Collyra: smart places & things

Recent work

Agriculture

Smart Greenhouse

Environmental data monitoring for fruit growing.

By implementing our agriculture solution in the greenhouse, the following environmental data are collected and monitored in real time: CO2, light intensity, temperature, humidity and electrical conductivity of the soil and solar radiation.

These data generated by the different sensor nodes spread throughout the greenhouse are sent to the internet so that the farmer can have the data on his mobile devices as well as on his personal computers.

The main objectives achieved by the farmer after the implementation of our solution are the following:

Automatic fertilization and irrigation of plants

When a deficiency in soil moisture or fertilizer is detected, irrigation and fertilization systems are activated.

Automatic activation of the ventilation system

The temperature sensor activates the ventilation system when the greenhouse detects that the temperature is not adequate.

Thermal blanket management

Depending on the environmental data collected by the sensors, the blanket is activated to fold or unfold.

Water quality

Quality management of Lake Feldmochinger, Germany

Water monitoring of the Feldmochinger Lake, Germany to indicate the state of its health.

By implementing our water quality solution in the lake, the following data have been collected and monitored in real time: pH, electrical conductivity, temperature and oxidation-reduction potential (ORP) of the water along with ambient temperature, humidity and barometric pressure.

This generated data is sent to the internet so that researchers can have the data on their mobile devices as well as on their personal computers.

The main objectives achieved by implementing our solution have been the following:

Raising public awareness of water quality impacts

By carrying out this type of initiative, citizens are more aware of the consequences of productive activity and day-to-day life in the water.

Process automation

Managing water parameters allows automating control and monitoring processes to avoid lake contamination.

Document temporal variation of water parameters.

Measuring variation in water chemistry and physics over time allows comparison with other variables, such as local climate data describing seasonal (snow) and episodic (drought and rain) variations.

AgriculturE

Irrigation systems

Monitoring of the amount of water in the soil (humidity).

By implementing our agricultural solution in irrigation systems, the following data are collected and monitored in real time: volumetric quantity of water, water potential, temperature and/or electrical conductivity of the soil.

These data generated by the different sensor nodes spread over the field are sent to the internet so that the farmer can have the data on his different mobile devices.

The main objectives achieved by the farmer after the implementation of our solution are the following:

Water savings

By keeping a more exhaustive control through soil moisture sensors, it is possible to plan watering times more accurately.

Preventing leaks and failures in irrigation systems

Weather conditions and the existence of animals in the plantations cause breaks in the systems. Knowing the humidity levels at all times makes it possible to react in advance to these accidents.

Management of several plantations from home

Sometimes it is very complicated to manage several plantations at the same time and during the same day. Having all this information in real time from a terminal facilitates management.

Our basic product

Tremor is a device to which you can connect up to 5 sensors, a solar panel, a USB cable for programming and two antennas for communication. You can use it in your projects as a company or in your solutions as an end user.