This project has provided a prototype consisting of an android application that can connect to the waylay platform. The device can send any sensor information, including GPS coordinates, allowing use of a geoFancing sensor. For this pilot, two templates have been designed: one where we fetch the data directly from the cloud API of the sensors SynField and one where waylay first sends the data to the orion broker (implemented as the actuator) and later fetch the same data using the orion as a sensor. Functionality of two templates is the same – provide advice about workability and trafficability of the field. Also, the project has produced results of collected data showing a significant system performance in terms tillage/seeding trafficability/workability, based on soil moisture prediction and weather forcasting. For example, the systems seems able to predict suitable seeding times outperforming manual predictions. Additional, given that farmer’s decision on scheduling seeding operations is affected by stochastic factors such as soil-water content and weather information related to air temperature and precipitation, a scheduling model for seeding/tillage operations under stochastic conditions with on-line information of soil-water content, temperature, and precipitation was developed and tested. The results show that the optimal policy adopts well to different conditions in the field (the optimal policy was used in three scenarios with different weather information) and finds optimal tillage decisions maximizing satisfaction level for workability, trafficability, and completion criteria..Moreover, a sensitivity analysis revealed that the risk attitude of the farmer for workability, trafficability, and completion criteria can affect the optimal scheduling of tillage operations in the field.