UPONA). This initiative is powered by Google's Gemini framework and the Beckn Protocol, aiming to provide millions of farmers with a comprehensive digital platform.

The UPONA specifically targets farmers, providing services like agricultural advisory, credit access, and market linkages

The UPONA is quite similar to the Open Network for Digital Commerce (ONDC) as both initiatives aim to create open, decentralized platforms that facilitate access to essential services and promote digital inclusion. Both initiatives aim to create open, decentralized platforms that facilitate access to essential services and promote digital inclusion.

The Beckn Protocol, which is the backbone of the Open Network for Digital Commerce (ONDC), is also powering UPONA. While the UPONA focuses on farmers, ONDC aims to support small businesses and retailers by providing a unified platform for e-commerce.

Key Features:

Services Offered: The network offers advisory services, credit access, mechanization, and market linkages.

Accessibility: Farmers can access the network using voice commands in multiple languages, including Hindi, Bangla, Telugu, Kannada, Gujarati, and Punjabi.

Open and Decentralized: Unlike traditional marketplace apps, this network is designed to be open and decentralized, allowing various service providers to join and connect with farmers.

Digital Public Infrastructure (DPI): The network leverages Google Cloud’s DPI-in-a-box offering and the Beckn Protocol to enable interoperability and decentralized discovery of products and services.

This initiative is a significant step towards enhancing the agricultural ecosystem in Uttar Pradesh and empowering farmers with the tools and resources they need to thrive.

Key Similarities Between UPONA & ONDC

Open and Decentralized: Both networks are designed to be open and decentralized, allowing various service providers to join and connect with users.

Digital Public Infrastructure (DPI): Both initiatives leverage DPI to enhance service delivery and accessibility.

Interoperability: Both networks use open standards to enable interoperability and decentralized discovery of products and services.

Focus on Farmers and Small Businesses: While the UP Open Network for Agriculture focuses on farmers, ONDC aims to support small businesses and retailers by providing a unified platform for e-commerce.

Key Differences Between UPONA & ONDC

Target Audience: The UP Open Network for Agriculture specifically targets farmers, providing services like agricultural advisory, credit access, and market linkages. ONDC, on the other hand, targets a broader audience, including small businesses and consumers, to facilitate digital commerce.

Services Offered: The UP Open Network for Agriculture offers specialized services for the agricultural sector, while ONDC focuses on creating a unified e-commerce platform for various industries.

Both initiatives are significant steps towards enhancing digital infrastructure and promoting economic growth in India.

IG Drones’ ‘AgriDrone’ Solution Leveraging 5G Connectivity Wins Prestigious Hackathon by Govt of India

IG Drones Wins Prestigious 5G & Beyond Hackathon by Govt of India

• IG Drones, India’s First 5G drone maker is revolutionizing agriculture with its cutting-edge 5G technology. The company’s innovative product- AgriDrone delivers unparalleled capabilities, including rapid and reliable data transfer using 5G technology, real-time monitoring, analysis, and operational control from virtually anywhere.

IG Drones, India’s leading drone technology company, which has been using 5G technology through its innovative drone solutions, has achieved yet another milestone by winning the 5G & Beyond Hackathon 2024, organized by Department of Telecommunications (DoT), Government of India. The hackathon, which is an esteemed initiative by the Government, is aimed at identifying and promoting innovative applications of 5G technology tailored for India. It witnessed participation from the country’s brightest minds and most forward-thinking companies. IG Drones’ ‘AgriDrone’ solution, leveraging 5G connectivity to address critical challenges in the agricultural sector, has set a new benchmark of using the 5G technology in this sector.

As India’s first 5G drone manufacturer, IG Drones showcased its AgriDrone solution at the hackathon, the results of which were announced in December 2024. The advanced drone delivers unparalleled capabilities using 5G technology, including rapid and reliable data transfer, real-time monitoring, analysis, and operational control from virtually anywhere.

At the heart of IG Drones’ achievement lies its commitment to leveraging 5G technology for groundbreaking advancements. 5G’s unparalleled speed, ultra-low latency, and high connectivity enable seamless data transmission, real-time decision-making, and remote operational control, redefining the way drones interact with cloud-based platforms. These capabilities have immense potential for industries such as agriculture, infrastructure, and disaster management, enabling precise monitoring, rapid data analysis, and actionable insights from virtually anywhere.

Ashish Jena, Co-Founder & Chief of Products at IG Drones, expressed his pride in the team’s achievement: “Winning the 5G & Beyond Hackathon is a testament to IG Drones’ relentless pursuit of innovation. By integrating 5G technology into our AgriDrone solution, we are not only advancing agriculture but also setting new benchmarks for the drone industry. This accomplishment underscores our vision of leveraging cutting-edge technology to create scalable, impactful solutions that address real-world challenges.”

Bodhisattwa Sanghapriya, Founder & CEO of IG Drones, emphasized the broader implications of this success, adding, “As India’s first 5G drone maker, we are proud to pioneer technological advancements that drive progress in critical sectors like agriculture. This achievement highlights the potential of 5G to transform industries, and we are committed to leading this transformation. We extend our gratitude to the DoT for this platform and to our partners and team for their unwavering support and dedication.”

The AgriDrone’s enhanced communication capabilities ensure seamless data transmission, utilizing 5G’s high-speed connectivity to facilitate rapid and reliable data transfer between the drone and cloud-based platforms, enabling faster decision-making.

The integration of 5G technology allows for real-time monitoring of agricultural fields, offering precise insights and facilitating timely interventions. Additionally, farmers and operators can now control the drone’s functions remotely, ensuring operations are efficient and accessible from anywhere. This innovative approach addresses key issues such as crop health monitoring, pest control, and yield optimization, transforming the agricultural landscape in India.

The 5G & Beyond Hackathon aligns with the Government of India’s vision of fostering innovation and self-reliance in technology under the Atmanirbhar Bharat initiative. IG Drones’ accomplishment not only underscores the transformative power of 5G but also positions the company as a leader in driving India’s technological advancements.

The India Drone Market is projected to grow from USD 654 Million in 2024 to USD 1,437 Million by 2029, growing at a CAGR of 17.0% during the forecast period. When it comes to agriculture, drones are transforming the sector in India through innovations in crop monitoring, precision farming, and resource management. They enable early issue detection, efficient pesticide and fertilizer application, precise water usage, and livestock monitoring, while reducing farmers' exposure to harmful chemicals. Additionally, drones help minimize environmental impacts and lower input costs. Government initiatives, including subsidies, rental schemes, and training programs, further promote the adoption of agriculture, and empower farmers with advanced technology to boost productivity and sustainability. Notably, IG Drones has also established Centers of Excellence (COEs) across educational institutes like IIMs to provide drone related training and upskilling across sectors.

About IG Drones

Founded with a vision to revolutionize industries through drone technology, IG Drones is India’s leading drone manufacturing and solutions company. Known for its innovative approach and commitment to excellence, IG Drones specializes in developing drones that address critical challenges across sectors such as agriculture, infrastructure, and disaster management.