Are you passionate about revolutionizing agriculture with cutting-edge technology? 🌱🚜

K J Somaiya College of Engineering offers an M. Tech in Agricultural Engineering with a focus on Digital Agriculture. This program combines advanced agricultural practices with modern tech innovations, preparing you to address global challenges in farming and food production.

Learn about precision farming, IoT in agriculture, data-driven solutions, and more while shaping the future of sustainable agriculture.

👉 Check it out here: M.Tech in Agricultural Engineering - Digital Agriculture

Let’s discuss: How do you think technology will shape the future of farming? Share your thoughts below! ⬇️

Why do these roasted and salted peanuts have blisters, bumps?

"Hello Reddit community,
We're seeking investors for our autonomous harvest robot designed for use in greenhouses in Turkey. Here's why we believe this could pique your interest:

• Efficiency: Our robot can reduce harvesting time by up to 50% compared to traditional methods.
• Cost: It offers a cost-effective solution to farmers by reducing labor costs.
• Quality: Precision in harvesting leads to an increase in product quality.
• Sustainability: With energy efficiency and waste reduction, our approach is environmentally conscious.

About Our Project:

• Currently in the prototype phase with promising test results.
• With investment, we plan to move to mass production and market expansion.
• Equipped with advanced sensors and AI technology, our robot can be adapted for various types of fruits and vegetables.

For Investors:

• Detailed information on the project, financial projections, and our business model are available for those interested via DM.
• Your investment could partner in revolutionizing the agriculture sector.

Responsibly and excitedly,
[Kerem Celik - E Farm Co-Founder/CEO]"

TL; DR: Built a blockchain platform solving food fraud with end-to-end traceability. 10 LOIs, UAE government backing, market growing 49.87% CAGR to $6.31B. Bootstrapped, pre-seed, with working tech and real revenue potential.

Hey r/AgriTech ,

First post here, and we’re diving right in: We're tackling one of the biggest problems in the food industry, and we've got the traction to prove it.

The Problem (It's Massive)

• Food fraud costs $40B annually (yes, billion with a B)
• Market growing at 49.87% CAGR → $6.31B by 2028
• Every failed recall cost millions
• Supply chain transparency is broken at every level

What We Actually Built

• Complete traceability system (think "Stripe for food supply chains")
• QR-based farmer payments (direct impact on livelihoods)
• IoT soil testing integration
• Predictive AI for supply chain optimization
• No vaporware - all working tech

Traction That Matters

• 10 LOIs secured (can share details in DMs)
• MOCCAE (UAE Government) partnership
• Proven in real-world pilots
• Clear path to revenue

Why It's Working

• Modular + freemium model = fast adoption
• SMBs can actually afford this
• Enterprise-ready from day one
• Building sustainable, efficient food systems that work for everyone

The Vision for 2025: Building sustainable, efficient food systems that actually work for everyone - farmers, consumers, and enterprises.

Current Stage:

• Seed, bootstrapped
• Revenue-ready platform
• Looking for strategic investors who understand food systems

The Ask: Looking to connect with investors who understand:

• Enterprise SaaS
• Supply chain tech
• Food industry dynamics

Looking to connect with investors who get why the food supply chain matters. Not here for the crypto bros or "blockchain enthusiasts" - want partners who understand the real problems we're fixing.

FAQ (because these always come up):

• Yes, blockchain is essential here
• No, not an ICO
• Yes, those LOIs are real
• Yes, we can share the deck

More at farmtoplate.io (mods: not here to spam, just providing context)

https://www.surveymonkey.com/r/H28ZJZP

Participate in this quick survey and share your take on the Agriculture and Agritech status of your country.

How do you research about new technologies and how do you verify the validity of the manufacturers claims to make the technology a successful part of your vineyard strategy? Would validation from well known specialists who have tried and tested the products help in your own decision making process?

Hello, friends in the farming groups!
We need your feedback in a quick survey about a smart agriculture system. Our goal is to make soil management, irrigation, and weather forecasting easier.

⏳ It will only take 5 minutes!
📋 Click here to participate: https://smartagriculture.surveysparrow.com/s/Help-Shape-the-Future-of-Smart-Agriculture-/tt-6UAco

Thank you for your time and support! 🌿

I believe Herbicides and Cotton are in the maturity stage because even with new products, they’re unlikely to attract new customers. On the other hand, Corn and Soybean Seeds, Fungicides, Insecticides, and Digital Agriculture seem poised for growth in the future. Does this reasoning make sense, or am I missing something?

I think that Herbicides is/will be at maturity stage. What do you think? Where am I wrong? Please educate me.

I can't find much. How do you guys stay updated on the topic? Even other subreddits or websites that are kind of loosely related, if they're good.

Partial root zone drying (PRD) is an irrigation technique that can improve water efficiency for growing grapes while maintaining crop yields. The technique involves alternating which half of the root system is irrigated, with the other half kept dry.

Fixed PRD The same half of the root system is irrigated throughout the growing season, while the other half is exposed to drying soil.

Alternate PRD The wetted and dried sides of the root system are alternated on a regular basis, such as every 10–14 days. The frequency of switching depends on the soil, rainfall, and temperature.

PRD works by causing the drying roots to produce chemical signals that are transported to the leaves, which reduces transpiration. This can lead to:

Improved water use efficiency of up to 50%

Positive effects on fruit and wine quality.

Lower yields, which can result in better grapes.

The PRD technique was originally developed by British scientists from Lancaster University and viticulturists from the University of Adelaide.

Now to automate this process is simple just add 1No Ladybird for Fixed PRD or 2No Ladybirds for Alternate PRD for the vines planted in a row and then control 2No irrigation feeds to either side of the rootstocks.

Hey ! We are building an AI-powered tool for plant disease diagnosis and expert advice. We're in the early stages and want to make sure we're building something truly valuable for farmers.

We'd be incredibly grateful if you could spare just 2-3 minutes to answer a few quick questions. Your honest feedback is crucial for us!

1. What's your biggest challenge when it comes to keeping your crops healthy? (Pest, disease, specific crop, etc.)
2. Can you walk me through the last time you dealt with a serious plant health issue? (What happened? What did you do? How much time/money did it cost?)
3. What tools or methods do you currently use to diagnose and manage plant health problems?
4. Thinking back to that recent issue, what were you willing to spend at the time to solve it?
5. Would you be comfortable sharing photos of your crops for diagnostic purposes?

Thank you so much for your time and insights! Your feedback is incredibly helpful . We appreciate your help!

A small snapshot of a vineyard dashboard at one of our customers sites in Portugal

Hey Redditors,
Have you ever wondered how IoT technology is transforming agriculture? 🌱
With AI-powered harvest predictions, farmers can now optimise their yields like never before!

Why It Matters:

• Precision Agriculture: AI analyses soil moisture, temperature, and weather patterns to predict the best times for planting and harvesting.
• Increased Efficiency: Farmers can reduce waste and improve crop quality by making data-driven decisions.
• Sustainability: Better predictions lead to more sustainable farming practices, conserving resources and reducing environmental impact.

Real-World Impact: In the UK, vineyards are using our AI sensors to monitor soil conditions and predict grape harvests, ensuring the perfect wine every season. 🍇🍷 IoT Weather Data in the palm of your hand : r/viticulture

What do you think about AI in farming? Share your thoughts and let's discuss how this tech can shape the future of agriculture and help us to develop a newer and more improved solution!

What else could we monitor or control to make your already difficult and time consuming job much easier?
Would NPK sensors help you determine what nutrients you need to add to improve your crop yields?

So how can I save you money with irrigation and prevent runoff into the waterways using IoT technology in the Agribusiness space?

What would you rather do?

1. Drive around multiple fields to check on the soil conditions by hand that could take up most of your day?

2. Monitor multiple fields from your Smart Phone or PC in minutes and get up the the second notifications and alerts 🔔?

Forest Rock can help with the solution to the problem.

Is anyone using drone photos/videos to count livestock in the field? Not back at the office

Hello guys! I’m a software development student in Argentina wondering what do you all think about AgTech. I would love to keep studying to implement software technologies in the agriculture field.

I can’t seem to find enough resources about careers or courses. I also don’t really know anyone who actually does this for a living.

Maybe you can help me out! Thanks!