Science Research Management ›› 2025, Vol. 46 ›› Issue (9): 88-98.DOI: 10.19571/j.cnki.1000-2995.2025.09.009

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Research on the risk control of independent innovation of "SRDI" enterprises under the context of strong resource constraints

Wang Dongsheng, Ren Yirong, Xue Haiyan   

  1. School of Accounting, Shanxi University of Finance and Economics, Taiyuan 030006, Shanxi, China
  • Received:2023-12-25 Revised:2024-12-07 Online:2025-09-20 Published:2025-09-09

Abstract:    Developing specialized, refinement, differential and innovation ("SRDI") enterprises is the main measure to solve the "stranglehold" dilemma in China. Compared with leading enterprises in the industry, their independent innovation activities face stronger resource constraints, smaller customer groups, higher innovation requirements, and more radical innovation strategies, so they have higher independent innovation risks. In the context of strong resource constraints, how to effectively control the risk of independent innovation is a major management problem. This paper selected Keda Automation, SRDI, as the subject of a case study, and explored the risk control of independent innovation based on the theory of technology risk and innovation diffusion. The results showed that: (1) Strong resource constraints are an important context characteristic of SRDI to improve their independent innovation capabilities, which are manifested in resource scarcity, limited capacity and selective utilization innovation; (2) The independent innovation process of enterprises is mainly composed of two stages: R&D and diffusion, and the risks faced in the R&D stage are mainly technical risks, which are specifically manifested as technology development and technology transformation risks. The risks faced in the diffusion stage are mainly market risks, which are specifically manifested in the risk of mass production and market demand, and managers can improve their industrialization and market development capabilities through the combination and iteration of products and markets based on market trends to control market risks. The triangular theoretical framework model of independent innovation risk control constructed in this paper is deeply in line with the scenario characteristics of strong resource constraints of specialized, SRDI, and promotes the research on innovation risk control from the technical level to the market level, breaking the "separation wall" between technology and the market, which has enlightening significance for the identification and control of independent innovation risks.

Key words: strong resource constraint, independent innovation risk, trend judgment, combinatorial iteration, capacity improvement