Abstract

This paper examines approaches to improving enterprise competitiveness through the adoption of innovative production technologies. The authors argue that, amid the post-crisis restructuring of the national economy, raising product quality and reducing costs requires modernizing outdated fixed assets and introducing flexible, programmable, and automated manufacturing equipment. The technical and economic principles underlying technological innovation are outlined, along with the key benefits of high-tech solutions — reduced capital investment, lower labor and operating costs, shorter production cycles, decreased work-in-progress, faster response to customer requirements, and improved product quality and process stability. The paper presents a methodological framework for quantitatively assessing competitiveness, introducing a complex indicator of the organizational and technical level of production based on weighted technical and organizational sub-indicators. It further develops formulas for group and integral competitiveness indicators derived from differential and complex evaluation methods, incorporating normative and technical parameters, consumer costs of acquisition and operation, and cost-reduction coefficients over the product's service life. The authors also discuss enterprise-level competitiveness assessment (following R.A. Fatkhutdinov's methodology) based on market share, market significance, and product competitiveness across markets. The study concludes that further gains in innovation efficiency depend on increasing production flexibility and automation without sacrificing adaptability, improving control and measurement methods, and expanding preventive maintenance systems. It also identifies structural barriers to implementation, including a shortage of qualified equipment suppliers, lengthy project timelines, technological incompatibility issues, insufficient staff qualification, and delayed payback on innovation investments.