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TCP/IP, the modern Internet and the BSV blockchain

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TCP/IP, the modern Internet and the BSV blockchain

blockchain as infrastructure for future Internet

In the tapestry of today’s digital age, the Internet is woven seamlessly into every facet of our lives, revolutionising how we communicate, engage in commerce, and access information. Serving as the bedrock of this expansive digital frontier is the unparalleled Transmission Control Protocol and Internet Protocol (TCP/IP). Yet, even with its groundbreaking contributions, the current Internet structure reveals distinct cracks in its foundation.

A primary concern is our escalating reliance on trusted third parties. This reliance doesn’t just centralise and monopolise data; it also crafts alluring ‘honeypots’ of information, drawing the attention of cyber adversaries. Furthermore, the glaring lack of a native payment mechanism within the Internet’s architecture has inadvertently empowered these centralised behemoths, complicating and escalating the expenses of digital trade.

However, amid these challenges, a beacon of hope emerges in the form of Bitcoin, particularly its BSV blockchain implementation. By championing a decentralised approach to value exchange and ingrained trust, Bitcoin emerges as a formidable contender to redress these pressing issues. In this article, we will journey through the synergies between TCP/IP and Bitcoin, spotlighting how the latter holds the potential to mend the Internet’s intrinsic weak spots, setting the stage for a more secure and streamlined digital domain.

TCP/IP and the modern Internet: Foundations of digital communication

Within the vast expanse of our digital realm, the underpinnings of our connected existence can be attributed to the pioneering Transmission Control Protocol and Internet Protocol (TCP/IP). This dynamic duo of communication protocols acts as the lifeblood of the Internet. Their intricate design and functionality empower the flawless integration of diverse network devices, ensuring that data flows effortlessly and reliably across every corner of the globe.

The layered approach

The brilliance of the TCP/IP model lies in its layered structure. Comprising four distinct layers—each with its unique responsibilities—it ensures efficient and reliable data exchange:

  • Application layer: This topmost layer provides the specific data intended for transmission, encompassing standardised data exchange protocols such as HTTP, FTP, SMTP, and SNMP.
  • Transport layer: Crucial for establishing communication channels, this layer manages data segmentation, ensuring each packet is transmitted error-free and in the correct sequence.
  • Network layer: Here, data is provided with a destination or address, utilising the Internet Protocol (IP) to assign unique IP addresses to every Internet-connected device.
  • Data link layer: This foundational layer controls the physical transmission of data, ensuring seamless integration of all layers and secure communication.

A public legacy

Initially developed to cater to the defence needs of the United States, the democratisation of the TCP/IP protocol led to an explosion of network software development. Today, its universal adoption makes it synonymous with the Internet itself.

Having understood the significance and operation of the TCP/IP model, it’s essential to see how Bitcoin and its implementation via the BSV blockchain parallels, diverge from and potentially enhance this framework.

Bryan Daugherty

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