Author
The annotated bibliography provides a brief but comprehensive understanding of the use of experimental simulations in measuring blockchain network performance and deployment cost.
Authors published papers offering fresh perspectives on blockchain technology, including its impact on supply chain resilience, as well as tools that could improve peer-to-peer transactions.
In this article, Dr. Craig Wright recounts his "iDaemon" project in 2012, elaborating on the design and architectural blueprint of a complex software system that allows Bitcoin to scale.
In the context of property or resource management, stewardship works in contrast with ownership, carrying the weight of the responsibility between the steward and the object of their supervision.
The case of Bitcoin’s original design exemplifies decentralisation because its development, maintenance, and decision-making processes involve a broad and distributed network of independent developers, miners, and users.
Visa and Mastercard remain the giants in the payments industry despite having different business models, but with the evolving financial landscape, will they be able to maintain this?
Despite being a titan in the retail industry, Walmart's popularity isn't enough to help it ride out uncertainties, and thus, it must resort to adapting cutting-edge technologies like blockchain.
Some perceive innovation as a threat and treat it as an enemy rather than an ally, failing to see it as a critical tool for growth and development and one that would help shape the future of mankind.
In this paper, the author differentiates open-source software from the public domain, why the former is a better option for developers, and how it creates an ecosystem promoting continual innovation.
While it may not be obvious, human and physical capital and political climate in regions play a significant role in shaping financial policies impacting the payments sector, specifically remittances.
As an open-source project, the Bitcoin source code is publicly accessible, allowing users to examine, modify, and distribute it within the terms of the MIT License.
In this post, Dr. Craig Wright argues how cryptographic proof of ownership necessitates the establishment of a secure, verifiable link between a digital asset and a real-world identity.
