Abstract: A method and an agricultural management system for determining an optimized agricultural cultivation strategy is disclosed. The method includes: determining input factors by one or both of querying or evaluating information that influences one or both of the agricultural cultivation strategy or the crop rotation plan to be determined and information from or transmitted to external data sources independent of the agricultural management system; determining one or more optimization goals; selecting at least one of the specified optimization goals using an input/output unit; optimizing one or both of the agricultural cultivation strategy or crop rotation plan for the at least one selected optimization goal; and outputting the one or both of the optimized cultivation strategy or the optimized crop rotation plan using the input/output unit.

Abstract: A method and a system for the process-related generation of agricultural data is disclosed. A server platform includes an input tool and a query tool, wherein the user uses the input tool to executes a process-related agricultural input routine, such as a documentation routine to document an agricultural process, or a planning routine for planning an agricultural process, and wherein the query tool is linked through IT to the input tool. The user provides agricultural process parameters in the input routine to the server platform. Further, the server platform includes data memory with query data comprising different lists of agricultural questions with boundary conditions associated therewith. The query tool compares the process parameters and the boundary conditions, and based on the comparison, the query tool selects a list of agricultural questions and queries the user about questions from the selected list.

Abstract: A method and system for controlling a cloud-based agricultural database system using a control system is disclosed. The control system includes a local voice input unit, wherein a user performs an agricultural activity, such as with an agricultural work machine in an agricultural environment. The agricultural activity, the user and the agricultural environment may be embedded in or associated with an agricultural context, with state data and/or planning data depicting the agricultural context being saved in an agricultural database system. The user may process, such as supplement, the state data and/or planning data while performing the agricultural activity by voice input via the local voice input unit.

Abstract: A computer-assisted agricultural administration system for planning, monitoring and administering work and operating data in the execution and performance of agricultural processes is disclosed. The administration system includes a server platform with at least one database and at least one interface for bidirectional communication with at least one external data source. The database saves in a cyclically updatable manner a database relevant to planning, monitoring and administering agricultural processes. The machine assistance system concludes at least one insurance policy automatically via the server platform using an input/output unit of the machine assistance system depending on an input of at least one specific designation.

Abstract: A system and method for networking a plurality of agricultural farms is disclosed. The system and method use a server platform, whereby the agricultural farms use at least one computer-supported administration system to plan and perform agricultural processes, and to administer required resources. The server platform has an input interface for input and/or receipt of selectable basic data of each of the farms connected to the server platform. The server platform has a data interface providing information on resources to perform the agricultural processes that are provided by a resource provider. The server platform evaluates the basic data transmitted by the administration system in order to aggregate a resource requirement of a plurality of agricultural farms. The server platform accounts for the aggregated resource requirements and the information from the resource provider, automatically selects a resource provider and transmits the offer corresponding to the aggregated resource requirement.

Abstract: A method for supporting a user in an agricultural activity with a control arrangement that has a mobile device and a server application which communicates with the mobile device. The control arrangement executes an augmented reality routine in which a real-world image generated by a camera and at least one item of added information are displayed in a visually superimposed manner on the mobile device. The server application has a plurality of application modules with which a predefined agricultural scenario is associated, and an amount of added information is stored in the database for each agricultural scenario. The control arrangement automatically determines in which of the predefined agricultural scenarios the mobile device is situated, and a partial amount of the amount of added information stored in the database for the determined agricultural scenario is shown on the display depending on at least one object depicted in the real-world image.

Abstract: A method and apparatus for analyzing agricultural data using an analytical tool of a server program is disclosed. The server platform includes a receiving tool that continuously receives personalized raw data on agricultural work processes, with the raw data including usage data and business data from a plurality of agricultural data sources. An analyst can present an analytical query to the analytical tool, with the analytical query comprises analytical parameters. The analytical tool, based on the analytical parameters, selects part of the raw data, anonymizes it, and aggregates it into status data based on the analytical parameters. The status data relate to a current agricultural status of an area of agricultural production, which the analytical tool may provide to the analyst.

Abstract: A method and a system for the process-related generation of agricultural data is disclosed. A server platform includes an input tool and a query tool, wherein the user uses the input tool to executes a process-related agricultural input routine, such as a documentation routine to document an agricultural process, or a planning routine for planning an agricultural process, and wherein the query tool is linked through IT to the input tool. The user provides agricultural process parameters in the input routine to the server platform. Further, the server platform includes data memory with query data comprising different lists of agricultural questions with boundary conditions associated therewith. The query tool compares the process parameters and the boundary conditions, and based on the comparison, the query tool selects a list of agricultural questions and queries the user about questions from the selected list.

Abstract: A method for supporting a user in an agricultural activity with a control arrangement that has a mobile device and a server application which communicates with the mobile device. The control arrangement executes an augmented reality routine in which a real-world image generated by a camera and at least one item of added information are displayed in a visually superimposed manner on the mobile device. The server application has a plurality of application modules with which a predefined agricultural scenario is associated, and an amount of added information is stored in the database for each agricultural scenario. The control arrangement automatically determines in which of the predefined agricultural scenarios the mobile device is situated, and a partial amount of the amount of added information stored in the database for the determined agricultural scenario is shown on the display depending on at least one object depicted in the real-world image.

Abstract: A method for performing an agricultural service in which a server platform communicates with a user and with service providers. The server platform has a field file of field information about at least one agricultural field associated with the user. The server platform generates a service order based on the field information and on service instructions received from the user to perform an agricultural service with an order profile. The server platform generates service bids with a bid profile from service provider data of service providers. The server platform compares the order profile with the bid profiles, and suggests to the user one or more bids fitting the service order based on the degree of matching between the order profile and bid profiles. The server platform commissions the service provider of the selected bid to perform the service based on the user's selection of one of the service bids.

Abstract: A method for automatically generating a documentation entry in which work of an agricultural work machine is documented in the documentation entry. Work data are acquired during performance of the work, wherein a location determining system records a movement track of the work machine during the performance of the work. The work data comprise at least the movement track. The performed work is automatically associated with a class based on the work data, and the class of the performed work is automatically inserted in the documentation entry.