Technological characteristics and organizational innovation: examining as genotypes and phenotypes

Lakshminarayana Kompella
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Abstract

Organizations to remain competitive expand their product portfolio, enter new markets, and/or consolidate their market position. To achieve competitiveness, they use their traits (genotypes), expand their internal resources or the existing elements and components (phenotypes) with new elements and components i.e. innovation. Another aspect of competitiveness is the genotypes need to assist their innovations (or phenotypes) to cumulate as stable designs in their services/products (phenotypes). The extent to which organizations combine their generalist and specialist phenotypes decides the characteristics of its phenotypes, thereby, their competitiveness or height in the fitness landscape. Organizations acquire phenotypes (products or organizations) but their genotypes decide the extent to which the acquired phenotypes assist them in increasing their height in the fitness landscape. As organizations expand phenotypes it requires combining genotypes that assist both short-term aspects, economic and financial, and the long-term aspects such as equilibrium with natural and built environments. In fast-changing systems such as IT, organizations face considerable challenges in developing phenotypes by combining short-term and long-term genotypes. By selecting an IT organization and examining the extent to which phenotypes and genotypes increase its height in the fitness landscape, we can contribute to the existing body of knowledge on sustainable development, especially for fast-changing systems.
技术特征与组织创新:基因型与表型检验
组织要保持竞争力,就必须扩大其产品组合,进入新市场,和/或巩固其市场地位。为了获得竞争力,他们利用自己的性状(基因型),扩大其内部资源或现有的元素和成分(表现型)与新的元素和成分,即创新。竞争力的另一个方面是基因型需要帮助他们的创新(或表型)作为稳定的设计积累在他们的服务/产品(表型)中。组织将通才型和专才型结合在一起的程度决定了其表型的特征,从而决定了其在适应度领域的竞争力或高度。组织获得表型(产品或组织),但它们的基因型决定了获得的表型在多大程度上帮助它们在适应度景观中提高身高。随着组织扩展表型,它需要结合基因型,以帮助短期方面,经济和金融,以及长期方面,如与自然和建筑环境的平衡。在IT等快速变化的系统中,组织在结合短期和长期基因型开发表型方面面临相当大的挑战。通过选择一个IT组织并检查表型和基因型在多大程度上增加了其在适应性景观中的高度,我们可以为可持续发展的现有知识体系做出贡献,特别是对于快速变化的系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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