Optimize Your Soil Moisture Today

Intelligent control for optimal flowerpot soil moisture retention and plant health management.

Rated 5 stars by users

★★★★★

Innovative Soil Moisture Solutions

At Soilplanim, we optimize flowerpot soil systems through intelligent control, enhancing moisture retention based on environmental factors and plant needs.

A large pot filled with soil and small green plants. The pot is round and made of a light-colored material, possibly ceramic or plastic. The soil appears dark and rich with small white specks. There are multiple wires or tubes emerging from the soil, possibly part of an irrigation system.
A large pot filled with soil and small green plants. The pot is round and made of a light-colored material, possibly ceramic or plastic. The soil appears dark and rich with small white specks. There are multiple wires or tubes emerging from the soil, possibly part of an irrigation system.
A package of potting soil is placed in the background, with text indicating it is for indoor plants and contains no peat. In the foreground, three small potted plants are positioned on wooden blocks with scattered soil around them.
A package of potting soil is placed in the background, with text indicating it is for indoor plants and contains no peat. In the foreground, three small potted plants are positioned on wooden blocks with scattered soil around them.
A person is watering a plant with a watering can. The plant is placed on a wooden surface and is contained in a white ribbed pot. Next to the plant is a small box labeled 'RhizoPlus' with an image of vegetables, and a small bottle of Biogarten. The person's shirt has green floral designs and the word 'GREEN'.
A person is watering a plant with a watering can. The plant is placed on a wooden surface and is contained in a white ribbed pot. Next to the plant is a small box labeled 'RhizoPlus' with an image of vegetables, and a small bottle of Biogarten. The person's shirt has green floral designs and the word 'GREEN'.

Our Mission and Vision

We develop modular strategies to adjust soil composition and irrigation cycles, ensuring optimal moisture dynamics for diverse plant species and conditions.