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Pritam Nagrale

The headline sounds bizarre. China has put its first AI doctor for “pine tree cancer” online. But the real story is bigger than forestry. AI is quietly moving beyond chatbots and into narrow, expert decision-making. Not for everything. Not for everyone. But in specialised domains where trained experts are limited, an AI system can help scale diagnosis, speed up detection, and standardise recommendations. That matters because the next wave of AI disruption may not come from flashy consumer apps. It may come from highly specific use cases most people ignore—until they become indispensable. Today it’s tree disease. Tomorrow it could be agriculture, manufacturing, insurance claims, or frontline healthcare workflows. Founders should pay attention to this pattern: AI wins big when it enters a niche with expensive expertise, repetitive analysis, and slow response times. The companies that spot these “boring” markets early may build the most defensible AI businesses. What’s your take—are niche AI experts more valuable than general-purpose AI now? #AI #AINews #DeepTech #AgriTech #FutureAgents

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Tukaram Dhavale

Every Practice Has a Result — Agriculture Makes It Visible. 🌱 Whether it is pomegranate cultivation or any other crop, every practice we perform in the field has a result. From nutrition management and irrigation to plant protection, crop care, and stress management — the outcome of our work is ultimately visible right in front of our eyes. A healthy plant, better flowering, proper fruit development, improved fruit quality, or even a problem in the crop — each one tells us the story of the decisions and practices applied in the field. This is what makes agriculture truly scientific. Observe the crop. Understand the science. Apply the right practice. See the result. Because in agriculture, the field itself becomes the laboratory, and the crop becomes the result. 🌿🔬 Better Observation. Better Decisions. Better Results. #Pomegranate #Agriculture #AgriculturalScience #PlantScience #CropManagement #SmartFarming #AgriTech #PrecisionAgriculture #SustainableAgriculture #FieldResearch #PlantHealth #FarmInnovation

Karthik keyan

🌱 Plant Growth Predictor AI – AI-Based Plant Analysis Project Excited to share my latest mini AI project — Plant Growth Predictor AI 🌿 This application uses Gemini AI and image analysis to analyze a plant from an uploaded image and provide useful insights. 🔹 Key Features: • 🌱 Plant identification from image • 📏 Current & expected maximum plant height • 📈 60-day growth prediction with visual growth chart • 🩺 AI-based detection of possible plant diseases/symptoms • ⚠️ Disease warning with possible disease name • 💡 Personalized plant care & treatment recommendations • ☀️ Sunlight, 💧 watering and 🌿 general care tips The goal of this project is to combine AI + Image Analysis + Plant Care into a simple and practical application that can help users understand and monitor their plants. 🛠️ Technologies: Google Gemini AI, React, Image Analysis, JavaScript/TypeScript This project helped me explore how multimodal AI can be applied to real-world problems in agriculture and plant monitoring. #ArtificialIntelligence #GeminiAI #AIProject #PlantAI #MachineLearning #ComputerVision #AgriTech #StudentProject #CapstoneProject #GoogleAI#Meachine learning

Aref Ba Rahim

I was pleased to take part in a rich and rewarding experience in Emerging Technologies through Qassim University’s Summer Innovation Program. For me, the program represented a valuable opportunity to move from understanding a real-world problem to developing a data-driven technological solution. During the program, I had the opportunity to work with a multidisciplinary team to develop our innovative project, MERWA — a smart system designed to collect and analyze farm data and transform it into customized agricultural recommendations that support informed decision-making. MERWA is built around the collection and integration of various field and climate data, including soil moisture, soil characteristics, crop type, location, weather conditions, and water consumption. These data are then analyzed to build a more comprehensive understanding of the condition and needs of each individual farm. The core concept behind MERWA is that agricultural recommendations should not be generic or one-size-fits-all. Farm requirements vary depending on location, crop type, soil characteristics, climatic conditions, and actual recorded measurements. Therefore, MERWA aims to provide recommendations based on the specific data of each farm rather than relying on generalized recommendations. By building a continuously evolving database, the system aims to reduce water and resource waste, support plant health and quality, and improve the accuracy and efficiency of agricultural decision-making over time. What made this experience particularly valuable to me was that it went beyond developing the project itself. It gave me the opportunity to work within a multidisciplinary team and experience firsthand how Agricultural Engineering, Electrical Engineering, Computer Science, Network Engineering, and Supply Chain Management can come together to address a real-world challenge and develop a more integrated solution. I would like to extend my sincere appreciation to Dr. Jamal Alotaibi , and to the outstanding engineers Abdulmalek Aldossery and Kayan Algeffari , for their valuable support, guidance, and mentorship throughout the learning and project development stages. Their contribution played an important role in enriching this experience. I am also proud to have worked alongside my teammates — especially Fahad AlShalahi , the initiator of the idea — and grateful for everything we learned and built together throughout the program. Finally, I would like to thank Qassim University for providing an environment that brings together learning, innovation, and hands-on application, and for giving us the opportunity to turn ideas into practical projects. #QassimUniversity #SummerInnovation #EmergingTechnologies #SmartAgriculture #AgriTech #DataDrivenAgriculture #Sustainability #Innovation

Aniket Mishra

The sea could have a bigger role in the future of Indian agriculture than we realise. Lately, I’ve been reading and thinking more about blue biotechnology, and one area that really caught my attention is seaweed-based biostimulants. We usually look at the ocean as a source of food, energy or natural resources. But there is another side to it that is still relatively unexplored in India — its potential to help us grow better crops. Seaweeds contain a fascinating mix of naturally occurring compounds and bioactive molecules. With the right science and extraction technologies, these can be developed into agricultural biostimulants that support plants under conditions like heat, drought and nutrient stress. And for a country like India, this is particularly interesting. Our agriculture is going to face increasing pressure over the coming decades — changing climate, declining soil quality, water constraints and the need to produce more with fewer resources. I believe this is where marine biology and agriculture can start meeting each other. The interesting part isn't simply putting seaweed on a field and calling it sustainable. The real opportunity is in the science behind it: Which species work best? Which compounds actually matter? How should they be extracted? How do we formulate them consistently? And, most importantly, do they work in real Indian fields? That last question is critical. India has a long coastline and an enormous diversity of marine life, but we are still at a relatively early stage when it comes to converting this biological wealth into scalable agricultural technologies. Perhaps the next chapter of Indian biotechnology will be about looking a little closer at what has always been around us, and finding possibilities we haven't fully imagined yet. Imagine turning something that grows in our oceans into a scientifically validated tool for improving the resilience of crops on our farms. That, to me, is where the idea of “blue biotechnology” becomes really exciting. The ocean may not just be part of the climate solution. It could also become part of the future of Indian agriculture. #BlueBiotechnology #Seaweed #Biostimulants #AgriBiotechnology #IndianAgriculture #MarineBiotechnology #SustainableAgriculture #Biotech #Bioeconomy #Agritech #Innovation

Aboriginal Business Technology Incubator (ABTI)

Connecting Innovation, Research & Community Impact The Aboriginal Business Technology Incubator (ABTI) was pleased to be invited by  “C-TARA”, IIT Bombay (Centre for Technology Alternatives for Rural Areas) to be part of an engaging knowledge-sharing session attended by esteemed faculty members, research scholars and students from B.Tech, M.Tech and PhD programmes. The session provided an opportunity for ABTI to introduce who we are, what we do and how we support entrepreneurs, startups, SHGs and FPOs in building sustainable and scalable businesses. ABTI shared its work across key focus areas including AgriTech & Allied Sectors, Clean Tech & Green Energy, Women’s Livelihoods & SHGs, and Entrepreneurship & Business Growth, along with our support through business mentorship, training, market linkages, networking and ecosystem connections. The session also highlighted the valuable fieldwork undertaken by Ms.Asfiya Jabeen and Ms. Nirusha Swamy, 3rd Semester Master of Technology (M.Tech.) students from “C-TARA”, IIT Bombay, who spent two months in Sukhalu Village, Zunheboto, Nagaland. Their field engagement included transect walks, resource mapping, focus group discussions and household surveys, through which they explored local energy use, agriculture, water access, sanitation and village infrastructure. Directed Research:The students explored the feasibility of a solar mini-grid as an alternative energy source to reduce dependence on diesel. The interaction brought together research, community knowledge, sustainable technology and entrepreneurship, creating a valuable space for students to understand how ideas and field insights can contribute to practical, locally relevant solutions. ABTI is truly grateful to C-TARA, IIT Bombay, especially Prof. Anand Rao, Ms. Nirusha Swamy, and Ms. Asfiya Jabeen, for the valuable opportunity to connect, share knowledge, and learn together. From the field to innovation meaningful change begins by listening, learning and collaborating. #ABTI #CTARA #IITBombay #Nagaland #CleanEnergy #SustainableDevelopment #RuralInnovation #CommunityDevelopment

AgroBridge

@AgroBridgeng

Why does price intelligence matter in agriculture? 🌱 Better information → smarter decisions → better market opportunities. AgroBridge is working to make agricultural pricing more transparent and accessible for farmers and buyers. #AgroBridge #AgriTech #Agriculture https://t.co/1YB1NkNHpU

Adebimpe Sadiq

@Adebimp11113250

Building @AgroBridgeng keeps reminding me that better information can lead to better decisions. For farmers, knowing the market price can mean better timing, less risk and better opportunities. That’s why we’re building price intelligence into AgroBridge. 🌱 #AgroBridge #AgriTech https://t.co/cowb8D2Pu5

Empower Africa

Africa's Business Heroes (ABH) has selected 20 entrepreneurs for its 2026 Semi-Final in Nairobi, Kenya, on 21–22 August. The entrepreneurs were chosen from an expanded Top 100 cohort drawn from more than 24,000 applications across all 54 African countries. Their businesses generated approximately US$85 million in combined revenue in 2025. The cohort represents 12 countries and 11 sectors, including agritech, healthcare, manufacturing, climate technology, financial services, education, energy and enterprise software. Eight of the 20 entrepreneurs are women. The 2026 Top 20 are: ✅ Farah Emara — Co-Founder, FreshSource (Egypt) ✅ Nour El-Assal — CEO, Tagaddod (Egypt) ✅ Salma Tammam — Founder & CEO, Reme-D.Inc (Egypt) ✅ Ahmed Shaaban — CEO, Simplex CNC (Egypt) ✅ Affiong Williams of ReelFruit (Nigeria) ✅ Kelvin Umechukwu — CEO, Bumpa (Nigeria) ✅ Ikechukwu Anoke of Zuri Health Ltd (Kenya) ✅ Naom Monari — BENA CARE LTD☑️ (Kenya) ✅ Joseph Mungai — CEO, AceleAfrica Limited (Kenya) ✅ Louisa Gathecha, ACIM — Bottle Logistics East Africa Limited (Kenya) ✅ Meriem BENABAD — Founder, Z.SYS INC (Morocco) ✅ Nidal Tafah — CEO, MIRRIAH (Morocco) ✅ Samson Fentaye — Thur Biotech Manufacturing Plc (Ethiopia) ✅ Jess Roussos — BluLever Education Pty Ltd (South Africa) ✅ David Kamugundu — eFiche Ltd (Rwanda) ✅ Joseph Paul, MD — Dawa Mkononi (Tanzania) ✅ zodome gildas — Bio Phyto (Benin) ✅ Appessika Adanin Koffi — Green Agro Valley (Côte d’Ivoire) ✅ Hagasata RAKOTOSON — Solidis S.A (Madagascar) ✅ Rodney Kofi Kyei — Crux Global Limited (Ghana) The entrepreneurs will pitch before a panel comprising Kome Oruade-Etim of Acumen Angels, Wandia Gichuru of Vivo Fashion Group, Thomas Njeru of Pula Advisors and Jason Pau of the Jack Ma Foundation. #empowerafrica #africa #investinafrica #AfricasBusinessHeroes #AfricanStartups #VentureCapital

Anglistone Sibanda

We are building the biggest SADC Region Methane Abatement to clean cooking to avoid deforestation and improve women's health. The project also produces bio fertilizer for Nitrous Oxide reduction, soil regeneration, improving soil health through biochar infusion, produced from invasive plant species for carbon sequestration with permanence project. The past months have been hard, with too much work on scientific and baseline data for Project Development. This community based project has ambitious targets of 16.8 MTCO2E abatement, removal and storage. 5 Million households impacted by 2035 We ready to commission in 8 Southern Africa Countries. Special thanks to our partners Cernergy Solutions for the robust, low cost high efficiency technology, Retis Solutions Zambia, Agritech Solutions South Africa. Paprum Green Projects Pvt ltd #Cernegysolutions #Agritechsolutions #Reso #Climateaction #Carbonmarkets #Carbonmarkets #Biogas #Biochar

NAAZ

@naaz_app

This Independence Day, a new journey begins. 🇮🇳 Today, 15 August 2026 — India's 80th Independence Day — NAAZ begins its public journey. NAAZ Agri Assist is now available on the App Store. Empowering Farmers. Employing Youth. https://t.co/lyQ5WmbuVb #NAAZ #AgriTech https://t.co/Jd0lJs27gR

Jacopo Ciampi

🌱 Ebb & Flow: come funziona il sistema a flusso e riflusso Sto continuando il percorso di Fuori Suolo dedicato ai principali sistemi idroponici. Dopo NFT e Deep Water Culture, questa volta ho approfondito il sistema Ebb & Flow, conosciuto anche come Flood and Drain. Il funzionamento si basa sull'alternanza tra allagamento e drenaggio della zona di coltivazione: la soluzione nutritiva viene pompata verso le piante e successivamente ritorna nel serbatoio. Per realizzare il nuovo video ho studiato e utilizzato come fonte principale il documento: 📚 Hydro Hints: Ebb and Flow Oregon State University Extension Service Ho scelto di condividere anche il PDF originale perché credo che, quando si parla di agricoltura e innovazione, sia importante non fermarsi alla spiegazione divulgativa, ma lasciare anche la possibilità di approfondire direttamente la fonte. È proprio attraverso questo tipo di documenti che sto costruendo il percorso di Fuori Suolo: studiare, comprendere e poi provare a spiegare ciò che ho imparato con parole semplici, senza perdere il contenuto tecnico. 📎 Allego qui il documento utilizzato come riferimento. #Idroponica #Hydroponics #EbbAndFlow #ColtivazioniFuoriSuolo #AgricolturaInnovativa #AgriTech #SmartFarming #FuoriSuolo

Leon

@gataaukenapaa

RAI Token menarik nih 🔥🌱 Bukan cuma soal token, tapi mereka lagi ngebangun ekosistem yang berkaitan sama Agritech. Penasaran juga sejauh mana RAI bakal berkembang ke depannya 👀 @raitokenio Wajib ikut yang satu ini sih 😆 @indrainibang @Apriyadi_sardi @podstanley https://t.co/K3UNaRwWFd

Dr. Shrinivas Sabale

Why are AMF such effective colonizers? 🌱🍄 Arbuscular Mycorrhizal Fungi (AMF), including Glomus and related genera, have evolved a remarkable strategy for establishing symbiosis with plant roots. From persistent spores and root-derived strigolactone signals to molecular recognition, controlled root penetration, arbuscule formation, and extensive extraradical hyphae, AMF effectively extend the plant’s root system into the surrounding soil. Inside the root, the arbuscule acts as a nutrient-exchange interface, enabling carbon transfer from the plant while supporting the acquisition of phosphorus, nitrogen, sulfur, micronutrients and water by the plant. Outside the root, the extensive fungal network explores soil beyond the normal root depletion zone—making AMF powerful partners for nutrient acquisition, plant establishment, soil health and stress resilience. This sophisticated plant–fungus partnership explains why AMF are among the most promising biological tools for sustainable agriculture. #AMF #ArbuscularMycorrhiza #Glomus #Mycorrhiza #Biofertilizers #Biostimulants #PlantNutrition #SoilHealth #PhosphorusUptake #SustainableAgriculture #MicrobialAgriculture #AgriculturalBiotechnology #PlantMicrobiome #RegenerativeAgriculture #AgriTech

Richsoil

78 years ago, India chose freedom. Freedom from colonial rule. Freedom to build, to grow, to dream on our own terms. And yet, for millions of farmers who feed this nation, one freedom remains elusive — the freedom to know the true value of what they grow, and to be paid fairly for it. This Independence Day, at Richsoil we recommit to the freedom we are working towards — a transparent, fair, and technology-driven agri-food supply chain where every farmer is empowered with information, not exploited by the lack of it. Jai Hind. 🌾💚 Happy Independence Day from Team Richsoil! #IndependenceDay #JaiHind #FarmersFirst #Richsoil #AgriTech #TransparentAgriculture #StartupIndia #JaipurStartup

LPU School of Computer Science Engineering

🌾 Forget FinTech. The next trillion-rupee DPI frontier is under our feet. India’s Digital Public Infrastructure story has already transformed payments and retail through platforms such as UPI, Aadhaar and ONDC. The next frontier could be agriculture. With initiatives such as AgriStack, Bharat-VISTAAR, satellite intelligence, IoT sensors and ONDC-enabled market access, India is moving toward an interoperable digital ecosystem connecting farmers, data, technology, financial services and markets. What makes this particularly interesting is the emerging 4-layer Agri-DPI stack: 🔹 Identity & Registry — Farmer ID and digital land/crop records 🔹 Intelligence — Satellite data, GIS and AI-driven advisories 🔹 Ground Sensors — IoT-enabled soil, irrigation and micro-climate monitoring 🔹 Market Access — Digital networks connecting producers with buyers The opportunity goes far beyond digitizing agriculture. It is about making farming data-driven, predictive and connected—while creating an open platform for the next generation of agritech innovation. But there is one question we cannot ignore: As agricultural data becomes increasingly valuable, will India’s data privacy frameworks be strong enough to protect small farmers from exploitation by large agribusinesses? The success of Agri-DPI won't be measured only by how much technology reaches the farm. It will also be measured by who owns the data, who can access it, and who ultimately benefits from it. I’ve explored this emerging 4-layer Agri-DPI ecosystem in the full article. 👇 Read the article and share your perspective. #DigitalPublicInfrastructure #AgriStack #Agritech #DigitalAgriculture #BharatVISTAAR #ONDC #AI #IoT #SmartFarming #IndianAgriculture #DeepTech #Innovation #DigitalIndia