“Since we’re introducing a new farming method to the Egyptian agricultural scene, a large part of our
difficulties lie in finding the right expertise when it comes to hydroponics. Using the i-Plant software
helps us save fertilizer costs and use our resources most efficiently,” says Seif Salama with Tulima
Farms.
Tulima Farms is an Egyptian company that produces precision hydroponic agriculture in controlled
environment greenhouses. The start-up, founded in 2020, plans to officially launch in a few months.
Their main growing facility Tulima Tahrir consists of 24,000 sqm of polycarbonate-covered greenhouses.
This entire space is split into 32 independently controllable compartments where all variables can be
set. In addition, they have two urban farming units, which amount to a total of 24 sqm.
To overcome the high fertilizer and transport costs, the company uses i-Plant Nutrition software. “The
i-Plant Nutrition app was developed by farmers who knew the struggle of providing nutrition to the
plants and wanted to find a risk-free solution for when harvest comes around. As mentioned, i-Plant
Nutrition software is available on any internet-connected device, browser, app store, or play store,
making it very accessible. Besides, it is a mirror copy of our desktop software, with all the features
loaded into the app at no additional cost.”
The i-Plant Nutrition app is unique firstly because it was developed by farmers who know the struggle of
providing nutrition to the plants and wanted to find a risk-free solution for when harvest comes around.
As mentioned, i-Plant Nutrition software is available on any internet-connected device, browser, app
store, or play store, making it very accessible. It has already been distributed to customers in over 72
countries and counting.
“As growers, we use this tool to manage our plant’s nutritional requirements by means of fertilizer and
irrigation recipes and associated hardware. It is also a record-keeping tool, allowing us to make more
informed buying and budgeting decisions based on historical data.” The software supports agronomists by
giving them software that increases efficiency and reliability in their operations and calculations,
enabling them to remotely do recipes in-field on smart devices, in real-time, and precisely.
The software currently consists of over 215 crop varieties as per their phenological stages. An internal
team of software developers aims to constantly enhance the software with a more user-friendly interface
and a richer database in collaboration with the in-house team of plant scientists and agronomists. “A
few of our greenhouse customers grow crops such as tomatoes, strawberries, lettuce, raspberry, blueberry
& Squash. In many cases, greenhouses growers approach us with crops which we only then take the project
of doing the appropriate research and include them in our software database. And all these features
either in the palm of their hands, in a single platform, or on your desktop,” says Johnatan Kol-Bar, CEO
of i-Plant Nutrition.
“i-Plant Nutrition is extremely helpful in its ability to simplify highly advanced agronomic knowledge
(namely fertigation and nutrition management) into a simple interface. This has been instrumental in our
ability to correctly fertilize our plants. Through the software, we can pick the variety of crops we’re
growing, pick the age of the plant, and IPNUK will recommend a recipe. Allowing us to manually adjust
means that we can tailor it to our needs exactly. In addition, since the software allows us to also
input the fertilizers we have locally in the country and advises on how to mix them to achieve the
recipe, it has made our lives significantly easier since we can mix different local fertilizers to
achieve exactly the results we require, without having a need to import fertilizers from abroad,” says
Seif Salama with Tulima Farms. “And all these features either in the palm of our hands, in a single
platform, or on our desktop.”
Latest articles
How to grow melon
Types of irrigation systems
Genetic improvement of tomato plants
The importance of fallow periods for soybeans
How to grow oranges
How to grow plums
How to grow lemons
How to grow strawberries
How to grow raspberries
Climate change impacts on global agriculture
Citrus pests, diseases and disorders
berries pests, diseases and disorders
Plums pests and diseases
Leaf vegetable pests and diseases
Dealing with gray mold
What to consider when writing an agricultural prescription
Acidic Fertilizers
Boron Fertilizer
Calcium Fertilizer
Less popular does not mean less important: chlorophylls and carotenoids
Coffee Field Spacing
Corn Pests
Dry beans pests
Fertigation
Foliar Fertilization
Garlic pests and diseases
Gypsum in Agriculture
How soil characteristics affect irrigation
HOW TO CORRECTLY COLLECT SOIL SAMPLES
How to grow garlic
Learn More About How To Grow Passion Fruit
How To Grow Rapeseed
How to grow soybean
How to Get Rid Of The Sugarcane Borer
Integrated Pest Management In Leaf Vegetables
Key coffee pests
Nuntrient Path: From Fertilizer To The Leaves
Orchid Fertilizer
Overwatering your crops
Photoperiodism
Relative Humidity
Remote Sensing In Agricultural
Soil characteristics and their relation with micronutrients availability
Soybean pests and diseases
Sub-irrigation in Greenhouses
The Number One Disease Of Cash Crops
Types of fertilization
Using analyts and catholyte in agriculture
Visual diagnosis of nutrient deficiency
Ways of nitrogen fixation
What You Need To Know About Dry Beans
Wheat: Pests, Diseases and Disorders
Using an app to use resources more efficiently
Five things you must know about using urea fertilizers