In investigating the potential impact of the blockchain on underdeveloped countries, this study develops application ideas and analyses their impact, the feasibility of and impediments to their implementation and the expectations concerning their adoption.
Blockchain technology can solve development problems as it improves existing instruments and enables the development of new ones. Blockchain-based applications particularly address institutional weaknesses and financial inclusion because they restrict deception, corruption and uncertainties. In the future, the blockchain can also be a development vehicle empowering people directly and mitigating power asymmetries.
This study builds on existing development theories and contributes to poverty solution concepts. Researchers can expand on these results and review them in country-specific settings. Practitioners, predominantly governments and NGOs, should perceive the new opportunities of the blockchain and apply them to development obstacles.
Table of Contents
I. Poverty and economic disparities in underdeveloped countries
II. Development theories and approaches to poverty reduction
a. Institutional weaknesses and development challenges
b. The role of financial inclusion in economic change
c. Instruments, campaigns and channels to address poverty
III. Overview of the blockchain technology
a. Blockchain design and the underlying mechanisms
b. Key features and their practical relevance
c. Technological limitations and challenges
IV. Blockchain-based applications as potential solutions
a. Applications to overcome institutional weaknesses
b. Applications to improve financial inclusion
c. Applications to empower people
V. Conclusion and discussion
a. Summary
b. Implications for research and practitioners
c. Limitations and future research
Research Objective & Core Themes
This thesis investigates the potential impact of blockchain technology in addressing development challenges in underdeveloped countries. The central research question explores how blockchain-based applications can mitigate institutional weaknesses, improve financial inclusion, and empower individuals to overcome poverty and social disparities.
- Analysis of institutional weaknesses and their link to poverty.
- Technical evaluation of blockchain mechanisms (security, decentralization, trust-free interaction).
- Development of blockchain-based application concepts for property rights and identity management.
- Assessment of peer-to-peer banking and credit systems as alternatives to traditional financial intermediaries.
- Evaluation of implementation feasibility and potential adoption barriers in developing regions.
Excerpt from the Book
a. Blockchain design and the underlying mechanisms
In 2008, Satoshi Nakamoto published his whitepaper “Bitcoin: A Peer-to-Peer Electronic Cash System” and introduced the first blockchain. As of 2017, the Bitcoin blockchain is the most recognised and adopted blockchain in the world. The goal was to launch a cryptocurrency which would allow peer-to-peer transaction without the need of a central authority to clear transactions. Such a network would not only save time and costs but would also provide access to financial services to a broader range of customers without the need for identification or the provision of personal information (Nakamoto, 2008). The following abstracts explain the blockchain network design through the example of a Bitcoin transaction and investigate the role of each underlying mechanism.
First, the transaction begins with the issuance of a public and a private key in the form of two numbers. The public key is later used to address the transaction while the private key serves as a signature, i.e. a digital proof of the transaction. The underlying mathematical function of the private/public key encryption allows it to use one key (private) to encrypt a message and the other key (public) to decrypt that message (Caetano, 2015). This mechanism is important because – while everyone can decrypt and read the message with the public key – no one can alter the message with the public key. Only the private key can be used to change a message, hence the identity of the private key holder is verified. The Bitcoin blockchain utilizes a special elliptic curve digital signature algorithm (ECDSA) which enables the private key holder to generate an unlimited amount of public keys and therefore an infinite number of transactions.
Chapter Summary
I. Poverty and economic disparities in underdeveloped countries: Provides an introduction to the global state of poverty and identifies key obstacles such as corruption, weak institutions, and limited access to finance.
II. Development theories and approaches to poverty reduction: Analyzes existing economic literature on institutional quality, the role of financial intermediaries, and common poverty alleviation strategies.
III. Overview of the blockchain technology: Explains the fundamental mechanisms of blockchain, including encryption, hashing, and consensus models, while discussing its key features and limitations.
IV. Blockchain-based applications as potential solutions: Presents concrete application scenarios including property registries, identity systems, and peer-to-peer financial tools to address development barriers.
V. Conclusion and discussion: Synthesizes the study findings, offers recommendations for practitioners and governments, and suggests areas for future scholarly research.
Keywords
Blockchain, poverty, underdeveloped countries, financial inclusion, weak institutions, corruption, decentralization, property registry, identity management, peer-to-peer banking, microfinance, economic development, distributed power, smart contracts, social trust.
Frequently Asked Questions
What is the core focus of this thesis?
This work explores how blockchain technology can serve as a disruptive solution to systemic development problems in underdeveloped countries, such as corruption and financial exclusion.
What are the primary themes discussed?
The main themes include institutional reform, financial inclusion, and the empowerment of individuals through technology-driven accountability and transparent systems.
What is the main research objective?
The goal is to determine if and how blockchain-based applications can be effectively transferred to or developed within underdeveloped economies to mitigate development hurdles.
What scientific methodology is utilized?
The study conducts a qualitative analysis, building on existing development theories and comparing them with current blockchain capabilities to evaluate implementation feasibility and adoption likelihood.
What is covered in the main body of the paper?
The main body details the design and mechanisms of the blockchain, discusses its features (security, inclusion, etc.), and proposes specific applications for property rights, credit ledgers, and government budget tracking.
How is this paper characterized by keywords?
The research is characterized by terms such as blockchain, poverty, financial inclusion, weak institutions, and distributed power.
How does the author propose to solve the "poverty-education trap"?
The author suggests using blockchain-based property registries to formalize ownership, which allows poor families to use property as collateral, thereby creating financial capacity to invest in education.
Why might blockchain adoption in underdeveloped regions be challenging?
Barriers include the lack of reliable energy and internet infrastructure, high legal uncertainty, cultural differences, and the initial lack of user education regarding digital tools.
- Citation du texte
- Kai Schmidt (Auteur), 2017, Solving Development Challenges in Underdeveloped Countries. An Analysis of Blockchain-Based Applications, Munich, GRIN Verlag, https://www.grin.com/document/374053
