1- White Paper

• White papers are usually broad and comprehensive project papers that explain the technical aspects and basic principles of a particular technology or project in the context of cryptocurrency and blockchain. Sathoshi Nakamoto gave us the first example with his Bitcoin White Paper. It should not contain any doubt or uncertainty. You need to explain what the problem is and why your white paper best solves it. These documents should generally deal with industry issues rather than product features and benefits. It serves as a guide for developers, investors and other stakeholders, outlining the aims and objectives of the project, as well as the technical specifications and design decisions made.

• The most famous whitepapers in the world are the following:

  • The Original Whitepaper of Bitcoin (Bitcoin: A Peer-to-Peer Electronic Cash System): Published by Satoshi Nakamoto in 2008 and defines the basic protocol of the cryptocurrency Bitcoin.

  • Ethereum’s Original Whitepaper (Ethereum: A Next-Generation Smart Contract and Decentralized Application Platform (DApp)): Written by Vitalik Buterin and his team in 2013, it describes Ethereum as a platform for smart contracts and decentralized applications (DApps).

  • Ripple’s Whitepaper (The Ripple Protocol Consensus Algorithm): Describes the Ripple protocol developed by Ryan Fugger and redesigned by Jed McCaleb and Chris Larsen.

  • Cardano’s Ouroboros Whitepaper: Contains the mathematical and technical details of Ouroboros, Cardano’s underlying consensus mechanism.

  • Binance Coin (BNB) Whitepaper: The whitepaper underlying Binance Coin, created by the Binance exchange.

2-Lite Paper

• Lite Papers are a shorter and more condensed version of a white paper, usually focusing on the key features and benefits of a project rather than technical details. This allows less technical people and team members to better understand the project. Lite papers consist of two main headings. Description and solution.

  • The description describes what the problem is. It tells what has already been done to solve the problem and where the project is now.

  • The solution section describes how the project will look at the end of the project and the suggested changes that will be suggested to the developers.

• The famous Light Papers in the world are as follows;

  • Tether (USDT) Light Paper: Tether is a cryptocurrency used as a stablecoin to ensure price stability of cryptocurrencies. Tether’s light paper outlines its basic functioning and how it can be used as a stablecoin.

  • Chainlink (LINK) Light Paper: Chainlink is a platform that enables smart contracts to connect decentralized data providers and smart contracts. The light paper summarizes the key features and use cases of Chainlink.

  • VeChain (VET) Light Paper: VeChain uses blockchain technology in areas such as the supply chain of products and fraud prevention. The light paper summarizes VeChain’s key features and business cases.

  • Binance Coin (BNB) Light Paper: Binance Coin is the native token of the Binance crypto exchange. The light paper describes the use cases, token burning policy and other important features of BNB.

In general, the Light and White Papers are an announcement of the project. This blog ends here. I have made a decision to write shorter but more blogs, so I am ending this blog here. Thank you to everyone who reads it. See you in the next blog. Moy moy!

• Cypherpunk is defined as an anti-establishment movement that emerged in the late 1980s. Cypherpunk is derived from the word “cypher”, meaning an algorithm that encodes and decodes data in special ways (in the Web 3.0 ecosystem, mostly cryptographic ways), and “punk”, meaning anti-establishment. In the cypherpunk movement, cryptography was used to defend personal privacy and freedom.

• Actually, today I want to talk about who the important cypherpunks are rather than what the concept of cypherpunk is. Let’s start with Adam Back…

  1- Adam Back

• Adam Back is a cyrptographer and cypherpunk born in London in 1970. In his youth he learned Basic software language by his own efforts. As a teenager, he spent most of his time reverse engineering video games. Back completed his PhD at the University of Exeter, where he became interested in topics such as PGP (Pretty Good Privacy) encryption and electronic cash. During his PhD, he spent most of his time working on encryption. As a result of this work, he invented hashcash, which is used in Bitcoin mining. In hashcash, the client has to combine a random number with a string several times and hash this new string. It then has to do this over and over again until a hash starting with a certain amount of zeros is found. Bitcoin uses a very similar system. For reasons such as the fact that Bitcoin uses a system very similar to this system, for a period of time, people wondered “is Sathoshi Nakamoto Adam Back?”. Adam Back is currently the CEO of Blockstream, a company he co-founded in 2014.

2- David Chaum

• David Chaum is a computer scientist, cryptographer, cypherpunk and inventor born in Los Angeles in 1955. He is often referred to as the father of cryptocurrency. A graduate of the University of California, Chaum published his thesis “Computer Systems Built, Protected and Trusted by Mutually Suspicious Groups” in 1985, which was the first known blockchain protocol proposal. This thesis is considered to be a very important source for Sathoshi Nakamoto. In 1995, David Chaum introduced eCash, the world’s first digital currency, with his company DigiCash. Although DigiCash never fully took off, it laid the foundation for the cryptocurrency world that exists today. Apart from encryption, Chaum also worked on secure election systems. Concerned by studies showing that trust in democracy has fallen below 50% in all but a few countries around the world, Chaum said, “Once people stop believing that democracy works, it’s game over” which is one of the main reasons why he founded the XX Network, an easy-to-use, private and scalable platform for messaging and payments. In 2018, Chaum developed a new blockchain system called Elixxir, which provides privacy for its users’ communications and money transfers, unlike the current setup where companies have detailed access to consumer information. Elixxir, a messaging and financial platform, is a system that hides metadata and provides a very high degree of consumer privacy and security. Chaum is a true Web3 legend who has spent a lifetime working on encryption and privacy issues.

3- Nick Szabo

• Nick Szabo, born in 1964, is a Hungarian-born computer scientist, CypherPunk, author and former law professor at George Washington University. He first proposed the idea of smart contracts in 1990 and is best known for it. In 1998, he published what is considered the first official description of smart contracts, “Smart Contracts: Building Blocks for Digital Free Markets”, which is considered the first official description of smart contracts. This paper introduced the concept of using Blockchain technology to fulfill contract terms. One of Nick Szabo’s greatest contributions to Web3 began with the following quote “All the money that man has ever used has been unreliable in one way or another. This unreliability has manifested itself in many ways, from counterfeiting to theft, but most damagingly in the form of inflation.” Nick Szabo’s 2005 blog titled “Bitgold” was actually an answer to the above question. The idea of Bitgold never materialized, but these words came to life in bitcoin. He also developed a programming language called E-Lisp and wrote a book on cryptography and security titled “Secrets, Lies and Digital Cash”. Nick Szabo is also one of the closest people to being Sathoshi Nakamoto, so much so that; In 2014, Aston University’s Center for Forensic Linguistics conducted a study that found that Szabo and Nakamoto’s languages were very similar in the technical analysis of Bitcoin.Furthermore, even the Bitcoin whitepaper was apparently prepared using an open-source document known as ‘Latex’, which Szabo uses for his publications. Elon Musk also commented on this, saying: “It seems that Nick Szabo is probably more responsible for the development of these ideas than anyone else.” Despite all the ideas and theories, Nick Szabo has denied them many times and once said: “All I’m saying is that there are all these parallels and it seems funny to me and it seems funny to many other people; (…) all this speculation is flattering but wrong; I’m not Satoshi.”

• Nick Szabo is currently the co-founder of a company called Blockstream. He also advises various companies and projects in the blockchain space on digital contracts and virtual currencies. He is an advisor to the Ethereum foundation and a board member of the Bitcoin foundation. He is also a founding member of the CryptoCurrency Security Standard (CCSS) project.

4- Hal Finney

• Hal Finney was born in California in 1956. He is a top computer scientist, cryptographer and cypherpunks. After graduating from Caltech in 1979, he decided to focus on digital privacy and security. Finney made a significant contribution to the field of cryptography, especially with his work on Pretty Good Privacy (PGP), an email encryption program known for its privacy and authentication. Finney’s work was realized in 1991 by Phil Zimmermann, a renowned cryptographer and key figure in the cypherpunk movement. Finney’s groundbreaking research on PGP encryption was an event that greatly influenced the cryptography community. Finney demonstrated his vision in cryptography by creating the first reusable proof-of-work (RPoW) system before the creation of Bitcoin. Finney’s most well-known event in the world of blockchain and cryptography is the creation of the first bitcoin transaction. He was then among the first to respond to Sathoshi Nakamoto’s publication of a white paper on bitcoin. Finney was a regular participant in online forums and sessions, speaking about freedom, privacy and the democratization of finance. He was well aware of the speculative aspect of cryptocurrency. In 2009, Finney developed a paralyzing neurological disease known as amyotrophic lateral sclerosis (ALS). Despite his illness, he was working to build an innovative bitcoin wallet that formed the basis of many current coin wallets. He said that although ALS slowed him down significantly, his passion for programming remained and provided him with goals and objectives. His family used the bitcoins Hal Finney mined to pay for his medical care. On August 28, 2014, Finney passed away from ALS, and at his request, his body was frozen at the Alcor Life Extension Foundation. We honor and remember Hal Finney, who brought a new horizon and a new perspective to the industry and did so much for humanity…

  5- Martti Malmi

• Martti Malmi is recognized as one of the first developers and supporters of Bitcoin after Satoshi Nakamoto. Malmi, a Finnish developer and cypherpunks, was a university student when he was first introduced to Bitcoin. After Bitcoin became interesting to him, he became one of the first developers of Bitcoin. In 2009, he became the first person to complete a Bitcoin to USD trade, selling 5000 BTC for $5. In addition to building Bitcoin’s website, he founded the first Bitcoin exchange in 2010 with Nakamoto’s support and approval, using 30,000 of his own BTC to act as the sole market maker on the exchange. His efforts enabled hundreds of users to join Bitcoin through the exchange. According to an old 2020 tweet, Malmi spent 10,000 BTC on a house in 2011 when Bitcoin was trading at around $30, making his purchase one of the first major real-world uses of Bitcoin. Records show that Malmi has sold about 55,000 BTC over the years, mainly to help the ecosystem thrive. This BTC would be worth more than $3 billion today. He is one of the few people to have exchanged emails with Sathoshi Nakamoto, and there have been several lawsuits claiming that he is Sathoshi. This altruistic person has spent 3 billion dollars for humanity, even if not directly, so I think we owe him a debt of gratitude. Malmi is currently the CEO of “Sirius Bussines”, a company that focuses on decentralized social media.

  -All these names have made great sacrifices for the Web 3.0 ecosystem. Each of them are legends who devoted their lives to this ecosystem. As Mirza Koçak, the author of this blog, I would like to thank each of them individually on behalf of myself and humanity. I think Robin Hood’s quote explains what these people have done very well: “I have never hesitated to leave my own comfort and fight for my people.” See you in the next Blog. Sayonara!

Web3 technology is a relatively new technology based on decentralization, which is seen as the future of humanity. Web 3.0 technology, which first made a big mark on the agenda when the unsung hero Sathoshi Nakamoto created Bitcoin using Blockchain technology, was later developed and expanded by Web3 advocates such as Hal Finney Nick Szabo. So why did these people defend this technology, even risking imprisonment?

Reaction Against Centralization:

We are all aware that in the current state of the internet world, content producers and content consumers are the monetization machines of the application or interface used. For example; you are a youtuber, you produce content for YouTube and YouTube expects your service with the rules it sets, with the fees it sets. In fact, you do everything, you produce the content that allows YouTube to make money, but YouTube only gives you as much of the money it earns from you as it determines. This makes you a slave to centralized systems. Web 3.0 advocates oppose this system and advocate a democratic system.

Data Property:

Most of us see this kind of news almost every week: ........ Company sold our data to ........! After seeing this news, most of us do not use the products or applications of that company for only 1-2 weeks, but then we return to our old routine. However, Web 3.0 technologies and its advocates oppose this system and come up with solutions. Web 3.0 technologies allow you to control your data and do many of the things you did in Web 2.0 without giving your data to anyone. In this way, it is up to your initiative for people to buy your data. There are no intermediaries, there are no organizations that use you and put the money earned in their own coffers. Doesn't that really give you confidence?

Transparency and Privacy: Striking the Balance in Web3:

It may seem strange at first glance, but Blockchain and Web 3.0 technologies manage to combine transparency and privacy. It does this, in part, through a complex algorithm.

Here's how it works:

-Suppose you want to send money to Alex in a banking application on Web3. Both you and Alex will have a Public Key and a Private Key. The Public Key is like your bank IBAN and is used to send and receive money. The Private Key is like a card PIN and must be kept secret.

-You ask Alex for his Public Key and he sends it to you. You use this Public Key to send money to Alex. Alex receives the money you send using the Private Key.

So where is the transparency?

All transactions are recorded on the blockchain, a public ledger. This means that all transactions can be tracked and audited.

However,

It is not directly clear who is involved in the transactions. Transactions are carried out through anonymous account addresses (Public Keys). This way, the identity of users is kept private.

Transaction details such as the amount of money sent, the transaction fee and the date of the transaction are publicly available.

It is also visible when and from which platform the transaction was made. Web 3.0 technology thus combines privacy and transparency. Yes, I did this in my first blog, but I can't help myself and I'll do it again. So why couldn't the banking sector establish this algorithm after all these years, but the Blockchain technology, which is still relatively new, could? Did they really not think of such an idea or is there a different underlying reason? This is a topic for another blog.😊

A Fairer Economy:

First of all, if we are going to make a comparison, we need to be familiar with the elements we are going to compare, so I will first describe the problems of the current economic system - Today's economy faces two major problems: centralization and inequality. These problems are characterized by an enormous accumulation of power and resources concentrated in the hands of a few, which prevents the broad masses from achieving prosperity. Centralized authorities exert tight control over economic activity and this creates a problem of trust and inequality of opportunity. This is actually a product of the capitalist system. As I said at the beginning of this blog, blockchain is socialist and democratic.

Centralization:

Economic power and decision-making is concentrated in a small number of institutions, such as governments, large corporations and financial institutions. This leads to outcomes such as:

Declining Economic Participation: Small businesses and entrepreneurs face barriers to entry and unfair competition, losing opportunities to grow and develop.

Corruption and Nepotism: Central authorities use resources and facilities for their own benefit, setting the stage for corruption and clientelism.

Economic Instability: Centralized systems are vulnerable to economic shocks and crises, with negative impacts on society as a whole. We have seen examples of this many times in history. Like the crisis in 2008.

Inequality:

Inequality in the distribution of income and wealth is one of the most important problems of today's economy. The gap between the rich and the poor is widening, leading to social unrest and instability. Some of the main consequences of inequality are:

Poverty and Social Injustice: While a significant part of society struggles with poverty and hunger, a small number of people multiply their wealth. This creates inequalities in access to education, health and other basic needs.

Social Movements and Tensions: The perception of inequality leads to anger and discontent in society, leading to protests and social movements. In countries where people cannot even afford basic needs, people feel the need to rise up against their governments. This can lead to unrest, tension and, if it goes too far, even war. We all know that there have been many wars in the history of the world because of economic reasons, and isn't the economy the root cause of almost every war in the world?

-Let's talk a little bit about how Web 3.0 has found a solution to these.

Decentralization:

The concept of decentralization, which you have probably heard in every article since the very beginning of this blog post, is one of the biggest advantages of Web 3.0 compared to Web 2.0. We see the most tangible effect of this advantage in the field of finance and economy.

The basis of the economy in the world is money. As I mentioned above, in centralized systems, money is managed and controlled by certain centers. These centers hold the money in their hands, which is based on the assets we produce and the sweat of our brow. Web 3.0 is against this situation.

In Web 3.0, money is not held in a specific center. Money and financial systems are decentralized on the BlockChain network. Thanks to blockchain technology, people have full access to their funds and the transparency of transactions increases.

Benefits of Web 3.0 for Finance and Economy:

A Fairer and More Inclusive Economy: Decentralized financial systems enable a fairer and more inclusive economy by eliminating intermediaries and providing equal access to everyone. Transactions, consensus (think of it like a vote. The mechanism for deciding whether or not to do a transaction). In Web 3.0, many transactions are transparent. Transactions in the system are not hidden from you, they are done almost in front of your eyes. Actually, ignore this concept for now, but if consensus voting is based on a system like Proof of Stake (PoS), people can participate by paying a fee.

Faster and Cheaper Transactions: Decentralized systems reduce transaction times and lower transaction fees. Instead of each transaction being approved on a central server, it is verified on multiple computers in a distributed network. In this way, centers do not have to wait for permission from each other and transactions are completed faster. In addition, decentralized systems do not pay intermediaries, which significantly reduces transaction fees. Payments are the cost of the energy used for the transaction. As a result, decentralized systems offer faster and cheaper transactions compared to traditional centralized systems.

Impact of Web 3.0 on Finance and Economy:

Web 3.0 has the potential to revolutionize finance and economics. This new paradigm will pave the way for a more equitable, inclusive, secure, transparent and innovative financial system, making a major contribution to the prosperity of people around the world.

Maybe 100’s more could be added to the above, but then this would no longer be a blog. Web 3.0 advocates are defending this system for a fairer and freer world. For these very reasons we owe them a big thank you. You can be sure that without Web 3.0 advocates, we would never have heard of BlockChain, Bitcoin, Ethereum and other systems that will save humanity from Web 2.0. If this market has paved the way in the world, it is thanks to them.

Thanks to Hal Finney, Nick Szabo, Vitalik Buterin, Changpeng Zhao, Elon Musk, the anonymous hero Sathoshi Nakamoto and all the other advocates...

WEB History

-World Wide Web "www". One of the 5 most important turning points in human history, the key to change in the world. When it was first launched, that is, in the Web 1.0 period, people used the Internet only to get information. The person would enter the site, read the information and leave. Because these were the operations that could be done within the Web 1.0 features at that time. There was no colorful internet medium or practical interfaces like today in the Web 1.0 period. This limited people and the internet. There were very limited actions that people could do on the internet. This was an important reason for Web 2.0 to come to life.

-Web 2.0 is based on interactivity, including second-generation internet services, social networking sites, wikis, communication tools, and systems created by internet users by collaborating and sharing. If you are reading this blog on Medium right now, you are doing this action in Web 2.0. Web 2.0 allowed people to both read and write. In other words, you became able to comment under an article or blog you read, and at the same time, you became able to share your own blog, your own article, your own photos, etc. You became able to share many things with the whole internet world, but you could do this depending on a centralized system. In other words, you actually produced the content, you commented on the content, but the platform where you performed these actions earned the money. This led to the emergence of Web 3.0, which is based on decentralization.

-Web 3.0 was fully realized with the creation of the Bitcoin infrastructure by the unsung hero Satoshi Nakamoto. I say "literally" because it had been tried many times before, but all of them failed. Web 3.0 is the new internet infrastructure that is predicted to replace Web 2.0 in the very near future using the Blockchain infrastructure based on decentralization. We will talk about it at length below!

The Basis of WEB 3.0

Web 3.0 is a democratic and socialist vision that allows people to control their own data without being dependent on centralized structures. This vision reduces our dependence on centralized servers and platforms, giving us more control over our data and our online experiences. So what key technologies are used to realize this vision?

System Building Blocks

Blockchain: Blockchain is a secure and transparent database where transactions are recorded in a public ledger, yet highly confidential and verified by a distributed network. This enables trusted and fraud-proof transactions without the need for a centralized authority. So how can they combine both transparency and privacy? That's a topic for the next blog.

Decentralized Application (DApp): DApps are applications that run on the blockchain and can be used without the need for a central server. This gives users more control over their data and makes them more resistant to censorship or shutdown of platforms.

Digital Identities: Digital identities are a technology that allows users to control and manage their online identities. These identities are like today's ID cards and passports, but much more secure. Because they are cryptographically stored and verified, they are extremely secure. Maybe it's not the right example, but the fact that Satoshi Nakamoto has not yet been found by the FBI, despite the fact that he has exchanged e-mails with many people cryptographically, shows us how secure cryptographic infrastructures are.

Advantages and Disadvantages of WEB 3.0

As with every technological development, Web 3.0 has certain advantages and disadvantages. Let's examine them together.

Advantages

Increased Security: Web 3.0 aims to make transactions and data on the internet more secure using Blockchain technology. Blockchain is a secure and transparent database where all transactions are recorded in a public ledger and verified by a distributed network. This significantly increases security on the internet by protecting against fraud and data theft.

Authentication: Web3 helps users protect their online identities more securely by using decentralized authentication systems. Instead of storing users' credentials on a centralized server, these systems store them on a distributed network, such as a Blockchain. (One repository = one place to hack, 100,000 repositories = 100,000 places to hack)

Protection Against Cyber Attacks: Web3 is much more resilient to cyber attacks thanks to decentralized systems and distributed data storage. Systems that operate without the need for a centralized server are more resilient to a single point of vulnerability, making them harder for cyber attackers to target. (One storage = one place to hack, 100,000 storage = 100,000 places to hack)

Increased Privacy: Web 3.0 also focuses on protecting users' online privacy. Blockchain technology enables users' data to be stored encrypted and anonymized, thus enabling users' online privacy. Users have more power to control what data is collected and how it is used.

Increased Transparency: Blockchain provides greater transparency and accountability by ensuring that all transactions are recorded in a public ledger. Despite this transparency, thanks to the systems behind it, it has managed to be both transparent and private at the same time. In my next blog I will explain in detail how they manage to be both transparent and private. Stay tuned.

Increased Democratization: Web 3.0 uses distributed systems and blockchain technology to further democratize platforms and services and give users more control over them. On platforms that are not controlled by a central authority, users are more involved in decision-making and have more say in how the platforms are managed. This makes platforms more transparent and accountable.

Increased Efficiency: Distributed systems and automation make operations in Web 3.0 more efficient and scalable. Systems that operate without the need for a centralized server are more resilient to failure in a single point and can handle more user demand. Automation saves time and cost by eliminating manual processes. The fact that the data in Web 3.0 is kept entirely in a cloud environment eliminates the data storage systems that centralized systems spend billions of dollars, which makes a great contribution to the world economy.

Disadvantages

Complexity: Although "complexity" is not exactly the right word, Web 3.0 uses systems that people are not used to. Many of you are hearing concepts like Blockchain and DApps for the first time, and this may cause some hesitation. Historically, almost all new technologies have faced this problem. Since Web 3.0 is a relatively new technology, it is only natural that this problem arises.

Price Fluctuations: Perhaps the biggest issue that distinguishes Web 3.0 from Web 2.0 and Web 1.0 and makes it more complex than them is price fluctuations. The prices of cryptocurrencies used in Web 3.0 are highly volatile. This can make Web 3.0 transactions risky. For example, investing in a DApp or buying a product using a cryptocurrency can result in losses due to price fluctuations.

-However, Web 3.0 is currently making a significant effort to solve this problem. It is believed that this problem can be solved significantly by establishing decentralized exchanges called DEX. There are currently DEX exchanges being actively established, but it will take some time for them to become widespread. Who knows, by the time you read this blog, Web 3.0 developers may have solved this problem.

Accessibility: Although Web 3.0 is progressing as a socialist system, you need a good internet connection and a good phone, computer, etc. to use Web 3.0 technologies. However, when we look at it, this problem was a problem in Web 2.0 and Web 1.0. As technology develops and the demand for using Web 3.0 increases, the devices produced and the internet systems used will evolve in this direction.

-This is part of Web 3.0 and Web 3.0 technologies. The Web 3.0 era will come no matter what. As Thanos said, I am inevitable!