Scientific journal paper Q1
Diachronic profile of startup companies through social media
Ana Rita Peixoto (Peixoto, A.); Ana de Almeida (de Almeida, A.); Nuno António (Antonio, N.); Fernando Batista (Batista, F.); Ricardo Ribeiro (Ribeiro, R.);
Journal Title
Social Network Analysis and Mining
Year (definitive publication)
2023
Language
English
Country
Austria
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Abstract
Social media platforms have become powerful tools for startups, helping them find customers and raise funding. In this study, we applied a social media intelligence-based methodology to analyze startups’ content and to understand how their communication strategies may differ during their scaling process. To understand if a startup’s social media content reflects its current business maturation position, we first defined an adequate life cycle model for startups based on funding rounds and product maturity. Using Twitter as the source of information and selecting a sample of known Portuguese IT startups at different phases of their life cycle, we analyzed their Twitter data. After preprocessing the data, using latent Dirichlet allocation, topic modeling techniques enabled the categorization of the data according to the topics arising in the published contents of the startups, making it possible to discover that contents can be grouped into five specific topics: “Fintech and ML,” “IT,” “Business Operations,” “Product/Service R&D,” and “Bank and Funding.” By comparing those profiles against the startup’s life cycle, we were able to understand how contents change over time. This provided a diachronic profile for each company, showing that while certain topics remain prevalent in the startup’s scaling, others depend on a particular phase of the startup’s cycle. Our analysis revealed that startups’ social media content differs along their life cycle, highlighting the importance of understanding how startups use social media at different stages of their development.
Acknowledgements
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Keywords
Topic modeling,Social media,Startups,Life cycle model,Twitter data
  • Computer and Information Sciences - Natural Sciences
  • Civil Engineering - Engineering and Technology
  • Media and Communications - Social Sciences
Funding Records
Funding Reference Funding Entity
UIDB/04466/2020 Fundação para a Ciência e a Tecnologia
UIDB/50021/2020 Fundação para a Ciência e a Tecnologia
UIDP/04466/2020 Fundação para a Ciência e a Tecnologia
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This publication is an output of the following project(s):

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