The Wireless Sensor Network (WSN) has allowed monitoring parameters to improve the production of Precision Agriculture (AP), thus making decision making immediately and improving agricultural production, so this research focuses on the analysis of parameters in a greenhouse located at 3100 m, above sea level. The analysis of the data, showed that the measurements outside the greenhouse have variation in their measurements, which specifies that the relative humidity goes from 26% to 70%, the temperature is between 12°C to 28°C and the humidity of the soil has variations from the 3 Cb to 35 Cb; the maximum parameters of the temperature at midday is at 25.58°C, while the humidity is 26.2%, these parameters show that they are optimal for production, so in the AP a control on the parameters is necessary environmental conditions with the maximum and minimum values that the plant can support to avoid damage due to dehydration, excess heat or generation of mites or pests. Regarding the conditions, it presents within the greenhouse, the average humidity measurements are between 60% - 70% and the temperature is between 15°C – 28°C, showing that they are optimal parameters for production.