#DePIN is about to disrupt a $13 TRILLION industry ...
... which no one is talking about π
Agriculture πΎπ½π§ππ
Here's my three-minute-thake
1/9
... which no one is talking about π
Agriculture πΎπ½π§ππ
Here's my three-minute-thake
1/9
2/ When most people think of tech <> agriculture they think 'Smart Agriculture'.
A $20bn industry which brings the #InternetOfThings to farming, mainly leveraging sensors to make things more efficient.
All well and good, but in my view, enhancement not disruption.
A $20bn industry which brings the #InternetOfThings to farming, mainly leveraging sensors to make things more efficient.
All well and good, but in my view, enhancement not disruption.
3/ #Web3 is about to truly disrupt agriculture globally, changing the way it works from the bottom up π
Farming is about to get more local, sustainable and circular. Food is about to get healthier and cheaper.
How? #DePIN.
Decentralized Physical Infrastructure Networks.
Farming is about to get more local, sustainable and circular. Food is about to get healthier and cheaper.
How? #DePIN.
Decentralized Physical Infrastructure Networks.
4/ #DePIN Refresher βͺ
DePINs use tokens (crypto) to incentivise people to crowdsource/fund physical infrastructure (ex. machine/devices).
Ex. I offer WiFi to people via my hotspot and earn.
This flips business models from top-down (corporate) to bottom-up (community).
DePINs use tokens (crypto) to incentivise people to crowdsource/fund physical infrastructure (ex. machine/devices).
Ex. I offer WiFi to people via my hotspot and earn.
This flips business models from top-down (corporate) to bottom-up (community).
5/ Agriculture Today π§βπΎ
1. Farmers use manual/semi-auto machines to plant, nurture + harvest plants/animals.
2. They sell to resellers who sell to resellers, or to you.
3. Food changes hands multiple times before it lands on your plate, and is often shipped long distances.
1. Farmers use manual/semi-auto machines to plant, nurture + harvest plants/animals.
2. They sell to resellers who sell to resellers, or to you.
3. Food changes hands multiple times before it lands on your plate, and is often shipped long distances.
6/ Agriculture in the #EconomyOfThings, powered by #Web3 β‘οΈ
1. Community-owned, #AI-powered machines, robots and devices manage everything from seed to mouth. The machines, farms and produce are all co-owned via #DePIN.
2. Eat.
1. Community-owned, #AI-powered machines, robots and devices manage everything from seed to mouth. The machines, farms and produce are all co-owned via #DePIN.
2. Eat.
7/ Let's take a quick peek at what it might look like π
Here's how #DePIN could disrupt the process, from seed to mouth.
All the machines/vehicles/robots/devices mentioned in this process example can be community funded/sourced/owned π
Here's how #DePIN could disrupt the process, from seed to mouth.
All the machines/vehicles/robots/devices mentioned in this process example can be community funded/sourced/owned π
7.1/ π± Seed Sorting & Planting
Autonomous robots sort & plant seeds ensuring optimal growth conditions from the start.
Autonomous robots sort & plant seeds ensuring optimal growth conditions from the start.
7.2/ π¦ Automated Irrigation
Soil moisture sensors trigger watering only when necessary, saving water & maintaining the best conditions for growth.
Soil moisture sensors trigger watering only when necessary, saving water & maintaining the best conditions for growth.
7.3/ π Pest & Weed Control
Robots/drones with infrared cameras identify pests & weeds, enabling targeted treatments & reducing pesticide use.
#RIPPA
Robots/drones with infrared cameras identify pests & weeds, enabling targeted treatments & reducing pesticide use.
#RIPPA
7.4/ πΎ Monitoring Crop Health
Drones & #IoT devices use advanced imaging to monitor crop health. ML algorithms analyze data to optimize crop care.
Drones & #IoT devices use advanced imaging to monitor crop health. ML algorithms analyze data to optimize crop care.
7.5/ π Harvesting
Autonomous robots identify ripe produce & harvest it without causing damage.
Autonomous robots identify ripe produce & harvest it without causing damage.
7.6/ π¦ Post-Harvest Handling
Machines clean, sort & package the produce. Quality control systems ensure top-quality produce reaches consumers.
Machines clean, sort & package the produce. Quality control systems ensure top-quality produce reaches consumers.
7.7/ π Transportation & Distribution
Autonomous electric vehicles transport the produce to community pick-up points or peoples' homes following optimized routes.
Autonomous electric vehicles transport the produce to community pick-up points or peoples' homes following optimized routes.
7.8/ π² Robo-Restos
Some produce goes to community-owned, automated restaurants, where robo-chefs prepare dishes with the freshest ingredients.
Fresh meals can then be autonomously delivered, too.
Some produce goes to community-owned, automated restaurants, where robo-chefs prepare dishes with the freshest ingredients.
Fresh meals can then be autonomously delivered, too.
7.9/ β»οΈ Waste Management
Any waste from the process is turned into compost and returned to the fields, completing the cycle.
Any waste from the process is turned into compost and returned to the fields, completing the cycle.
8/ π This is the future of agriculture: sustainable, local, efficient, fresh, and community-owned.
Shared decision-making power and real-time data ensure everyone benefits.
#AgTech #FutureFood #DePIN
Shared decision-making power and real-time data ensure everyone benefits.
#AgTech #FutureFood #DePIN
β’ β’ β’
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