Réseaux Sociaux

wahyu ari wicaksono

Sawah kita sedang menua. Tapi ada yang menarik di pematangnya. Pilu tapi nyata. Saat ini, petani di bawah usia 25 tahun hanya tinggal 2%. Hampir 80% petani kita sudah lewat usia 40. Bukankah ini adalah cerita tentang kehilangan? Namun di Subang, sebuah sawah baru saja membantah cerita itu. Panen mereka naik dari 10 ton menjadi 11 ton per hektare. Bukan karena pupuk ditambah. Justru karena pupuk dikurangi, dan diganti data. Drone memetakan nutrisi tanah. Setiap petak mendapat resepnya sendiri. Presisi menggantikan kebiasaan. Lalu, di Barru, Sulawesi Selatan, seorang pemuda yang dulu tidur di gerobak dorong kini mengelola empat belas kolam udang intensif. Sekali panen, dua ton per kolam. Ia juga membiayai anak-anak pesisir untuk kuliah. Di Bali, komunitas Petani Muda Keren mengelola kebun lewat ponsel. Tingkat keasaman tanah, irigasi, pemantauan lahan. Salak Sarak mereka kini diekspor ke Tiongkok, setelah sebelumnya sempat dibuang begitu saja karena harga jatuh. Itulah tiga cerita, satu pola. Pertanian berhenti menjadi pekerjaan yang bergantung pada otot dan ingatan. Ia berubah menjadi bidang yang menuntut literasi data, kemampuan teknis, dan keberanian mengambil keputusan berbasis angka. Pemerintah dan PT Pupuk Indonesia (Persero) bergerak di jalur yang sama. Mobil uji tanah kini berjumlah dua puluh tujuh unit, menjangkau dari Jawa hingga Papua. Program Makmur mencakup tiga ratus enam puluh delapan ribu hektare. Di Cirebon, metode yang sama menaikkan produksi dari lima menjadi tujuh ton per hektare. Sekarang pertanyaannya bukan lagi apakah anak muda mau bertani? Pertanyaannya adalah apakah kita sudah menunjukkan bahwa pertanian hari ini berbicara dengan bahasa yang mereka kuasai. Tanah tidak akan otomatis menjadi muda. Tapi cara kita mengelolanya sedang berganti generasi. Dan yang memegang kemudi bukan lagi cangkul. Melainkan sinyal, data, dan keberanian untuk mendengar apa yang tanah katakan. Kalau kamu anak muda yang sedang mencari medan berdampak, mungkin jawabannya tidak ada di gedung kaca. Mungkin ia ada di pematang. Nah menurut Anda, hambatan terbesar anak muda masuk ke sektor pertanian itu apa? Akses modal, stigma, atau minimnya teknologi di desa. Simak cerita Lengkapnya di sini: https://lnkd.in/gz4pmbPg Kementerian Pertanian Republik Indonesia Jekki Hendrawan Danantara Indonesia Pemerintah Kabupaten Barru Svarnabhumi andi noya #PertanianIndonesia #RegenerasiPetani #SmartFarming #PrecisionAgriculture #Agritech #InovasiPertanian #MillennialFarmer #PanganIndonesia #PetaniMilenial #SustainableAgriculture

madhav lashakar

Had an insightful visit to the Nanaji Deshmukh Plant Phenomics Centre, ICAR–Indian Agricultural Research Institute (IARI), New Delhi. 🇮🇳🌾 The visit provided a great opportunity to learn about plant phenotyping, advanced imaging technologies, spectroscopy, crop research, and modern approaches to improving agricultural productivity. #Agriculture #ICAR #IARI #PlantScience #AgriculturalResearch #PlantPhenomics #AgriTech #BScAgriculture #LearningExperience #IndianAgriculture

Tusharkumar Shukla.

VERTICAL AEROPONIC FARM — PART 37 PLC, SCADA & INDUSTRIAL AUTOMATION ARCHITECTURE A modern vertical farm may contain thousands of sensors and many independent machines. The real engineering challenge is: How do we make all of them work as ONE controlled production system? 1️⃣ FIELD LEVEL Sensors and actuators collect and execute real-world information: Temperature RH CO₂ pH EC Pressure Flow Tank Level Light Energy Actuators include: Pumps + Valves + Fans + Dampers + LEDs + Dosing Pumps 2️⃣ PLC — THE CONTROL LAYER The PLC receives field data and executes approved logic. Example: Low Pressure → PLC Detects → Alarm → Standby Pump → Verify Pressure The system should respond according to predefined engineering logic. 3️⃣ SCADA — THE OPERATING WINDOW SCADA gives operators visibility of: Live Values + Trends + Alarms + Equipment Status + Recipes + Historical Data An operator should quickly understand: What is happening? Where is the abnormality? What changed? What action is required? 4️⃣ CONTROL HIERARCHY A practical architecture: Field Sensors/Actuators ↓ PLC / RTU ↓ SCADA / HMI ↓ Industrial Network ↓ Historian / Database ↓ Analytics / AI Each layer should have a clearly defined responsibility. 5️⃣ INTERLOCKS Critical equipment should not operate blindly. Examples: Low Tank Level → Pump Protection High Temperature → HVAC Response Abnormal Pressure → Misting Protection Emergency Stop → Safe Equipment State Interlocks protect both equipment and crop. 6️⃣ ALARM MANAGEMENT Avoid hundreds of meaningless alarms. Classify: Critical → High → Medium → Advisory Every important alarm should have: Cause + Consequence + Operator Action 7️⃣ DATA HISTORIAN Store important operating data: Timestamp + Sensor Value + Setpoint + Alarm + Operator Action + Equipment Status This creates the operational history of the farm. 8️⃣ CYBER & ACCESS CONTROL Automation must also protect against unauthorised changes. Consider: User Roles + Password Policies + Network Segmentation + Backups + Controlled Software Changes 9️⃣ THE CLOSED LOOP The final system becomes: SENSE → CONTROL → ACT → VERIFY → RECORD → ANALYSE → IMPROVE «Automation is not about removing people from the process. It is about giving people better information and making the process more predictable.» A truly intelligent farm should allow an operator to move from: “Something is wrong.” to: “The system has identified the deviation, its probable cause and the required action.” NEXT: We engineer the farm's robotics and material-handling system — seeding, transplanting, crop movement, harvesting, conveyors, AMRs/AGVs and where robotics genuinely adds value. #VerticalFarming #Aeroponics #PLC #SCADA #IndustrialAutomation #Robotics #AgriTech #Engineering #UAE #GCC #SmartFarming #Industrialization #ifarm #Agritech #ContractFarming #DigitalAgriculture #FarmTech #AgriInnovation

VacanciesHub Zim

📢🌱 PAIP Cohort 4.0 2026 | 6-Week Global Precision Agriculture Programme 🌍🚜 🔗 Apply Here: 👉 https://lnkd.in/d_RDwtw6 PAIP Cohort 4.0 offers a structured learning opportunity for students, graduates and professionals interested in the future of agriculture and emerging farming technologies. ✨ Programme Highlights ✅ 6-Week Global Programme ✅ Precision Agriculture & Smart Farming ✅ Digital Agriculture & AgriTech ✅ Data-Driven Farming ✅ Geospatial Tools & Remote Sensing ✅ Practical Technical Skills ✅ Certification May Be Available Subject to Programme Requirements 🎯 Suitable for agriculture students, graduates, young professionals, researchers, agribusiness professionals and practitioners interested in modern farming technologies. 🚀 Strengthen your knowledge of precision agriculture and build practical skills for the future of smart and sustainable farming. #PrecisionAgriculture #Agriculture #AgriTech #SmartFarming #AgriculturalTechnology #DigitalAgriculture #AgricultureStudents #Training #ProfessionalDevelopment #Farming #VacancyBridge

Jorge Luis Carpio Yancan

Hace unas semanas compartí el Portal Gestión Pirámide, la app que centraliza las operaciones de campo de una empresa agrícola. Hoy muestro lo que se construye encima de eso. Antes de automatizar, el reporte semanal para Gerencia General se armaba así: abrir varias fuentes, cruzar datos de inventario por sede, revisar qué requerimientos llevan semanas bloqueados, calcular qué hay que comprar vs. qué conviene trasladar entre sedes, y perarar todo en un Word presentable. Horas de trabajo para entregar información que ya era vieja cuando llegaba. Ahora el proceso es otro. Con un agente construido en Claude, conectado directamente a la base de datos del portal vía MCP, el sistema consulta automáticamente los movimientos de inventario, analiza cobertura por producto y sede, identifica qué requerimientos llevan más de 15 días sin moverse, calcula el dinero comprometido por categoría y genera el reporte Word completo — listo para que Gerencia tome decisiones en minutos, no al día siguiente. El reporte responde tres preguntas concretas: ¿Qué comprar ya? ¿Qué trasladar en vez de comprar? ¿Qué requerimientos destrabar esta semana? Sin intervención manual. Sin Excel. Sin esperar. Lo que más me interesa de este proyecto no es la tecnología — es que Gerencia ahora entra a la reunión del lunes con las decisiones ya encuadradas, no con datos crudos que hay que interpretar sobre la marcha. Eso es lo que debería hacer la IA en una empresa: no reemplazar el criterio, sino liberar tiempo para que el criterio se aplique donde más importa. 🛠️ Stack: Claude (agente MCP) · Portal Gestión Pirámide (Lovable + Supabase) · Python · n8n #IA #Automatización #AgriTech #TransformaciónDigital #PowerBI #LowCode #DataAnalytics #Perú

AgFunder

Green ammonia is a potential game-changer for fertiliser – and Atmonia is tackling some of the biggest bottlenecks head-on: the Haber-Bosch’s process and massive plant requirements. They're developing a single-step electrochemical process to produce ammonia directly from nitrogen + water, using patented catalysts—avoiding the need to first make and store hydrogen... #amonia #agtech #agritech #emea #deeptech #sustainability

Tusharkumar Shukla.

VERTICAL AEROPONIC FARM — PART 24 HSE, FIRE PROTECTION & EMERGENCY ENGINEERING A high-tech farm is still an industrial facility. It contains: Electrical systems + HVAC + pumps + chemicals + machinery + robots + cold rooms + people Therefore, safety must be engineered into the facility from Day 1. 1️⃣ HAZARD IDENTIFICATION Before operation, identify risks from: • Electricity • Water & wet surfaces • Chemicals & nutrients • Moving machinery • Robotics • Refrigeration systems • Fire load • Working at height • Manual handling • Confined/controlled areas 2️⃣ FIRE & LIFE SAFETY The fire strategy should consider: Detection → Alarm → Evacuation → Suppression → Emergency Response Systems may include: • Fire detection • Alarm system • Emergency lighting • Fire extinguishing systems • Fire-rated construction where required • Emergency exits • Firefighting access The final design must follow the applicable UAE/GCC authority requirements. 3️⃣ MACHINE & ROBOT SAFETY For automated systems: Guarding + Interlocks + Emergency Stops + Safety Sensors + Safe Operating Zones Robots should never be treated as independent equipment. Their movement must be integrated with the overall facility safety system. 4️⃣ CHEMICAL & NUTRIENT SAFETY Provide: Correct labelling + SDS + storage controls + PPE + spill response + eyewash/emergency facilities where required Chemical handling should be controlled through SOPs and training. 5️⃣ EMERGENCY SCENARIOS The farm should have defined response plans for: 🔥 Fire ⚡ Power failure 💧 Major water leak 🌡️ HVAC failure 🧪 Chemical spill 🤖 Robot malfunction 🚨 Critical equipment failure 🌐 Communication/SCADA failure 6️⃣ EMERGENCY RESPONSE LOGIC A critical event should follow: Detect → Alarm → Isolate → Protect People → Maintain Critical Systems → Recover → Investigate 7️⃣ HSE DOCUMENTATION The operating system should include: Risk Assessments + SOPs + Emergency Procedures + Permit-to-Work + Training Records + Inspection Records + Incident Reports «The best safety system is not the one that reacts fastest after an accident. It is the one engineered to prevent the accident in the first place.» A modern vertical farm must therefore be: Productive + Automated + Reliable + Safe + Compliant NEXT: How do we create the complete Project Documentation & Digital Engineering package — drawings, specifications, BOM, SOPs, manuals, as-built data and asset records? #VerticalFarming #Aeroponics #AgriTech #HSE #FireSafety #Engineering #Automation #Robotics #UAE #GCC #Industrialization #ifarm #Agritech #ContractFarming #DigitalAgriculture #FarmTech #AgriInnovation

Tusharkumar Shukla.

VERTICAL AEROPONIC FARM — PART 11 DIGITAL FARM ARCHITECTURE A modern vertical farm can generate thousands of data points every day. The real value begins when that data becomes actionable intelligence. 1️⃣ FIELD LAYER Sensors and equipment collect: Temperature • RH • CO₂ • pH • EC • Flow • Pressure • Water level • Energy • Cameras • Robots 2️⃣ CONTROL LAYER Sensors → PLC → Actuators The PLC executes control logic, interlocks and automatic sequences. 3️⃣ SUPERVISORY LAYER PLC → SCADA/BMS Operators can monitor: • Real-time conditions • Alarms • Equipment status • Trends • Production data • Energy consumption 4️⃣ INTELLIGENCE LAYER Now we add: AI + Analytics + Computer Vision + Digital Twin Potential applications: → Yield prediction → Crop-quality analysis → Anomaly detection → Predictive maintenance → Energy optimisation → Growing-condition optimisation 5️⃣ DIGITAL TWIN A digital representation of the farm can help simulate: Climate + Lighting + Airflow + Production + Energy + Equipment before making expensive physical changes. 6️⃣ THE DECISION LOOP The ultimate objective is: Sense → Analyse → Decide → Act → Measure → Learn This creates continuous improvement instead of fixed automation. But digitalisation also requires: Cybersecurity + Access Control + Data Backup + System Redundancy + Secure Remote Access The farm should therefore be designed as one integrated architecture: Physical Farm + Automation + Data + AI + People «Automation controls the process. Data explains the process. AI can help optimise the process.» The next question is: How do we convert this entire concept into a structured Engineering BOM — every major system, component, specification and quantity required to build the farm? #VerticalFarming #Aeroponics #AgriTech #DigitalTwin #AI #Automation #Engineering #UAE #GCC #SmartFarming #Industrialization #Agritech #ContractFarming #DigitalAgriculture #FarmTech #AgriInnovation #ifarm

KhetiTak

Small step. Big responsibility. 🌾 I'm happy to share that KhetiTak is now officially registered under Udyam (MSME), Government of India. KhetiTak is a farmer-first platform I'm building for my own country. The idea is simple: your local shop, now on your phone. What we're building: 🌱 Crop recommendation and disease detection 📈 Daily mandi prices 🧮 Fertilizer calculator 🛒 AgriStore, with seeds and fertilizers delivered from trusted local shops Our first local shop is already connected, and we're launching our pilot this Navratri. I'm a B.Tech CSE (AI) student, and this is a long road. But I believe technology should reach the last mile, starting with the farmers closest to home. If you work in agritech, rural commerce or hyperlocal delivery, or you simply have advice for a first-time founder, I'd love to hear from you. 🔗 khetitak.in #KhetiTak #AgriTech #Startup #MSME #Udyam #IndianFarmers #RuralIndia #BuildInPublic

Strategia Netherlands

FUNDING OPPORTUNITIES Funder : Orange Corners Update : Applications are open: The Orange Corners Nigeria Incubation Programme Cohort 16 (Funding: up to US$30,000) Sector : Entrepreneurship, Innovation, Technology, Agriculture, Manufacturing Countries : Nigeria Link : https://lnkd.in/dYf2mhHk Deadline : 30-11-2026 Funder : African-German Network of Excellence in Science (AGNES) Update : Applications are open for the AGNES Intra-Africa Mobility Grant 2026 Sector : Research, Capacity Building Countries : Africa Link : https://lnkd.in/dKFrFqFZ Deadline : 16-10-2026 Funder : Halcyon Update : Call for applications: Halcyon's Africa Innovation in Agriculture and Food Security Accelerator 2027 (Funding: up to US$100,000) Sector AgriTech, Food Security, Climate-Smart Agriculture, Agri-FinTech Countries : Sub-Saharan Africa Link : https://lnkd.in/d9iUygMx Deadline : 23-10-2026 Funder : 100x Impact Update : Applications are open: 100x Impact is seeking high-impact social ventures (Funding: up to £150,000) Sector : Social Enterprise, Climate, Health, Education, Economic Inclusion Countries : Global Link : https://lnkd.in/dMHv59q8 Deadline : Open Funder : Global Financing Facility (GFF) Update : Call for proposals: The VOICES consortium is inviting local CSOs and youth-led organizations to apply for subgrants Sector : Health, Nutrition, Civil Society, Advocacy Countries : Africa Link : https://www.path. org/our impact/resources /gff-x-civic voices-funding opportunity resources/ Deadline : 26-10-2026 Funder : Africa-Europe Innovation Platform (AEIP) Update : Applications are open: The Africa-Europe Innovation Platform (AEIP) connects African and European start-ups, SMEs, researchers, and innovators with funding Sector : Innovation, Technology, SMEs, Research, Climate Countries : Africa, Europe Link : https://lnkd.in/dQW5CrqU Deadline : Specific deadline for each opportunity Funder : Y Combinator Update : Applications are open: Y Combinator is accepting applications for its Winter 2027 Batch Sector : Technology, Startups, AI, FinTech, HealthTech Countries : Global Link : https://lnkd.in/dnSwv2Px Deadline : 02-11-2026 Funder : KijaniSpace and European Union Horizon Europe Update : Call for applications: KijaniSpace is supporting SMEs and start-ups in Kenya, Uganda and Tanzania (Funding: €5,000) Sector : AgriTech, Climate-Smart Agriculture, IoT, Earth Observation Countries : Kenya, Uganda, Tanzania Link : https://lnkd.in/dQ8W2pyW Deadline : 16-10-2026 Funder : MIT Solve Update : Open challenge: MIT Solve is accepting solutions for its 2027 Global Climate Challenge, seeking technology-based solutions that help communities adapt to climate change and decarbonize food Countries : Global Link : https://lnkd.in/dM9DXUuP Deadline : 02-11-2026

Khushi Naik

🌱 Exploring Agriculture, Biotechnology & Innovation at Agricon Exhibition I recently had the opportunity to visit AgriCon India – HortiConnect India in Bengaluru, and it was a valuable learning experience beyond the classroom. As a Biotechnology Engineering student, I was particularly interested in exploring how science and technology are being applied to address challenges in modern agriculture. During the exhibition, I got exposure to: 🔹 Hydroponics and soilless farming as innovative approaches to sustainable food production 🔹 Agri-horticultural technologies and emerging smart farming practices 🔹 Agricultural inputs and products designed to improve plant growth and productivity 🔹 Discussions on eco-smart production systems, resilient drylands and sustainable agriculture 🔹 Interaction with exhibitors and professionals working in the agricultural sector One of my key takeaways was understanding how different fields such as biotechnology, agriculture, environmental science and technology can come together to develop sustainable solutions for the future. Experiences like this help me connect what I learn academically with its real-world applications and encourage me to explore the growing role of biotechnology in sustainable agriculture. 🌱🔬 #AgriConIndia #HortiConnectIndia #Biotechnology #BiotechnologyEngineering #AgriTech #Hydroponics #SustainableAgriculture #SmartFarming #Innovation #LearningBeyondClassroom

Lenali Lakshika

🌱 Vertical Farming... Vertical farming is a controlled agricultural system in which crops are cultivated in vertically stacked layers to maximize production per unit of land area. 🔹 Main Features... ➡️Crops are grown in multiple vertical layers. ➡️Usually practiced in indoor or controlled environments. ➡️Uses artificial lighting such as LED lights when sunlight is insufficient. ➡️Often uses hydroponics, aeroponics, or aquaponics. ➡️Temperature, humidity, light and nutrients can be controlled. ➡️Requires less land than conventional farming. 🔹 Common Crops... ⭕Lettuce ⭕Spinach ⭕Kale ⭕Herbs ⭕Strawberries ⭕Microgreens ⭕Some small fruiting vegetables 🔹 Basic Working Process... Seedling preparation → Vertical arrangement → Light & nutrient supply → Environmental control → Crop growth → Harvesting ✅ Advantages... • Saves land • High production per unit area • Uses water efficiently • Year-round production • Reduced dependence on weather • Better control of pests and diseases • Can be established close to cities • Suitable for urban agriculture ❌ Limitations… • High initial investment • High electricity requirement • Requires technical knowledge • Artificial lighting and climate control can be expensive • Equipment failure can affect crops quickly #VerticalFarming #SustainableAgriculture #SmartFarming #UrbanAgriculture #Hydroponics #Aeroponics #Aquaponics #SoillessFarming #AgriTech #ControlledEnvironmentAgriculture #FutureOfFarming #ModernAgriculture #AgriculturalTechnology #SustainableFarming #CommercialGreenFarming

Precision Field Academy

Final call for PAIP Cohort 4.0. If you are seeing this for the first time or it keeps showing up on your timeline and you are still sceptical. This is your sign. Registration window has been extended for all agriculture students, young professionals, and agripreneurs ready to build a career in digital and precision agriculture. The portal closes for good on the 10th October, 2026. What are you waiting for? Apply now. 🔗 https://bit.ly/PAIP4 #PAIPcohort4 #PrecisionFieldAcademy #YouthinAgriculture #AgriTech

Agtrustt

Better coordination across agricultural operations improves workflow alignment and reduces operational gaps across processes Better control over systems enables more structured management of procurement, inventory, and trading activities Better outcomes across the value chain support improved efficiency, visibility, and decision-making at every stage AgTrustt system intelligence brings these layers together into one connected agricultural platform 🌐 www.agtrustt.com #AgTrustt #AgriTech #AgriERP #SupplyChainManagement #DigitalAgriculture #WarehouseManagement #AgriMarketplace #Traceability [Agri ERP, Smart Agriculture, Supply Chain Visibility, Inventory Management, Warehouse Intelligence]

Hamza BAROUDI

💧 Nouveau rendez-vous : LundIrrigation Dans les serres et les vergers, une question revient sans cesse : « Est-ce que j'arrose bien ? » Trop souvent, la réponse se fait à l'estime. Et l'estime coûte cher : eau perdue, engrais lessivé, plante stressée. À partir de lundi prochain, je partage chaque lundi un point concret de gestion de l'irrigation, tiré du terrain : 🔍 une question que vous vous posez 📊 un schéma simple ✅ le bon réflexe à appliquer Au programme : drainage hors-sol, courbes d'humidité, rayonnement, bilan d'eau, profondeur racinaire, pots et substrats… Premier épisode : « Votre drainage parle. L'écoutez-vous ? » 👉 Quel sujet d'irrigation voulez-vous que je traite en priorité ? Dites-le en commentaire. #LundiIrrigation #Irrigation #AgTech #SoussMassa #HorsSol #AgricultureDePrécision #Arvum Arvum Maroc SARL

AgWI

En nutrition des plantes, multiplier les essais ne réduit pas nécessairement le risque d’un projet. Lorsqu’une entreprise développe un nouveau fertilisant, biostimulant ou biofertilisant, le réflexe est souvent de vouloir rapidement passer en serre puis au champ. Mais un essai n’a réellement de valeur que s’il permet de prendre une décision. Avant d’engager un programme expérimental, quatre éléments méritent selon nous d’être suffisamment cadrés : 1. Le produit testé Formulation, dose, stabilité et mode d’application doivent être suffisamment définis pour que les résultats soient interprétables. 2. La promesse agronomique Quel bénéfice cherche-t-on réellement à démontrer : nutrition, efficience d’un élément, résistance à un stress, rendement, qualité ? 3. Les critères de décision Quels résultats permettront de poursuivre le développement, de modifier le produit ou au contraire d’arrêter le projet ? 4. La viabilité du futur produit Un résultat agronomique positif ne suffit pas si le coût à l’hectare, la réglementation, l’industrialisation ou les conditions d’utilisation rendent ensuite le produit difficilement commercialisable. La conséquence est assez simple : le programme d’essais devrait être construit comme un entonnoir. D’abord éliminer rapidement les hypothèses les moins solides. Puis confirmer les solutions prometteuses en conditions contrôlées. Enfin investir dans des essais terrain plus lourds lorsque les principales incertitudes ont déjà été réduites. C’est cette logique que nous appliquons chez AgWI dans le développement de solutions de nutrition des plantes : construire les preuves nécessaires pour décider, plutôt que produire des données sans savoir précisément quelle décision elles devront éclairer. Avant de lancer une campagne d’essais, avez-vous défini le résultat qui vous ferait poursuivre… mais aussi celui qui vous ferait arrêter ?