Design and automation of eco-villages and eco-farms based on open-source solutions

Work with Managed Ecosystems remains traditionally our key strategic focus

A self-sufficient eco-village in the desert. The project was developed by Symbiosei at the request of the South Sinai government. It turns out that smart home technology pairs excellently with the most environmentally friendly building method available today — rammed earth (adobe). Modern technologies such as solar panels, air-to-air heat pumps, automated windows and blinds, combined with the high thermal inertia of adobe structures, make it possible to maintain a comfortable indoor microclimate with zero CO₂ emissions
A self-sufficient eco-village in the desert. The project was developed by Symbiosei at the request of the South Sinai government. It turns out that smart home technology pairs excellently with the most environmentally friendly building method available today — rammed earth (adobe). Modern technologies such as solar panels, air-to-air heat pumps, automated windows and blinds, combined with the high thermal inertia of adobe structures, make it possible to maintain a comfortable indoor microclimate with zero CO₂ emissions

The main task we solve

Creating fully autonomous, energy-efficient, and environmentally friendly management systems for eco-villages, glamping sites, and technological settlements. We integrate engineering systems (solar generation, heat pumps, ventilation with heat recovery) into a single information circuit, radically reducing operating costs and eliminating the carbon footprint.

Why Symbiosei automation is reliable and profitable?

We build solutions based on Home Assistant - a leading international open-source platform, enhancing it with our own R&D expertise:

  • Complete independence from vendors: You receive a system with open source code. No sanctions risks, blocks from foreign IT companies, or mandatory subscriptions.
  • 100% autonomy (Local mode): The system operates stably without internet access. Critically important nodes (heating, water supply, security) are managed locally inside the facility.
  • Intelligent data processing: We don't just collect data, but configure automatic sensor calibration, filter out false readings, and identify hidden correlations in real-time.
  • Absolute eco-compatibility: Integration with any type of climate control equipment (heat pumps, automatic facades/blinds) to maintain the microclimate with zero CO2 emissions.
  • Peripheral flexibility: Support for all modern standards (Zigbee, WiFi, Bluetooth, civilian radio frequencies). We develop custom sensors tailored to the specific needs of your project.

Our experience:

  1. Smart eco-villagefor desert climate. HiTech and traditional adobe
  2. Residential modulefor a tourist village in the Arctic
  3. Full automation of an eco-hotel
  4. Smart eco-farm, full automation

How to radically reduce costs for IoT automation?

Implementing large infrastructure projects is a responsibility. To protect the project from overpayments and architectural errors, we recommend starting with the development of a working prototype (MVP). This allows testing key solutions and optimizing the system logic before purchasing the main equipment.

Clicking here — detailed description of our step-by-step strategy for safe implementation of open-source systems.

Contact us for pre-project analysis through online form

* By managed ecosystems, we mean objects where climate, water, energy, and agricultural processes are controlled by a unified automation system

A prototype of a smart residential module for Arctic climates, featuring uniquely low thermal inertia. A comfortable indoor microclimate is maintained by an intelligent heating system based on an air-to-air heat pump and ventilation with heat recovery. The project was developed and implemented by the Symbiosei team as part of the tourism cluster development program in Svalbard
A prototype of a smart residential module for Arctic climates, featuring uniquely low thermal inertia. A comfortable indoor microclimate is maintained by an intelligent heating system based on an air-to-air heat pump and ventilation with heat recovery. The project was developed and implemented by the Symbiosei team as part of the tourism cluster development program in Svalbard