“…Digitalization of agriculture, involving the engineering instruments application, is based on the use of various models at all levels of agricultural production management, which include: -diagnostics of the financial and economic state of enterprises; -optimization of contractual schemes to minimize costs, reduce tax and credit burden; -implementation of a management system by responsibility centers and cost centers; -calculating the break-even point of agricultural enterprises and determining the margin of financial strength; -monitoring of current activities to organize a system for the agricultural enterprises activities controlling; -pro forma statement development, taking into account a variety of semantic, stochastic data, both with the use of approximation methods and without their use; -segment forecasting of the agricultural enterprises activities; -formation of a system for strategic management of agricultural enterprises; -management of the bankruptcy procedure, liquidation and reorganization of the agricultural enterprise; -determination of the level of risk of projects of agricultural organizations; -determination of the predicted result of innovative projects; -enterprise management in the context of changes; -situational-event management of the enterprise; -management and control by the types of enterprises activities in the agricultural sector in the context of general management, control, formation of a reserve system, pro forma statements, strategic plans, specific objects and processes, and others [14,15] .…”