A comparative analysis on the entrepreneurial ecosystem of BRICS club countries: practical emphasis on South Africa

The effectiveness of entrepreneurial activities is not only determined by the quality of entrepreneurs but also by the ecosystem of entrepreneurship. The entrepreneurial ecosystem (EE) that nurtures low-quality “moppets” to highly impactful “gazelles” is being widely debated and on-demand in literature. This study, therefore, is aimed to advance the discussion and make a comparative analysis of the entrepreneurial ecosystem, which has been given a little attention, of BRICS club countries with an especial focus on South Africa, Brazil, and India. Various entrepreneurship-economic growth-related measures including Global Entrepreneurship Index (GEI), Global Competitiveness Index (GCI), Index Economic Freedom (IEF), and Legatum Prosperity Index (LPI) are used to compare the countries’ entrepreneurial ecosystem. Especially, the data set (2012–2018) of GEI was utilized for the analysis. According to GEI and GCI of 2018, China is leading BRICS club in terms of growth and entrepreneurial ecosystem. On the other side, LPI, IEF, and GEI put South Africa’s entrepreneurial ecosystem in a favorable position as compared to Brazil and India. South Africa performs poorly in startup skills, while both the latter ones are better and stand at the same level. This shows that South Africa’s tertiary education, coupled with low skill perception, is less effective in equipping the population to be entrepreneurs as compared to India and Brazil. Whereas Brazil and India are at their worst in internationalizing the country’s entrepreneurs and technological absorption, respectively. South Africa is more like India in product innovation and risk acceptance. On the other side, it is more like Brazil in risk capital, technological absorption, opportunity perception, and in their sluggish economic growth. Overall, South Africa (57th/140 as of 2018) is categorized among those poorly performing countries in terms of start-up skills, networking, technology absorption, human Capital, and risk capital pillars. The government of South Africa needs to primarily work on these bottle-neck pillars to improve its EE. To increase GEI by 5%, it should invest 77% of its extra resource on start-up skills, 18% on risk capital, and 5% on technology absorption. Applying GEI set up, this paper claims to have uniquely contributed to how to make a country comparison on the EE. Further empirical research can be done including all BRICS countries to bolster their development effort and on how to promote EE by tackling the underlying bottlenecks.

Technology Transfer, Development, Deployment and Productivity Performance in Pakistan

Productivity (TFP) performance is not only influenced by the direct effects of human capital, R&D (technology development)), embodied and disembodied forms of technology transfer and know-how through capital imports, FDI and use of foreign IPRs (technology transfer activities), but importantly is indirectly affected by compo-nents like the interactive effects of machinery and equipment imports, royalties and licenses fee payments, FDI, human capital and technology deployment. In this context, we analyzed internal technology building capabilities, trade-related technology transf-er activities and foreign technology absorption capabilities. The ARDL technique demonstrates that stable long-run association exists amongst all the chosen variables. The results indicate that investment in human capital boost the TFP, in addition expenditures on R&D, imports of machinery are crucial determinants of TFP growth. Surprisingly, FDI appears with a negative sign but the indirect effect of FDI through its interaction with human capital is positive. This indicates that FDI in the presence of human capital plays a favourable role in enhancing TFP. Moreover, the imports of machinery directly and indirectly, in association with both human capital and R&D, increase the growth of TFP. These findings provide evidence that internal technology building capabilities enhances the TFP growth significantly; while, embodied form of technology transfer has a positive and significant impact on the growth of TFP; whereas, disembodied technology transfer exerts positive but statistically insignificant impact on TFP growth. Furthermore, the study lends support for the existence of strong foreign technology absorption capabilities.

A Study of the Impact of Cloud Computing Alignment on the Enterprise Technological Capability Based on Environmental Turbulence

One of the most current concerns in the field of information system is whether cloud computing technology can deliver the desired improvement of capability and value to enterprises. This paper studied the enterprise technology development capability of the enterprises in Beijing Zhongguancun Technology Park, the first national high-tech industrial development zone in China, from the perspective of the breadth and depth of the alignment of cloud computing and enterprise. It proposed a theoretical model to study how the breadth and depth of alignment affects the enterprise technology development capability in a turbulent environment and considers the intermediary role of the enterprise technology absorption capability and the moderation role of environmental turbulence in it. The model was tested empirically by questionnaires and structural equation model (SEM). Empirical results showed that both the deep and wide alignment of cloud computing can enhance the enterprise technology development capability by improving the enterprise technology absorption capability.

Technology Absorption as a Main Indicator of Global Entrepreneurship Performance

In the globalization era, technology absorption capacity is increasingly vital to own to improve the performance of entrepreneurial industry. The aim of this study was to elaborate the main role of technology absorption as the main determinant to boost the performance of global entrepreneurship. For the sake of analysis, the researchers took primary data from global entrepreneurship index (GEIINDEX, 2019) containing 137 countries that have been surveyed (Acs, 2019). The method of analysis used was path analysis model in recursive form derived from the experimental model of multiple regression method in form of ordinary least square (OLS). The results showed that technology absorption (TA) positively and significantly became the main determinant in improving the capacity and performance of global entrepreneurship, while the opportunity start-up (OS) was the supporting determinant. Shortly, the entrepreneurial industry should have the capacity of technology absorption and mastery to start a business (OS), improve capacity (ABT), and sustainably encourage the excellence of Global Entrepreneurship Performance (GEP)

Implementation of National Technological Absorptive Capacity framework to Motivate High Technology Application in Bac Kan Agricultural Production

The application of high technology in agricultural production plays an important role in agricultural development, promoting economic growth, minimizing natural resources depletion, reducing environmental pollution, creating high quality and competitive products that meet the market demand. However, this implementation faces certain difficulties. This article will analyze the national technology absorption capacity and the struggles of its execution in Bac Kan province, and at the same time, proposes criteria for applying the national technology absorptive capacity framework in Bac Kạn.