An implementation of a trusted process for decentralized networking through the Linux kernel is proposed in this article.

The proposed process ensures protected peer-to-peer communications between nodes in a decentralized network. At once establishing and maintaining consensus between all the nodes in the system regarding its state. A scheme called Proof-of-work can be used to find out the real state of the decentralized network. The info that determines their state of the system is used in a spread ledger called the Blockchain. The Blockchain is a sequence of purchase blocks (a data-structure that hold the data of several transactions). These blocks are joined together by creating the validity of just one block rely on the hash of it self and the block formerly created. Because the blockchain raises, security is made stronger. At the time with this writing there's no identified solution to gainfully compromise the blockchain.

1. INTRODUCTION

1.1 Linux Networking

Linux networking within the Web is significantly like different operating systems. Linux consumers count on a single practices used by Web consumers worldwide. These practices are depended on for what's become frequent means of communications, like SMTP for email, HTTP used for websites, and SIP used by VOIP (Voice Around Web Protocol) services. These practices are utilized everyday and are important resources for all through organization in the mainstream world. As a result of underlying difficulties, these solutions require people and businesses that utilize them to rely on a third-party to offer the services to utilize them within the Internet. Occasionally depending on the Web nostr relay to provide entry a number of different Web protocols.

1.2 Problem Recognition

This type of reliance on third-parties for solutions within the Web has given the Web an apparently centralized architecture. Wherever people rely on a provider as opposed to entry the resource immediately from the environment. In this case the environment could be the Internet. Centralized programs are effective, scalable, and possible, but feature a addiction on people in all honesty when persuaded with the possibility for huge gain through dishonesty. Also, they give a main entry point to sensitive knowledge stored on the system, creating a single effective strike powerful enough to cripple the entire network. Since these limitations, centralized programs include extreme risk and have established to be always a point of failure inside our culture for the causes stated here.

2. PROPOSED SOLUTION

2.1 Bitcoin Process

In Oct 2008 Satoshi Nakamoto introduced a report explaining a digital currency called Bitcoin. Combined with explanation of the electronic currency he also described a process for a reliable protected decentralized system, wherever consensus may be effectively established between the nodes. Bitcoin currency is a test that has tried the decentralized system process implementation. Currently Bitcoin has been successful in many parts that the existing centralized financial programs have failed. Any flaws unveiled in the Bitcoin process would have been a results of new program challenges. In the financial industry, which will be complicated and challenging, Bitcoin indicates that it's ready to handle a number of other real-world problems we face on the Web today. Leveraging Bitcoin as a decentralized development program inside the Linux kernel will allow for an easier more secure, trusted, decentralized implementation of the most popular Web practices being used today. Practices could possibly be incorporated in to the center of systems applying decentralized technology. This approach might release Web consumers from addiction on third-parties to get into solutions like SMTP, VOIP, DNS, and different Web centered services. As a result the Web centered solutions could be decentralized, less costly to manage, and their support policies more available to user influence.