In organizational theory, the structural inertia model posits that mature corporations rarely execute successful strategic reorientations. Proponents argue that internal bureaucratic rigidities, committed capital assets, and established organizational routines severely restrict an enterprise’s capacity to respond flexibly to technological disruptions. Consequently, industry turnover is driven primarily by population ecology processes—the replacement of legacy firms by new entrants—rather than by adaptive transformation within incumbent firms.
However, recent longitudinal empirical studies examining firm longevity across high-technology sectors challenge the universality of this rigid framework. Researchers analyzing semiconductor manufacturers over a forty-year span observed that while structural inertia frequently delays initial competitive responses, incumbent firms possessing decentralized R&D units successfully reallocated capital toward disruptive market segments. These adaptive incumbents maintained market share through iterative micro-adjustments rather than abrupt, top-down operational overhauls.
Furthermore, the original structural inertia model underestimates the role of dynamic capabilities—specifically, managerial routines that reconfigure internal resources in response to external shifts. By focusing exclusively on structural rigidity, structural inertia theorists mistake operational stability for strategic paralysis. Although legacy firms face substantial friction when attempting radical change, firms equipped with dual organizational architectures—balancing operational efficiency in core units with autonomous innovation in experimental ventures—demonstrate that incumbent survival often stems from deliberate adaptation rather than external ecological selection.
Based on the passage, which of the following, if true, would most seriously weaken the author's argument regarding the primary cause of legacy firm survival during technological disruptions?
- ALongitudinal data from renewable energy sectors reveals that legacy energy conglomerates with autonomous innovation arms successfully adapted to market disruptions.
- In high-technology sectors, surviving legacy firms maintained market share primarily because regulatory compliance costs prevented new competitors from entering the market, rather than through internal strategic reallocation.Cevap
- CNew entrants in high-technology industries invariably collapse within five years because they lack the deeply ingrained organizational routines of incumbent firms.
- DStructural inertia theorists completely disregard all empirical evidence and advocate an entirely invalid framework for studying corporate longevity.
- EStructural inertia theorists maintain that decentralized R&D units are the primary mechanism through which legacy firms reallocate capital to disruptive segments.