by Morgan Denner

AI generated summary of the transcript. They might not make completely sense. Anyone who reads it is encouraged to make the most important concepts pop out (bold, bullet points, whatever) or to refine it in some way.

Tech Fleet is providing a technical overview of how the internet works. He starts by explaining how browsers use a common language called HTTP to communicate with the internet and send requests to servers. He notes that the internet is a complex system involving multiple servers, routers, and computers, and uses the metaphor of a satellite with multiple touchpoints to illustrate the point.

Tech Fleet then goes on to explain how a website like Amazon.com is hosted on a web server that holds all the files, web code, image files, and potentially other scripts that make the content dynamic. He notes that there are multiple levels of servers involved in hosting a website, including an app server dedicated to running the code that runs Amazon, and a database server dedicated to holding data.

He explains that app servers contain scripting languages like PHP, Node, or Java, and that they work in tandem with web servers to respond to user requests. When a user types in a URL, the request is first sent to the web server, which then forwards it to the app server. The app server runs the scripts and responds to the request, potentially using data stored on the database server.

Tech Fleet notes that these three things (web server, app server, and database server) are required to build anything that requires data, and that backend programming involves writing code for the app servers. He concludes by noting that the internet is constantly sending HTTP packets back and forth, and that the process happens thousands of times in a given moment, making the system complex and interconnected.

The conversation is about Web 3, which is a peer-to-peer network where data is replicated across many machines, providing a layer of security and tamper-proof abilities. While the end-users still interact with a website, the interaction on Web 3 is more asynchronous, and the browser is independent of the network processing the data. To connect to the blockchain, users need to connect through a wallet to their identity on the blockchain. As long as someone does not have the user's private key, they cannot hack their blockchain wallet. The blockchain stores all transactions, making it secure.

The discussion also covers how the web server sends files back to the browser, and different interactions go to different places depending on whether they involve the blockchain. If someone wants to buy something on a blockchain marketplace, that interaction will go directly to the blockchain.

Overall, the conversation is a great introduction to Web 3 and its features. However, the conversation could be clearer and more fluid to ensure that everyone understands the topic well. Tech Fleet, who is explaining Web 3, should start by defining it more clearly and explaining its benefits. They could also avoid repeating themselves and instead focus on how Web 3 works and why it matters. Additionally, Tech Fleet could use more visuals or diagrams to help others understand the concept better.

In conclusion, Web 3 is a peer-to-peer network that provides a layer of security and tamper-proof abilities by replicating data across many machines. To connect to the blockchain, users need to connect through a wallet to their identity on the blockchain. As long as someone does not have the user's private key, they cannot hack their blockchain wallet. Web 3 interactions are more asynchronous, and different interactions go to different places, depending on whether they involve the blockchain. Overall, Web 3 is a fascinating topic that requires more explanation and diagrams to help everyone understand its features fully.

Tech Fleet is explaining the basics of how blockchain technology works. In the blockchain network, there are different computers operating on the test network and the main network. Multiple blockchains have different versions of their test net and main net. In web two, the logic of the application server controls what the user can buy and what they cannot, while the database server stores all the NFTs that are available. The backend programming script codes the interaction with the database server, and all the logic for the business logic, such as the who, what, when, where, and how, is put together in UX. In web three, this process is handled by smart contracts, which are files written in a programming language called Packed. A smart contract controls logic, access rules, functionality, how it gets updated, and who can maintain it. It is deployed onto the blockchain network and lives on the nodes that make up the network. The ledger, which is a transaction history, is shared and maintained by all the nodes on the blockchain network. Blockchain mainly holds transaction data, and very small amounts of other data. Proof of work versus proof of stake is another aspect of blockchain technology. Blockchain is tamper-proof and manipulation-proof, and the data that lives in the transaction chunks is minimal.

The blockchain network consists of different computers that operate on both the test network and the main network. Main networks may have multiple versions, and the same is true for test nets. In web two, the app server controls what a user can buy, and the database server stores all the NFTs that are available. The interaction between the backend programming script and the database server is coded, and all the business logic is put together in UX. In web three, smart contracts are used to handle this process. A smart contract is a file written in Packed, and it controls logic, access rules, functionality, how it gets updated, and who can maintain it. The smart contract is deployed onto the blockchain network and lives on the nodes that make up the network. The ledger, which is a transaction history, is shared and maintained by all the nodes on the blockchain network.

Blockchain technology mainly holds transaction data and only small amounts of other data. Proof of work versus proof of stake is another aspect of blockchain technology. Blockchain is tamper-proof and manipulation-proof, and the data that lives in the transaction chunks is minimal.