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Abstract

Most developing economies relies heavily on startups, startups has been identified to be the measure of innovation and development and countries that has more startups have higher economic stability. The aim of this paper is to identify factors that influence the success of startup in this ever changing world. Factors such as turnover, internal Market openness, Market dynamic and Government policies turns to influence capital investors decision and affect the confidence of the entrepreneur. Introduction Entrepreneurship, innovation, and creativity have been the epitome of modern industrialization. World economies are experiencing a massive boost because people are fast adapting to the concept of entrepreneurship and innovation. This in turn puts less pressure on the government in the job creation sector of the economy. In 1949 Economist Joseph Schumpeter's theory of entrepreneurship focused on three main characteristics of the entrepreneur. These are Innovation, Foresight and Creativity A better understanding of the factors that contribute to startup failure represents a critical aspect of entrepreneurship studies. the startup literature has spent disproportionately more attention on success stories and factors rather than on new business failures (Deakins, 1996). From the GEM (2017) report, sixty-two (62) economies around the world were surveyed, more than sixty-seven percent (67%) of the adult population believe that entrepreneurs are well-respected and enjoy high status within their societies. This percentage encourages young and upcomings desire in entrepreneurship, which is positive to the future of their economies. Moderate average scores for media visibility. Around 60% of adults, in all three economic development groups, believe that entrepreneurs garner substantial media attention. On average, sixty-seven (67%) of the adult population in the efficiency-driven economies consider starting a business a good career choice, compared to around 60% in the factor-and innovation-driven economies. Africa is the region reporting the most positive attitudes towards entrepreneurship, with three quarters of working-age adults considering entrepreneurship a good career choice while 77% believe that entrepreneurs are admired in their societies. In contrast, Latin America and the Caribbean reports the lowest proportion of adults believing that entrepreneurs are highly regarded(63%) while Europe has the lowest belief in entrepreneurship as a good career (58%) and the lowest media publicity for this activity (55%). Two factors of success of every startup is it consistency with innovation and continuous flow of funds. But there are a number of factors which affect these two factors, mostly financing due to the high level of risk involved in startups, looking at the statistics, it makes it much more difficult for any investor to trust in any startup. So the focus of this research is to find out factors that influences innovation and makes startup attractive for financing. Many great companies have exited the market because of lack of innovation and foresight of it leaders, there are a number of factors that influences the decision of corporate and startup leaders in their choice to be innovative or not. There has been a
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Exploring the factors of startup success and growth
James Okrah
Alexander Nepp
Ebenezer Agbozo
Ural Federal University, GSEM, Yekaterinburg, Russia
Keywords
Innovation, Startup, Internal Market Openness, Internal Market Dynamics, Government
Policies, Econometrics.
Abstract
Most developing economies relies heavily on startups, startups has been identified to
be the measure of innovation and development and countries that has more startups have higher
economic stability. The aim of this paper is to identify factors that influence the success of startup
in this ever changing world. Factors such as turnover, internal Market openness, Market
dynamic and Government policies turns to influence capital investors decision and affect the
confidence of the entrepreneur.
Introduction
Entrepreneurship, innovation, and creativity have been the epitome of modern
industrialization. World economies are experiencing a massive boost because people are fast
adapting to the concept of entrepreneurship and innovation. This in turn puts less pressure on the
government in the job creation sector of the economy. In 1949 Economist Joseph Schumpeter's theory
of entrepreneurship focused on three main characteristics of the entrepreneur. These are Innovation,
Foresight and Creativity
A better understanding of the factors that contribute to startup failure represents a critical
aspect of entrepreneurship studies. the startup literature has spent disproportionately more attention
on success stories and factors rather than on new business failures (Deakins, 1996). From the GEM
(2017) report, sixty-two (62) economies around the world were surveyed, more than sixty-seven
percent (67%) of the adult population believe that entrepreneurs are well-respected and enjoy high
status within their societies. This percentage encourages young and upcomings desire in
entrepreneurship, which is positive to the future of their economies.
Moderate average scores for media visibility. Around 60% of adults, in all three economic
development groups, believe that entrepreneurs garner substantial media attention. On average,
sixty-seven (67%) of the adult population in the efficiency-driven economies consider starting a
business a good career choice, compared to around 60% in the factor - and innovation-driven
economies. Africa is the region reporting the most positive attitudes towards entrepreneurship, with
three quarters of working-age adults considering entrepreneurship a good career choice while 77%
believe that entrepreneurs are admired in their societies. In contrast, Latin America and the
Caribbean reports the lowest proportion of adults believing that entrepreneurs are highly
regarded(63%) while Europe has the lowest belief in entrepreneurship as a good career (58%) and the
lowest media publicity for this activity (55%).
Two factors of success of every startup is it consistency with innovation and continuous flow
of funds. But there are a number of factors which affect these two factors, mostly financing due to the
high level of risk involved in startups, looking at the statistics, it makes it much more difficult for any
investor to trust in any startup. So the focus of this research is to find out factors that influences
innovation and makes startup attractive for financing. Many great companies have exited the market
because of lack of innovation and foresight of it leaders, there are a number of factors that influences
the decision of corporate and startup leaders in their choice to be innovative or not. There has been a
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7th International Conference on Business and Economic Development (ICBED), 9-10 April 2018, NY, USA
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lot of research which identified financing of startup as the main hindrance to innovation in startup.
There is a strong relationship between financing and innovation.
Financial and innovation
Innovation is a strong pillar to the success of every startup known in the world, Business that
are not able to invest in research and development dies in the striving market. the capital cycle has
become the main feature of the innovative market, as indicated by (Gompers and Lerner 2004),
(Kaplan and Schoar, 2005), (Gompers, Kovner, Lerner and Scharfstein 2008). (Rhodes-Kropf, M.
2015) indicated that the market plays a vital role in the financing and financing also has a strong
linkage with innovation. Financing hinders innovation in small scale enterprises in Europe (Ghisetti
Et al, 2017). (Nanda, R., Rhodes-Kropf, M. 2017) and (Ou, C. 2011) indicated that strong financial
support for startups can trade off high-level risks. Many business failures are mostly attributed to
lack of financing, internal market dynamics and lack of innovations. there is a concern over declining
innovation in small and medium-sized enterprises, most particularly in the case of family
businesses(Schäfer, D., Stephan, A., Mosquera, J.S. 2017). the research indicated the inefficient
realization of innovative practice by families businesses due to funding in R&D. which means that if
enough financing allocated to such business it will increase their survival and innovativeness. The
gap between innovation and financing seems too difficult to close as noted by (Czarnitzki and
Hottenrott, 2011; Mohnen et al. 2008; Canepa and Stoneman 2008; Freel 2007). Source of funding of
innovative activity becomes the other of the day since there would not be innovation without
research.
From the literature, we come up with these set of Hypothesis.
H1: Innovation is influenced to a certain level by Internal market Openness:
A theoretical model describing the dependence of innovation activity of enterprises on the
degree of competition in the market can also be found in Aghion, Bloom, Blundell, Griffith and
Howitt, 2002. (Berger, 2010) in his work he established an empirically positive relationship between
competition in the market and innovation. Significant is also the effect of economies of scale and
greater ability to raise funds for innovative research. openness bring competition and ensures the
quality of product and services,
H1: Turnover influence the decision of a corporation to be innovative.
Innovation has a major effect on the turnover and general growth of companies (Capasso, M.,
Treibich, T., Verspagen, B. 2015 ). We want to find out if turnover also influences the decision of
corporation to invest much in R&D.
Financing and startups
Financing of startups is the most changing thing for entrepreneurs. most investors are afraid
of the high risk involved in investing in startups and companies that do not have sustainable returns.
This is due to the credit crisis of 2008 and 2009 which has made it more difficult for entrepreneurs to
secure financing as banks have become risk-averse in lending money to new startups (Nutting, 2009).
with the reduced access to financing from banks, it has increased drastically the competition for
venture capitalist funding. Recently governments in most developing countries are trying to finance
startups in other to create employment for its citizenry, but that also has a high competition in
securing funds.As indicated by (Dilger, R.J., Gonzales, O.R. 2011) the USA H.R. 5297, the Small
Business Lending Fund Act of 2010, which would authorize the Secretary of the Treasury to create a
$30 billion Small Business Lending Fund to encourage community banks to provide small business
loans, a $2 billion State Small Business Credit Initiative to provide funding to participating states
with small business capital access programs, and a $1 billion Small Business Early-Stage Investment
Program to provide venture capital funding for startup companies. This is to ensure job creation and
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employment in the country, but this type of financing can not be accessed by all, so the focus of this
research is to find out the factors that influence startup financing.
Based on this, we formulated this hypothesis.
H3: Government policies places a high constraint on the financing decision of investors.
some policies of the government either make investing in startups attractive or not attractive.
some policies scare investors off certain locations, due to unattractive of government policies.
Data structure
The data is a panel data consisting of developed countries and this selection was done
assessing the GDP of the various countries. The 13 countries are include: Belgium, Canada, France,
Germany, Italy, Japan, Netherlands, United kingdom, United States, Switzerland, Sweden, Russia,
and China. The years selected for the analysis were selected because of the availability of data; data
was selected from the year 2006-2015. Missing data are replaced with the mean.The GDP per capita is
not presented in percentage but in raw figures to know the actual value in dollars.
The data below describes the factors considered in the data structure and what each factor
represent. The GDP per capita is not presented in percentage but in raw figures to know the actual
value in dollars.
Factors
Representation
Turnover
Measures the percentage of Return on Investment over
the course of the year
Financing
The availability of financial resources as equity and
debt for small and medium enterprises (SMEs)
(including grants and subsidies)
governmental_support_and_policies
The extent to which public policies support
entrepreneurship - entrepreneurship as a relevant
economic issue
taxes
The extent to which public policies support
entrepreneurship - taxes or regulations are either size-
neutral or encourage new and SMEs
Basic_education
The extent to which training in creating or managing
SMEs is incorporated within the education and training
system at primary and secondary levels
post_education
The extent to which training in creating or managing
SMEs is incorporated within the education and training
system in higher education such as vocational, college,
business schools, etc.
r&d
The extent to which national research and development
will lead to new commercial opportunities and is
available to SMEs
internal_market_dynamics
The level of change in markets from year to year
internal_market_openness
The extent to which new firms are free to enter existing
markets
cultural_and_social_norms
The extent to which social and cultural norms
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encourage or allow actions leading to new business
methods or activities that can potentially increase
personal wealth and income
GDP_per_capital
GDP per person in the economy
Employment
This discuss the percentage of people who are
employed out of the total population from various
countries.
Correlation Coefficient
1
2
4
5
6
7
8
10
11
12
1
1.00
2
0.12
1.00
3
0.07
0.60
4
0.01
0.50
1.00
5
-0.03
0.43
0.59
1.00
6
-0.02
0.56
0.55
0.48
1.00
7
0.01
0.67
0.63
0.42
0.61
1.00
8
0.10
-0.42
-0.38
-0.38
-0.52
-0.42
1.00
9
-0.03
0.60
0.53
0.71
0.43
0.60
-0.44
10
-0.06
0.32
0.42
0.58
0.31
0.24
-0.12
1.00
11
0.11
0.44
0.51
0.49
0.39
0.52
-0.29
0.58
1.00
12
0.10
0.31
0.64
0.48
0.22
0.39
-0.14
0.58
0.57
1.00
Data analysis structure
First created a simple linear regression using the lm command of the R-Studio, Setting R&D
as the dependent variable for the first model, I then checked for heteroskedasticity using the plot
command and two other mathematical models, namely the Breusch Pagan Test and the NCV Test.
All the test showed the presence of heteroskedasticity. The Box-Cox Transformation for correcting
heteroskedasticity. We primarily focus on the dependent variable , after the transformation, it was
tested again for heteroskedasticity.
After eliminating heteroskedastic from the data, the data was then analysed using the Fixed
effect model with dummies of Years and country and the second model was with dummies,
Innovation
Log r.d
Oneway (individual) effect
Random Effect Model
With dummies of Year and Country
Oneway (individual) effect Random
Effect Model
Without Dummies
Turnover
-4.1264e-03.
-4.9285e-04
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2.4105e-03
1.2053e-03
Government Policies
.0245e-01***
2.8435e-02
9.6744e-02**
2.8527e-02
xinternal_market_openness
1.5338e-01***
3.5389e-02
1.5633e-01***
3.4642e-02
Employment
3.3923e-03
6.3146e-03
2.4362e-03
4.9234e-03
Cultural and social Norms
-1.0568e-02
2.6148e-02
-1.9972e-02
2.5559e-02
xtaxes
4.0454e-02
3.0548e-02
5.6835e-02*
2.7605e-02
xGDP_per_capital
-3.1232e-06
5.9685e-06
-9.4631e-07
1.9265e-06
xinternal_market_dynamics
1.7991e-02
7.3356e-02
1.9939e-02
7.2424e-02
R2
0.56729
0.48925
F statistics
6.32382 on 17 and 82 DF, p-value:
3.6795e-09
10.8962 on 8 and 91 DF, p-value:
1.184e-10
The first hypothesis Innovation is influenced to a certain level by Internal market Openness,
this was seen to be positive with the Fixed effect model in table 2. this confirms another finding by
(Berger, 2010), which stated that openness of the market create competition which intends makes
leaders focus much on innovations. as the market is open, it attracts a lot of participants, which
create the atmosphere for innovation and development. when there is no competition, leaders
becomes reluctant with the creativity. Like the case of Nokia, because there was a high competition
on the smartphone market, those companies that still lived in the past were left behind. Facebook is
still Facebook after a decade because they understand the competition and always tries to kill the
competition, Facebook buying WhatsApp because they realized people were switching their
attention to WhatsApp at the time of purchase. Openness keeps good leaders on their toes, which
wakes their innovative instincts. competition is good for every economy.
It was realized that turnover did not have any influence on the innovation of startups.
The analysis shown a strong impact of Governmental policies on innovation, this takes into
account the sound economic policies, good trade practices, knowledge sharing and good
environment for business
Financing
Log Financing
Oneway (individual) effect
Random Effect Model
With dummies of Year and Country
Oneway (individual) effect Random
Effect Model
Without Dummies
Turnover
5.7657e-03*
2.6098e-03
2.5570e-03.
1.3835e-03
Government Policies
1.0836e-01***
1.1611e-01***
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3.0786e-02
3.2745e-02
xinternal_market_openness
8.8976e-02*
3.8315e-02
1.2841e-01**
3.9764e-02
Employment
9.9723e-03
6.8367e-03
1.4194e-02 *
5.6513e-03
Cultural and social Norms
-1.4463e-03
2.8311e-02
1.0912e-02
2.9337e-02
xtaxes
5.0201e-02
3.3074e-02
1.1988e-02
3.1686e-02
xGDP_per_capital
-8.9482e-06
6.4620e-06
-9.9709e-07
2.2114e-06
xinternal_market_dynamics
-1.7017e-01*
7.9421e-02
-1.7854e-01*
8.3131e-02
R2
0.57577
0.43717
F statistics
6.54653 on 17 and 82 DF, p-value:
1.8182e-09
8.83536 on 8 and 91 DF, p-value:
7.118e-09
Financing has been identified to have a strong correlation with innovation and success in
most startups. it has also been identified to be the best mean to the trade of risk is by high initial
investment in startups. But there are other unknown factors that influenced the behaviour of of
investors.from the results indicated above, it shows that turnover, internal market openness and
Government policies are characteristics that investors looks at before committing their monies to any
venture. The internal dynamics of the market scares investors off due to the higher risk associated
with the market dynamics.
Discussion
Based on our findings, this section discusses the factors which influence startup success. It is
divided into two subsections with discussions on the research question.
Turnover
With respect to the financing factor, our analysis revealed that turnover, internal market
openness and government policies highly influence the financing of startups. The results confirm the
findings of Diamond (2012), Tanrısever et al. (2012) and Cusumano (2012). According to Tanrısever
et al. (2012), profit maximization is key to investment decision which in turn influences the survival
of startups. Facebook's success hinges upon pressure to innovate and aggressively compete against
other technology companies which led to massive turnover that in turn attracted more investors
(Diamond, 2012).
A positive turnover has a positive effect on a firm's performance builds its reputation in the
marketplace and influences the desire for investors to invest in the said firm.
Conversely, Cusumano (2012) reported that, within a week of the social networking giant Facebook's
initial public offering (IPO), their stock market value fell by 25% which affected its first earnings,
thereby disappointing investors. Thus, low capital turnover influences investor confidence.
Government Policies
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The results confirm the findings of Minniti (2008), Cheah et al. (2016), Colwell & Narayanan
(2010), Patanakul & Pinto (2014) and Dolfsma & Seo (2013) that government policies have an effect
on financing of startups and innovation in startups which lead to growth and success. With respect
to financing, policies implemented by governments are capable of fostering or retarding financing
and investment opportunities in the business and entrepreneurship ecosystem of a country. Similar
to spheres such as agriculture and education where government policies drastically influence the
outcome over a period of time, one can infer that government policies are the fuel of an economy. As
argued by Minniti (2008), the place of government as a body in regulating rules both formal and
informal places constraints on entrepreneurial activities. The author concluded that government
policies are powerful influencers of entrepreneurial activity by structurally setting the tone in the
business world thereby encouraging certain activities which will favour one group of startups which
fall within laid out criteria and disfavour another (leading to loss of investment opportunities).
A classic example of a society where startups flourish is Singapore and the success is
attributed to government policies purposefully aimed at innovation-driven economic growth. Cheah
et al. (2016) pointed out that the government of Singapore established venture-friendly legislation in
areas such as taxation and bankruptcy laws (where the procedure duration drastically was cut down
from 29 months to 10 days) to encourage the formation of innovative startups and investment.
Thus, government policies are capable of changing the entrepreneurial culture of the country by
fostering a climate in which entrepreneurship is viewed by citizens as a means to create value for the
economy (Colwell & Narayanan, 2010) and drawing in investment opportunities.
Next, we discuss the influence of government policies and their impact on innovation in
startups. Government policy framework, according to study is a progress or hindrance to innovation
and the determines the course of the country’s development; within which the startup and
innovation landscape is constituent. In America, the government launched an initiative - Startup
America - aimed at promoting entrepreneurship and accelerating the transfer of research
breakthroughs from universities to businesses, improving the regulatory environment for starting
and growing new businesses, and increasing connections between entrepreneurs and prolific
business mentors (Patanakul & Pinto, 2014). A policy framework of this nature serves as a launching
pad for startups and gives rise to sporadic quality innovation due to the fact that government policy
has made provision for building an ecosystem that promotes startup growth.
A strategic policy by the government of the Netherlands aims at strengthening its position as one of
the world’s top five most competitive economies by increasing spending on research and
development to 2.5% of the gross domestic product (GDP) by 2020. Thus, creating a ripe
environment for more startups to spring up with highly innovative products.
Government policies such as lower corporation taxes, provision of funding opportunities, tax credits,
intellectual property rights as well as antitrust law are examples of policies which exist to protect
small players active in the startup market, hence creating a level playing field to encourage healthy
competition (Dolfsma & Seo, 2013).
Internal Market Openness
Our analysis revealed that internal market openness is essential to startup financing and
innovation, and back the findings of Li et al. (2004) and Zilgalvis (2014). The level of openness of a
country’s internal market is to external investors and trade opportunities is a gateway to drawing in
investment opportunities which will contribute to the economy of the country as well as drive
innovativeness and competitiveness. Foreign investments made possible by market capital openness
as a result of trade openness boosts innovation by local startups which motivates startups to
outperform rivals (Li et al., 2004).
Zilgalvis (2014) described the U.K. withdrawing from the European Union as a move from
openness toward isolation which could damage the talent and investment base of the emerging
startup ecosystem. The author made reference to the need for more accelerators and incubators in the
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UK due to the huge operational costs associated with running a startup in London. Thus, the market
structure here calls for more investment, yet the changing scene from an open to closed system is
potentially threatening to startups gaining financial backing.
The open nature of markets in the United States, Netherlands and Switzerland make them
powerhouses for startup innovation.
On the other hand, observing countries such India and China which were closed until the last
decade and two decades respectively, levels of innovativeness has skyrocketed and the outcome of
startups in these countries are evident all over the world.
Internal Market dynamics
Our analysis revealed a negative significance of market dynamics on financing of startups. A
country or region’s entrepreneurial landscape is dependent on the systems that form the economy
and is filled with uncertainties with various risks associated. Giardino et al. (2014) pointed out that
despite the uncertain nature of certain or all aspects of the market, a good entrepreneur is proactive,
has foresight and is capable of anticipating unforeseen events. This means, new startups are at risk of
failing which poses a threat to financial investment opportunities. Also, the unpredictable nature of
the market puts investors in a position whereby financing startups is done in a cautious and rigorous
manner so as to avoid risks, and it affects the chances of other equally innovative startups being
financed. Hence, the market dynamics of a region highly influence the financing of startups and for
that matter, startup growth.
Conclusion
Two factors were considered for the dependent variable Innovation (R&D) and Financing,
and factors like Government policies, Internal market openness, internal market dynamic, are
considered as independent variables with GDP per capita and employment as controlled variables.
The finding will help policymakers strengthen their policies in the area of trade and
investment. Increasing government support for startup and making the trade environment more
easy. Government has a major rule to play in ensuring growth in the success of startups.
Future work should focus on assessing closed markets at a regional level to establish the
impact of financing, innovation (R&D), government policies, internal market openness, and internal
market dynamics on the success of startups.
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... Key business factors, such as understanding market dynamics, achieving product-market fit, and planning for scaleup and exit, are critical for sustained growth. Finally, fostering a thriving startup culture involves sharing success stories and understanding the social context, emphasizing the importance of a supportive cultural environment for encouraging innovation and risk-taking (Anitha & Veena, 2022;Audretsch, 2020;Font-Cot & Lara-Navarra, 2023;Gazel & Schwienbacher, 2021;Jeanwittayanukul, 2022;Lee & Kim, 2019;Okrah et al., 2018;Ratinho et al., 2020; Page 6 of 44 Thawesaengskulthai et al. Journal of Innovation and Entrepreneurship (2024) 13:16 Sahaf & Tahoo, 2021;Schwienbacher, 2021;Song et al., 2008;Tookham, 2021;Yadav, 2015). ...
... Through the integration of data from diverse sources, in-depth interviews, and rigorous analytical techniques, this framework seeks to generate valuable insights and recommendations that can foster the growth and prosperity of IDEs in Thailand. The schematic representation of the research framework is depicted in Fig. 1, comprising five distinct and sequential steps, which are elaborated as follows: Song et al., 2008;Yadav, 2015;Okrah et al., 2018;Lee & Kim, 2019;Audretsch, 2020;Gazel & Schwienbacher, 2021;Sahaf & Tahoo, 2021;Tookham, 2021;Anitha & Veena, 2022;Jeanwittayanukul, 2022;Font-Cot & Lara-Navarra, 2023; Finance Grant, Funding, Loan, Venture fund, Venture capital, Angel fund, Private fund Song et al., 2008;Yadav, 2015;Audretsch, 2020;Ratinho et al., 2020;Zhao & Ziedonis, 2020;Sahaf & Tahoo, 2021;Tookham, 2021;Jeanwittayanukul, 2022;Font-Cot & Lara-Navarra, 2023 Innovation, Technology, R&D R&D investment, Patent protection, Technology transfer, University partnership Song et al., 2008;Yadav, 2015;Okrah et al., 2018;Ratinho et al., 2020;Anitha & Veena, 2022;Font-Cot & Lara-Navarra, 2023; Market Opportunity/ Business factor Market dynamic, Product-market fit, Customer needs, Scaleup, Exit strategy, Market scope, Innovation product, Network, Market growth Song et al., 2008;Okrah et al., 2018;Lee & Kim, 2019;Tookham, 2021;Jeanwittayanukul, 2022 Culture Success stories, Social state of startup Gazel & Schwienbacher, 2021;Jeanwittayanukul, 2022 Page 7 of 44 Thawesaengskulthai et al. Journal of Innovation and Entrepreneurship (2024) 13:16 Step 1: Assessing Thailand's Investment Ecosystem: The study commenced with a meticulous examination of Thailand's investment landscape. ...
... Through the integration of data from diverse sources, in-depth interviews, and rigorous analytical techniques, this framework seeks to generate valuable insights and recommendations that can foster the growth and prosperity of IDEs in Thailand. The schematic representation of the research framework is depicted in Fig. 1, comprising five distinct and sequential steps, which are elaborated as follows: Song et al., 2008;Yadav, 2015;Okrah et al., 2018;Lee & Kim, 2019;Audretsch, 2020;Gazel & Schwienbacher, 2021;Sahaf & Tahoo, 2021;Tookham, 2021;Anitha & Veena, 2022;Jeanwittayanukul, 2022;Font-Cot & Lara-Navarra, 2023; Finance Grant, Funding, Loan, Venture fund, Venture capital, Angel fund, Private fund Song et al., 2008;Yadav, 2015;Audretsch, 2020;Ratinho et al., 2020;Zhao & Ziedonis, 2020;Sahaf & Tahoo, 2021;Tookham, 2021;Jeanwittayanukul, 2022;Font-Cot & Lara-Navarra, 2023 Innovation, Technology, R&D R&D investment, Patent protection, Technology transfer, University partnership Song et al., 2008;Yadav, 2015;Okrah et al., 2018;Ratinho et al., 2020;Anitha & Veena, 2022;Font-Cot & Lara-Navarra, 2023; Market Opportunity/ Business factor Market dynamic, Product-market fit, Customer needs, Scaleup, Exit strategy, Market scope, Innovation product, Network, Market growth Song et al., 2008;Okrah et al., 2018;Lee & Kim, 2019;Tookham, 2021;Jeanwittayanukul, 2022 Culture Success stories, Social state of startup Gazel & Schwienbacher, 2021;Jeanwittayanukul, 2022 Page 7 of 44 Thawesaengskulthai et al. Journal of Innovation and Entrepreneurship (2024) 13:16 Step 1: Assessing Thailand's Investment Ecosystem: The study commenced with a meticulous examination of Thailand's investment landscape. ...
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This research paper aims to investigate the impediments faced by innovation-driven enterprises in Thailand and to explore the current measures, policies, and mechanisms related to innovation-driven enterprises (IDEs)’ development both domestically and internationally. The study encompasses a comprehensive approach, including an analysis of an innovation entrepreneur database comprising 320 investors and 883 IDEs. Moreover, semi-structure in-depth interviews were conducted with three investors, twenty-two IDEs’ founders, eight executives, and experts from various sectors, including government, university incubators, and the private sector in Thailand. Through this multifaceted investigation, this paper sheds light on the key factors that hinder the success of IDEs in Thailand, which primarily revolve around the quality of entrepreneurs (Team), Product and Market Fit, and Support. These factors collectively impact the depth of knowledge, business incubation, acceleration programs, and the effectiveness of laws, measures, and policies in supporting innovation capability development within IDEs. In addition, this paper presents a framework for Thailand’s IDEs hub, facilitating the connection between the university's innovation and entrepreneurship ecosystem with public and private stakeholders. This framework serves as a mechanism to address the identified hindrances and foster a conducive environment for IDEs development. To address the obstacles, this paper proposes three crucial strategies, namely, (1) talent management, (2) ease of doing scaleup, and (3) availability of funding. These strategies are envisioned to counteract the identified challenges and can be effectively implemented through an operating model and practical working procedures tailored to suit the specific context of Thailand.
... Profitability might have either positive [6][7][8][9][10], negative [11,12] or no impact [13] on the growth of companies based on different research. Different studies show that cash flows have no impact on companies growth in general [1], but significant positive relationship between the growth and cash flows is observed for small and young companies and for startups [1,14]. The latter statement is in line with existing discussion in the literature that companies which are younger in age and smaller in size manage to grow faster because they have better possibilities to adapt the changing environment, which is proved by negative relationship between companies' age and size observed in the literature [1,5,15]. ...
... According to this author, startups that generate strong cash flows successfully continue their activities and grow, while startups with low cash flows are forced to stop their activities [52]. Innovation and the continuous flow of funds are the main factors impacting startups' success [14]. According to these authors, many other factors affect these two factors. ...
... The results of all four models revealed that in all cases the growth of unicorns have positive relationship with EBIT, CASH, and CL, but the direction of relationship slightly vary in terms of CAPEX for Model 3 and CA for Model 4, although, these findings are not significant. Our findings supplement the existing literature analyzing the relationship between the growth and profitability [6][7][8][9][10]13], the impact of CASH on the growth of young companies and startups [1,14] and the negative relationship between growth and DEBT [1][2][3][4]. Regression results obtained from Models 1 and 2 are in line with Pecking Order, Resource Based and Market Timing Theories, because variables analyzed in the models are used efficiently to increase the growth, the combination of internal and external resources are used for growth assurance and this allows maximizing the level of growth for these companies. ...
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Increasing number of unicorns worldwide is attracting researchers' attention to analyze their phenomena from their growth and financial flexibility interaction perspective. Unicorns as young companies have many external and internal environment development elements affecting their financial performance while going public with an IPO. Thus in the paper, we target to analyze factors revealing unicorns' growth and the relationship between financial flexibility and unicorns’ growth before and after the IPO process. The financial data of 20 unicorns from Asia with IPOs from 2009 to 2018 was collected for the research. A literature review was performed to develop the frame and variables of growth and financial flexibility for research design. OLS regression was used for the analysis. Our main findings show the significant negative impact of EBIT on the growth of unicorns before the IPO, which becomes positive after the IPO. The impact of cash or debt on the growth of unicorns is negative after the IPO. The growth of unicorns is significantly influenced by capital expenditures and current liabilities affected by their management policies. Our research fills the existing gap in the literature by analyzing the interaction between the growth and financial flexibility of the high-growth unicorns in the context of the IPO and enriches existing literature by the combination of different theories to support the research, thus further research could focus on a more in-depth analysis of these processes.
... Success typically appears as a dependent variable in studies related to startup success, as their main aim usually is to identify factors responsible for the success of startups. Most of these studies demonstrate how startup success is related to firm-level factors, while considering financial and business indicators as measures of success: company survival (Csákné Filep et al. 2020;Petru et al. 2019), capital attraction (Díaz-Santamaría -Bulchand-Gidumal 2021; Okrah et al. 2018;Sharchilev et al. 2018), innovation (Okrah et al. 2018), as also growth in revenue, sales volume and headcount (Al Sahaf -Al Tahoo 2021;Sevilla-Bernardo et al. 2022). This can be related to the traditional approach to entrepreneurship, which tends to measure success predominantly in terms of economic indicators of company performance (Dej 2010). ...
... Success typically appears as a dependent variable in studies related to startup success, as their main aim usually is to identify factors responsible for the success of startups. Most of these studies demonstrate how startup success is related to firm-level factors, while considering financial and business indicators as measures of success: company survival (Csákné Filep et al. 2020;Petru et al. 2019), capital attraction (Díaz-Santamaría -Bulchand-Gidumal 2021; Okrah et al. 2018;Sharchilev et al. 2018), innovation (Okrah et al. 2018), as also growth in revenue, sales volume and headcount (Al Sahaf -Al Tahoo 2021;Sevilla-Bernardo et al. 2022). This can be related to the traditional approach to entrepreneurship, which tends to measure success predominantly in terms of economic indicators of company performance (Dej 2010). ...
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Subjective entrepreneurial success has emerged as an area of academic interest. However, no research study has yet been conducted on startup founders as a specific group of entrepreneurs. Although ‘success’ has been prominently covered in existing startup literature, studies predominantly focus on the possible reasons behind startup success, measuring it solely in economic terms. Drawing upon the qualitative analysis of 22 in-depth interviews with Hungarian startup founders, this paper aims to explore the complex structure of subjective startup success from the founder's perspective along with its gendered patterns. The five dimensions of subjective startup success emerging from the data are similar to those of subjective entrepreneurial success: firm performance, team, personal fulfilment, community impact and personal financial reward. Nevertheless, results reveal that there exists considerable difference between the substance of firm performance dimension in the subjective entrepreneurial success model and in our subjective startup success model. Further, it is found that the interplay among indicators of success could range from synergies to tensions. Finally, personal fulfilment is found to be the only dimension that reflects a marked gender difference in the sample.
... (Gupta et al. 2021;Hanchi and Kerzazi 2020;Khursheed et al. 2019). The psychological theory of entrepreneurship links emotional and mental characteristics, in which an entrepreneur's success is influenced by their personality traits such as optimism and imagination (Dixon 2001;Magotra et al. 2016;Okrah et al. 2018) As a result, entrepreneurial behavior is a driver of small business development, with significant implications for their revenue and performance. ...
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Purpose: This research investigates the effect of personal traits, entrepreneurial intention, and business model innovation on the success of creative sectors in Indonesia, aiming to generalize findings across the entire creative industry rather than focusing on specific sub-sectors. Theoretical reference: The study is grounded in entrepreneurial theory and business model innovation literature, examining how individual traits and business practices influence industry performance. Method: Data were collected through a questionnaire issued to 414 respondents within the creative sectors in Indonesia. The hypotheses were tested using structural equation modeling partial least squares (SEM-PLS). Results and Conclusion: The results indicated that entrepreneurial intention, proactivity, and creativity significantly impact the performance of Indonesian creative industries. However, business model innovation did not have a significant effect on industry success. The study concludes that personal traits and entrepreneurial intention are critical for performance, while business model innovations may play a lesser role. Implications of research: The research provides insights into the factors driving success in the Indonesian creative sectors, highlighting the importance of fostering entrepreneurial traits. It suggests that policy makers and industry leaders should focus on developing these traits to enhance performance. Originality/value: This study contributes to the literature by offering a generalized analysis of the entire creative sector in Indonesia, rather than isolated sub-sectors. It underscores the sig-nificance of entrepreneurial traits in industry performance and provides a comprehensive un-derstanding of the creative industries' dynamics in a developing country context.
... Suzuki and Okamuro (2017) found that technological capabilities and public support have a significant impact on internationalization of academic start-ups in Japan. Okrah et al. (2018) observed the implications of GDP per capita, financing, taxes, basic education, R&D, internal market dynamic, internal market openness, cultural & cultural & social norm and employment on success of start-ups in 13 developed countries. Science and technological development are useful to enhance the technological entrepreneruship and tech-based start-up ecosystem (Xiang & Huang, 2019). ...
Chapter
This chapter analyzed the determinants and problems of the start-up ecosystem in India as per the existing literature. The number of start-ups increased at an unprecedented rate in India after 2016. India has the 3rd highest number of startups in the world. However, the success rate of start-ups is very low in India. The start-up ecosystem depends on education level, human skills, business experience, family background, and market potential. India needs to adopt the triple helix model to increase the sustainability of the startups. Technological change, financial constraints, low infrastructure, registration of new startup, low transfer of technology and commercialization, low venture capital, and global policies are creating obstacles to increase the progress of the startup ecosystem in India. The research institutions should set up TBIs and business development cells to attract the attention of entrepreneurs and investors in the start-up ecosystem of India.
Conference Paper
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Startups play a completely crucial role withinside the economic improvement of countries, that's why the eye and funding on them has significantly extended over the last years. On the other hand, the failure rate of startups is also very high; As a result of the review, the analysis of their success factors, especially considering the issue of ecosystem, is very important and its necessity is clearly evident in the country. The current research is dedicated to the review and analysis of key success indicators in the startup ecosystem. This research is mixed (qualitative-quantitative) and applied, which in the first stage is descriptive-survey type; And the tools of information collection are questionnaires and library studies, and in the second stage, interpretive structural modeling (ISM) technique was used (With the aid of 15 experts from successful startups in Iran). The levels and influence and effectiveness of the factors have been done by the Micmac technique and the criteria have been examined in terms of the power of dependence and direction. The final model of the research includes 10 levels, where the net promoter index (stakeholder satisfaction rate) (C3) is at level 10 and is the most influential index. In fact, this index has a direct impact on domestic and international promotional activities (C1) and the status of the accelerator's presence in social networks (C2). In fact, according to the model, the impact indicator of the accelerator in the ecosystem has a high impact; So that the indicators of the ability to detect the failure of teams (C12), the efficiency of the accelerator's investment portfolio (C17) and the presence of research institutions near the accelerator (C16) are at level one, which are the most influential indicators.
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Using the Mannheim innovation panel, we investigate whether family firms have higher financial need and how this affects both innovation input and innovation outcomes such as firm or market novelties, or process innovation. Applying the CDM framework, we find that family firms are more likely to have a latent financial need for innovation, which means that they have innovation ideas which they have not implemented yet. We find that family firms have a significantly lower marginal innovation productivity in particular for innovations with radical character, i.e., market novelties. We conclude from this evidence that family firms have a comparative disadvantage in innovation projects that imply high risk and require high innovation capability.
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In recent years, entrepreneurship has been increasingly regarded as an engine of growth for both developed and developing economies. As a country with limited natural resources on small land area, Singapore recognised the significant role of entrepreneurship since its first encounter with economic recession in 1985. In the 1990s, the country, as part of its economic structural reform, began to shift gear from its initial twin strategy of export promotion and foreign direct investment to that of promoting innovation and entrepreneurship, in addition to the liberalisation of various service sectors - finance, utilities and telecommunications. In this paper, we provide an overview of Singapore’s innovation and startup ecosystem, and discuss the role of the public science in the country’s ecosystem strategy and its impact on economic growth. We present three strategic approaches that have been pursued in Singapore. First, the innovation and startup ecosystem is anchored by Triple Helix dynamics. Within this nexus, public science and strong support from policy makers in promoting public-private-partnerships have been crucial. Closer links with industry align the public science agenda closer to commercial demands. Second, the strength of Triple Helix dynamics is the foundation for Singapore’s strategy to create startups that are “born global”. Leveraging the collaborative networks between different actors, initiatives such as the Diagnostics Development (DxD) Hub and NUS Research Institute (RI) Suzhou China could be successfully implemented. Local tech startups are able to access foreign markets either through a physical launchpad as in the case of the NUS RI Incubator, or through virtual connections as in the case of the DxD Hub. Finally, the Launchpad@one-north project illustrates the planned agglomeration strategy to create an entrepreneurial cluster in Singapore. By co-locating all key stakeholders in the ecosystem within the same geographic location, the Launchpad has within three years gone from a half-abandoned site to the highest-density tech hub in the world. Triple Helix dynamics and public science have been essential in the Launchpad’s achievements. From our examination of impact measures, there are several implications. First, it is evident that good science is crucial in Singapore’s innovation and startup ecosystem. The public sector plays an especially important role to invest in the inventive output of institutes of higher learning (IHLs) and public RIs (PRIs) in these technology domains that would require longer investment horizons than are acceptable to the private sector. Second, there is a gap between the readiness levels of public science output and industry needs. The technology transfer organisations of IHL/PRIs could play a bigger role by providing gap-funding to raise the readiness levels of their technologies and help startups to de-risk the commercialisation of public-funded R&D. Third, there appears to be a relative deficit of technological and business capabilities among local firms which limit their absorptive capacity and innovation levels. There is a strong need to build capabilities through education and triple helix networks. Lastly, a thorough assessment of the ecosystem is hampered by a lack of data on the economic contribution of startups in terms of output, value added and innovation outcome. A measurement and data collection framework that is standardised across local and international research, innovation and enterprise promotion agencies should be implemented to systematically track such data so as to facilitate analysis, benchmarking and continuous improvement of policy tools in supporting startups.
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Software startups are newly created companies with little operating history and oriented towards producing cutting-edge products. As their time and resources are extremely scarce, and one failed project can put them out of business, startups need effective practices to face with those unique challenges. However, only few scientific studies attempt to address characteristics of failure, especially during the early-stage. With this study we aim to raise our understanding of the failure of early-stage software startup companies. This state-of-practice investigation was performed using a literature review followed by a multiple-case study approach. The results present how inconsistency between managerial strategies and execution can lead to failure by means of a behavioral framework. Despite strategies reveal the first need to understand the problem/solution fit, actual executions prioritize the development of the product to launch on the market as quickly as possible to verify product/market fit, neglecting the necessary learning process.
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This study analyses the medium-term effect of R&D expenditure on firm employment growth. Four cross-sectional waves of an innovation survey conducted in the Netherlands have been used to evaluate the effect on firm growth in the five years following the investment. Panel data fixed effect techniques, also allowing for selection bias corrections, indicate a positive influence of R&D on growth. Limited dependent variable models have been used throughout the whole analysis to consider explicitly the cases of firms exiting the market in the analyzed medium term.
Chapter
Past work has shown that failure tolerance by principals has the potential to stimulate innovation, but has not examined how this affects which projects principals will start. We demonstrate that failure tolerance has an equilibrium price - in terms of an investor's required share of equity - that increases in the level of radical innovation. Financiers with investment strategies that tolerate early failure will endogenously choose to fund less radical innovations, while the most radical innovations (for whom the price of failure tolerance is too high) can only be started by investors who are not failure tolerant. Since policies to stimulate innovation must often be set before specific investments in innovative projects are made, this creates a trade-off between a policy that encourages experimentation ex post and the one that funds experimental projects ex ante. In equilibrium, it is possible that all competing financiers choose to offer failure tolerant contracts to attract entrepreneurs, leaving no capital to fund the most radical, experimental projects in the economy. The impact of different innovation policies can help to explain who finances radical innovations, and when and where radical innovation occurs. © Copyright 2017 by Emerald Publishing Limited. All rights of reproduction in any form reserved.
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This paper provides empirical investigation of the effects of environmental innovations (EIs) on environmental performances, as proxied by the environmental productivity (EP) measure. We focus on sectoral environmental productivity of Italian Regions by exploiting the Regional Accounting Matrix including Environmental Accounts (Regional NAMEA). Patent applications have been extracted by the Patstat Database and assigned to the environmental domain by adopting different international classifications of green technologies: the latest release of the OECD ENV-TECH indicators, and the union of this with the previously established WIPO Green Inventory. Econometric results outline that regions-sectors characterized by higher levels of green technologies (GTs) are those facing better environmental performance. These positive effects directly stem from the introduction of GT in the same sector, as well as from the introduction of GT in vertically related sectors.
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Academic and policy makers’ interest in start-up business financing originated from two areas of concern – capital requirements for a start-up and the availability of external sources of private financing for a start-up. The former is important because underestimation of capital requirements has been mentioned by most small business management professional as one of the most critical deficiencies in start-up planning affecting the prospect for success or survival of a start-up (Studies on “new firm creation” using the Panel Study Entrepreneur Dynamics (PSED) data concluded that majority of nascent entrepreneurial start-ups failed to become operational businesses (Reynolds 2007).) Many nascent entrepreneurs have lost their lifetime savings in starting a business by being overly optimistic about the time and the resources it takes to develop and operate a viable business. The amount of capital required relative to the availability of internal resources will determine the need for external sources of capital. (Internal resources include monetary resources such as personal savings, other income (from the spouse as well), personal credit lines, as well non-monetary resources such as an office/work place at home, office equipment and telecommunication facilities, and personal transportation.) Unavailability of external sources of financing from private capital markets has been blamed for the high failure rate among start-ups. This chapter updates information about the databases available for researchers in conducting financial research on small and startup firms. Three major databases on startup financing are discussed in detail, including comments on the strengths and weaknesses of each of the three major databases regarding their uses for conducting different types of research. It is followed by a review of major data sources for small firm financing, including time-series information, on activities in specific financing markets for small firms.
Article
Joseph Schumpeter (1883∓1950) was born in Trietsch, Austria, and studied law and economics at the University of Vienna. He taught in Austria and Germany before coming to Harvard in the 1930s. The essay reprinted here was Schumpeter's presidential address to the American Economic Association in 1948. Schumpeter made major contributions to the understanding of economic growth and crises, and his History of Economic Analysis is perhaps the greatest work ever written on the history of economics. Schumpeter’s Capitalism, Socialism and Democracy is also a major contribution to economics and political theory. A hundred years ago economists were much more pleased with their performance than they are today. But I submit that, if complacency can ever be justified, there is much more reason for being complacent today than there was then or even a quarter of a century ago. As regards command of facts, both statistical and historical, this is so obviously true that I need not insist. And if it be true of our command of facts, it must be true also for all the applied fields that for their advance mainly depend upon fact finding. I must insist, however, on the proposition that our powers of analysis have grown in step with our stock of facts. A new organon of statistical methods has emerged, to some extent by our own efforts, that is bound to mean as much to us as it does to all the sciences, such as biology or experimental psychology, the phenomena of which are given in terms of frequency distributions.
Article
Many of Europe's economies are hampered by a waning number of innovations, which in part is attributable to the European financial system's aversion to funding innovative enterprises and initiatives. Specifically, Europe's innovation finance ecosystem lacks scale, plurality, and risk appetite. These problems could be addressed by new and creative approaches and technologies for financing dynamism in the economy, such as crowdfunding and general financial technology or “FinTech” innovation. However, these novel approaches may be held back by regulation that focuses on stability, avoiding forum shopping, and preventing fraud, to the exclusion of other interests, particularly ignoring innovation and renewal. This article argues that this could be addressed by adopting an “innovation principle” in regulatory impact assessment: prioritizing regulatory approaches that serve to promote innovation while also addressing other regulatory aims. Two case studies are presented to illustrate this approach.