A flowchart of country product assortment matrices was developed to effectively realize the export potential of the Belarusian agricultural sector. Country product assortment matrices represent an effective tool for enhan­ cing the competitiveness of domestic food products in the global market, facilitating growth in export volumes and increasing revenues for domestic exporters. A practical test of the scientific and methodological approach was conducted based on selected sales markets (in terms of geographic priority) and product categories (with a high degree of processing and marginality). Potential growth in national exports to these markets was calculated.

The results of an assessment of agricultural land use efficiency by region are presented. The result was a grouping of farms based on key indicators, as well as a generalized segmentation of enterprises based on the proposed classification of efficiency indicators into structural, resource, and performance indicators, as well as soil fertility.

The article discusses the methodological aspects of managing agricultural production in the context of digital transformation. It examines the current strategic directions for agricultural development, including the introduction of targeted technologies and the formation of integrated digital ecosystems. In the context of the evolution of modern management methods based on the use of flexible and combined approaches, the article identifies key principles and modern characteristics of the subject, object, and management processes. The article proposes an adaptive approach as a conceptual basis for effective management, which ensures the formation and development of a flexible decision­making system and successful adaptation of the industry to technological challenges.

The proposed mechanism reflects the integration of the multi­component structure of the agri­food system module and its external environment. The components of these modules are detailed, the tools for their interaction to ensure systemic integrity are specified, and a four­tier energy efficiency pyramid model is presented, taking into account the rebound effect from lower prices and increased availability of energy resources. The structural organization of the developed mechanism minimizes the risks of increased energy consumption, increases food security for the agricultural sector, and ultimately maintains energy efficiency at target levels.

The article identifies the scientific prerequisites for the development and provides practical examples of its implementation as an evolutionary path to improving value chains and network integration. A conceptual model for the development of agroindustrial cooperation based on an ecosystem framework has been developed. Its structural components (priorities and potential for interaction, resources, product portfolio, innovative cooperation, digital infrastructure) and functional tools (models and mechanisms) have been verified. The objectives for developing specific types of ecosystems within a set of strategic priorities for the development of the national agroindustrial complex and international coope­ration have been defined. Special principles for an ecosystem model of interactions have been proposed. The functions and technologies for implementing orchestrated management have been substantiated. A unique definition of ecosystem­based agroindustrial cooperation has been provided. The scientific novelty of the proposed development has been confirmed, and the potential applications of the proposed development have been demonstrated.