Pillar 01

Strategic Farming

Aeroponic tower farms that bring production closer to the people who depend on it.

Beyond equipment

A strategic advisor and implementation partner

WeArt's role extends far beyond supplying agricultural technologies. As a strategic advisor and implementation partner, WeArt designs integrated transformation programs that combine advanced technologies, capacity building, stakeholder coordination and sustainable delivery models — supporting long-term agricultural recovery and food security.

Where tower farms are deployed

Farm-to-home supply
Community food systems
Residential compounds
HoReCa
Retail
Distributed urban farming networks

Strategic objectives

What a tower-farming program is built to achieve

01 Secure reliable local supply and access to essential fresh food
02 Increase domestic agricultural production
03 Optimize agricultural water-use efficiency
04 Maximize productivity from limited land resources
05 Develop integrated and sustainable agricultural value chains
06 Empower youth, entrepreneurs and vulnerable households
07 Build a resilient agricultural sector

Why aeroponic towers

More food from less water, less land and less time

Three constraints break conventional farming where it is needed most: water, land and time. Aeroponic tower farming loosens all three at once.

95%
water saving
An aeroponic tower saves 95% of water compared to soil farming — average tower consumption is 3.8 litres per day.
80%
less space
Farm in 200 m² of land what would need 1,000 m² in soil — freeing massive land area for tree agriculture, animal stock projects and reconstruction.
10×
more yield, up to
Multiply each square metre's production and harvest more cycles per year than conventional soil farming.
3×
faster growth, up to
Precise nutrient delivery straight to the roots shortens crop cycles across leafy greens and fruiting vegetables alike.

Strawberries fruiting from every port of an aeroponic tower

Aeroponic vs the field

How tower farming compares to other systems

Comparison factor	Aeroponic towers	Conventional soil	Organic soil	Hydroponic
Growing environment	Soil-free; roots fed directly	Natural soil	Certified organic soil	Water-based; often inert media
Land requirement	Very low; vertical density	High	High	Low to moderate
Water efficiency	Up to 90–95% less than soil	Lowest efficiency	Low to moderate	Up to 70–90% less than soil
Production per m²	Very high	Low to moderate	Low to moderate	High
Soil dependency	None	Fully dependent	Fully dependent	None
Nutrient delivery	Precise; direct to roots	Variable; soil-dependent	Organic nutrient release	Controlled in water
Growth & crop cycles	Fast; multiple cycles	Seasonal	Seasonal	Fast; multiple cycles
Weeds	None	Regular control required	Labour-intensive control	None
Disease exposure	Reduced soil-borne risk	Higher soil-borne risk	Higher soil-borne risk	Waterborne risk remains
Climate resilience	High when protected	Weather-dependent	Weather-dependent	High when controlled
Best application	Water- and land-constrained regions	Land- and water-abundant areas	Certified premium markets	Controlled commercial farms

Aeroponic tower farming delivers the highest production density with minimal dependence on land and soil.

More than 200 crops

One growing platform. A world of crops

Everyday staples, premium herbs and high-value fruiting crops — grown on the same modular platform. Crop diversity lets each project respond to nutrition needs, market demand and operating conditions.

01
Leafy greens
All leafy greens can be grown in aeroponic towers.
Lettuce varieties, parsley, thyme, mint, basil, sage, mustard greens, arugula, green onion, cilantro, dill, kale, spinach, celery — and more.
02
Fruiting vegetables
Climbing and heading crops grow on the same towers with support cages.
Tomato, cucumber, zucchini, eggplant, cabbage, broccoli, cauliflower, bell pepper, chili pepper, beans, okra, fennel, watermelon — and more.
03
Strawberry
The most productive system for strawberry compared to conventional soil and hydroponic farming — tower yield can reach 22 kg/m² per year in a greenhouse aeroponic setup.
22 kg/m² per year in greenhouse aeroponic towers.

Annual yield per tower

What one tower produces in a year

Illustrative annual production per tower footprint — roughly one square metre. Harvest cycles, plant counts and cycles per year vary by crop.

Crop	Harvest cycle	Yield / cycle (kg)	Plants / tower	Cycles / year	Annual yield (kg)
Butterhead lettuce	4 weeks	18	52	13	234
Batavia lettuce	4 weeks	18	52	13	234
Romaine lettuce “Large”	4–5 weeks	35	52	11	385
Spinach	4–7 weeks	6	52	7	45
Arugula	3 weeks	6	52	17	102
Basil	6 weeks	12	52	8	96
Purple basil	6 weeks	12	52	8	96
Mint	6 weeks	14	52	8	112
Cilantro	4 weeks	8	52	13	104
Parsley	4–6 weeks	7	52	9	63
Eggplant “Black Beauty”	8–10 weeks	24	18	5	120
Eggplant “Ping Tung Long”	8–10 weeks	35	18	5	175
Beans	4 weeks	18	52	13	234
Bell pepper	60–90 days	32	36	4	128
Broccoli	80–90 days	12	26	4	48
Cabbage	85–100 days	25	26	4	100
Cauliflower, white	90–120 days	13	26	3	39
Cauliflower, yellow	100–120 days	17	26	3	51
Cucumber	55–60 days	35	12	6	210
Dill	40–60 days	10	52	6	60
Kohlrabi	45–60 days	13	52	6	78
Lollo lettuce	5 weeks	9	52	10	90
Sakura cherry tomato	70–75 days	13	18	5	65
Celebrity tomato	75–85 days	160	18	4	640
Zucchini	8–10 weeks	24	18	5	120

Figures are illustrative, per tower footprint, from the WeArt aeroponic tower farming yield reference.

System components

How the system works

Three main components carry the farm — towers, irrigation and nutrients — supported by the growing accessories that keep large-scale operation efficient and consistent.

01
Towers
PC/ABS plastic, U.S. FDA-compliant for food contact and aligned with European RoHS guidelines. Different heights and port densities match different crops — from leafy greens and baby greens to fruiting vegetables.
02
Irrigation
Automated nutrient dosing with water-powered injectors — no electricity required — connected to the main water source and nutrient tanks. Each tower runs a submersible 45 W pump about 4.8 hours a day: 3 minutes on, 12 minutes off.
03
Nutrients
100% natural, soluble, ionic mineral-based nutrients. Non-hazmat. 18 months of consumption is included with the purchased system, at an operating cost of roughly $0.04 per plant.

Growing accessories

01
Seedling medium
Rockwool cubes give seeds a reliable start — steady water retention and root support that make large-scale growing efficient and consistent.
02
Net pots
Long-lasting, reusable support for rockwool cubes and seedlings. Lightweight pots that keep aeroponic circulation flowing around healthy roots.
03
Support cage
The accessory for climbing crops — eggplant, zucchini, tomato and cucumber grow vertically on the tower with the cage carrying the load.

A closed-loop growing cycle

From seed to harvest in eight clear stages

Water, nutrients and oxygen circulate in a loop — what the plants do not take returns to the reservoir and goes around again.

Germinate seeds
Start seeds in rockwool under controlled conditions.
Plant the tower
Insert healthy seedlings into vertical growing ports.
Mix nutrients
Balance water, nutrients, pH and nutrient concentration.
Pump upward
A timer sends nutrient solution to the tower top.
Feed the roots
Water, nutrients and oxygen flow over exposed roots.
Recover & reuse
Unused solution returns to the reservoir for recirculation.
Monitor conditions
Track water, pH, nutrients, temperature and plant health.
Harvest faster
Efficient feeding supports reliable, year-round yields.

The recovered solution returns to the reservoir, completing the cycle.

Cutaway diagram of an aeroponic tower — the nutrient solution flows down over the roots and returns to the reservoir

System resilience

Resilience built into every environment

One proven tower system adapts to climate, infrastructure and location — production continuity across four operating environments.

01
Outdoor
Direct sunlight · minimal infrastructure
02
Hybrid greenhouse
Natural climate · passive protection
03
Fully controlled greenhouse
Managed climate · consistent production
04
Indoor
Artificial light · urban deployment

The same core system can move with the mission — from open land to full environmental control.

Technology partner

Agrotonomy — the towers behind Strategic Farming.

agrotonomy.com

Strategic Farming is built on Agrotonomy's aeroponic towers — Tower Farms for commercial production and Tower Gardens for households — delivered as turnkey installations with automated irrigation and nutrient dosing. As Agrotonomy's representative in Palestine, WeArt puts the same equipment, agronomy and operator training used on cultivations across six continents behind every farm it deploys.

From leaves to fruit. From food to flowers

Real harvests from aeroponic towers — the same platform carrying herbs, vegetables, fruit and even flowers. Each clip opens on Agrotonomy's own channel.