An execution of a trusted protocol for decentralized networking via the Linux kernel is suggested in this article.
The planned protocol establishes secure peer-to-peer communications between nodes in a decentralized network. In precisely the same time establishing and maintaining consensus involving each of the nodes in the network about its condition. A scheme named Proof-of-work is utilized to find out the true state of this decentralized network. The information that determines the state of the system is held in a distributed ledger called the Blockchain. The Blockchain is a chain of trade blocks (a data-structure that hold the data of several trades ). These blocks are connected together by creating the validity of a single block are based on the hash of itself and also the cube previously created. Since the blockchain increases, security is created stronger. In the time of this writing there is no known method to gainfully compromise the blockchain.
Linux users rely on exactly the same protocols used by Internet users globally. These protocols are relied on for what’s become common way of communications, like SMTP for email, HTTP employed for websites, and SIP used by VOIP (Voice Over Internet Protocol) services. These protocols are used everyday and are major tools for during company in the mainstream world. On account of the underlying complexities, these solutions require people and companies that utilize them to depend on a third party to give the facilities to use them within the Internet. Sometimes relying upon their Web provider to also provide access to several other Web protocols.
1.2 Problem Identification
This type of dependence on third-parties for solutions across the Internet has given the Internet a seemingly centralized architecture. Where folks rely on a provider instead of access the source directly from the environment. In cases like this the environment is the net. Centralized systems are efficient, scalable, and achievable, but have a dependency on people to be honest when enticed with the probability for huge gain through dishonesty. Also, they provide a central access point to sensitive information stored on the network, which makes one successful attack powerful enough to cripple the entire network. As these constraints, centralized systems come with extreme risk and have proven to be a point of failure in our society for the reasons mentioned here.
In October 2008 Satoshi Nakamoto published a paper describing a digital currency called Bitcoin. Together with the description of this digital currency he explained a protocol for a secure secure decentralized network, where consensus could be successfully established between the nodes. Bitcoin currency is an experiment that has tried the decentralized network protocol execution. So far Bitcoin has been effective in many areas the present centralized financial systems have failed.
Any weaknesses revealed in the Bitcoin protocol will be a consequence of new program challenges. In the financial sector, which can be complicated and demanding, Bitcoin has shown that it’s able to manage many other real world problems we confront on the online today. Leveraging Bitcoin as a decentralized development platform within the Linux kernel would allow for a simpler more secure, dependable, decentralized execution of the most popular Internet protocols in use today.
Protocols could be integrated into the center of operating systems using decentralized technology. This strategy would release Internet users from dependency on third-parties to access services such as SMTP, VOIP, DNS, and other Internet based solutions. Because of this the Internet based services would be decentralized, less expensive to manage, and their support policies more accessible to user influence.