深化动力协同，壮大江苏科技领军企业

Core Viewpoint - The article emphasizes the importance of leading technology enterprises as a crucial component of national competitiveness, highlighting their role in driving innovation, industry upgrades, and development momentum in the face of global competition [1]. Group 1: Current Development Status - China's leading technology enterprises are characterized by diverse business areas and varied technological paths, achieving breakthroughs in fields such as artificial intelligence, integrated circuits, quantum technology, and biomanufacturing [1]. - Compared to global counterparts, there are still gaps in key dimensions such as independent control of core technologies, global market influence, and industrial chain integration capabilities [1]. - Jiangsu Province's leading technology enterprises rank among the top in the country in terms of scale, innovation efficiency, and high-end talent aggregation [1]. Group 2: Innovation Iteration Mechanism - The intrinsic motivation of technology enterprises stems from continuous technological breakthroughs and product innovations, with an iterative innovation mechanism that transforms discrete innovation activities into a replicable and responsive dynamic process [2]. - Innovation iteration involves three layers of logic: stepwise accumulation of technological reserves, precise transformation of market demands, and controllable handling of failure costs [2]. Group 3: Implementation of Innovation Iteration - Effective implementation of the innovation iteration mechanism relies on sustained and precise R&D investment, with enterprises needing to increase R&D intensity and optimize the allocation of R&D resources [3]. - Government support is crucial, focusing on public attributes of basic research and increasing fiscal investment to strengthen the foundation for innovation iteration [3]. - Flexible organizational structures and deep external collaborative networks are essential for enhancing innovation efficiency and providing institutional guarantees for innovation exploration [3]. Group 4: Policy Openness - A high-level policy openness mechanism guides technology enterprises in their technological paths, market layouts, and innovation directions through systematic institutional arrangements [4]. - The mechanism serves to align enterprise innovation activities with national industrial chain security needs, leveraging fiscal subsidies and tax incentives to reduce R&D costs [4]. - Effective policy openness creates a closed-loop coupling of policy supply, enterprise response, and ecological support, enhancing the synergy between policy transformation capabilities and institutional environments [4]. Group 5: Market Mechanism - The market mechanism's resource allocation capability is a core driver for the growth of technology enterprises, influencing decision-making through pricing signals, talent market efficiency, and competitive product market rules [5]. - The market mechanism establishes standards for evaluating technology enterprises, enabling a replacement and transcendence of administrative interventions through collaborative market factors [5]. Group 6: Synergistic Growth Drivers - The combined forces of innovation iteration, high-level policy openness, and market-driven resource allocation will collectively promote the growth of technology enterprises [6]. - Continuous R&D and technological breakthroughs build core barriers, while government policies and market mechanisms activate growth vitality, forming a synergistic closed loop that helps technology enterprises overcome development bottlenecks and occupy industry leadership positions [6].