DOW

#art #paintwithdow Laughing Man Rocking https://nftshowroom.com/gallery/bubblingwells_art_laughing-man-rocking #nft #nftshowroom #hive via @NftShowroom

#musk #trump

Lady by Palm Trees https://nftshowroom.com/gallery/bubblingwells_art_lady-by-palm-trees #nft #nftshowroom #hive via @NftShowroom #art #paintwithdow

How to get #banned on #Bluesky https://www.dailydot.com/debug/deplatformed-how-to-get-banned-on-bluesky/

#ElonMusk said he's a time-traveling #vampire. #x https://futurism.com/the-byte/elon-musk-vampire

Selling #Art on #Nostr ? lightning nft Lightning NFTs refer to non-fungible tokens that are created, traded, or utilized within the Lightning Network, which is a second-layer solution built on top of the Bitcoin blockchain. The Lightning Network aims to enable faster and cheaper transactions by allowing users to conduct off-chain transactions while still benefiting from the security of the Bitcoin blockchain. Here are some key points about Lightning NFTs: Speed and Cost: By using the Lightning Network, transactions involving NFTs can be processed much faster and at a lower cost compared to on-chain transactions. This is particularly beneficial for trading and transferring NFTs, as it can reduce congestion and fees on the main Bitcoin blockchain. Integration with Bitcoin: Lightning NFTs leverage the security and decentralization of the Bitcoin network while providing the benefits of the Lightning Network's scalability. This allows for a unique combination of Bitcoin's robustness with the efficiency of off-chain transactions. Protocols and Standards: As the concept of NFTs on the Lightning Network is still developing, various protocols and standards may emerge to facilitate the creation and management of Lightning NFTs. These protocols would need to address aspects such as metadata storage, ownership verification, and transfer mechanisms. Use Cases: Lightning NFTs could be used for various applications, including digital art, collectibles, gaming assets, and more. The ability to transact quickly and at low cost could open up new opportunities for creators and collectors. Overall, while the concept of Lightning NFTs is still in its infancy, it represents an exciting intersection of Bitcoin, NFTs, and the Lightning Network, with the potential to enhance the NFT ecosystem on Bitcoin. what platform does that? As of now, several platforms and projects are exploring the integration of NFTs with the Lightning Network, although the ecosystem is still developing. Here are a few notable ones: Raretoshi: This platform allows users to create and trade NFTs on the Bitcoin blockchain, utilizing the Lightning Network for transactions. It aims to provide a marketplace for digital art and collectibles. Sphinx Chat: While primarily a messaging app, Sphinx Chat has integrated features that allow users to send and receive Bitcoin payments and potentially NFTs over the Lightning Network. It focuses on community engagement and content sharing. Lightning Labs: The team behind the Lightning Network is actively working on various projects that could facilitate NFT transactions. They are exploring ways to enhance the capabilities of the Lightning Network, which could eventually support NFT functionalities. Ordinals: While Ordinals primarily focus on inscribing data onto satoshis to create Bitcoin-native NFTs, there is potential for integration with the Lightning Network for faster transactions and trading. Minting Platforms: Some platforms are beginning to experiment with minting NFTs that can be traded over the Lightning Network, although specific implementations may vary. As the technology and interest in Lightning NFTs grow, more platforms and tools are likely to emerge, providing users with additional options for creating, trading, and utilizing NFTs on the Lightning Network. Keep an eye on developments in the Bitcoin and Lightning ecosystems for new offerings. https://youtu.be/L2hptrl61T4?si=RTXZViosU6VTOwgI

Okay, so, we want our own little fiefdom, right? A totally self-governed, totally independent... uh... thing. Voting booths, a decentralized president (which, honestly, sounds like a nightmare waiting to happen), maybe a digital land grab in the metaverse? Like, a whole Decentraland-style, digital, totally not-the-real-world world? Where do I even begin to find the blueprints for this crazy, decentralized utopia? Seriously, tell me where to find the "how to" guide for this... do-it-yourself, completely-off-the-grid revolution.

Why can we have "nostr://"? #nostr

what is protocol? A #protocol is a set of rules or standards that define how data is transmitted and received over a network. It establishes the methods for communication between devices, ensuring that they can understand each other and exchange information effectively. Protocols can be found in various contexts, including: #Network Protocols: These govern how data is sent over the internet or other networks. Examples include TCP/IP (Transmission Control Protocol/Internet Protocol), HTTP (Hypertext Transfer Protocol), and FTP (File Transfer Protocol). Communication Protocols: These define the rules for communication between devices, such as #Bluetooth or USB protocols. Security Protocols: These are designed to secure data transmission, such as SSL/TLS (Secure Sockets Layer/Transport Layer Security) for secure web browsing. Application Protocols: These are specific to applications and define how data is formatted and transmitted for particular services, like SMTP (Simple Mail Transfer Protocol) for email. In summary, protocols are essential for ensuring that different systems and devices can communicate and work together effectively. explain it like I'm a kid Okay! Imagine you and your friends want to play a game together, but you need to agree on some rules so everyone knows how to play. A protocol is like those rules for playing a game, but instead of a game, it helps computers and devices talk to each other. For example, if you want to send a message to your friend, you both need to know how to send and receive messages. The protocol tells you things like: How to start the message: Like saying "Hey!" before you start talking. How to send the message: Like using a special way to pass a note. How to know when the message is done: Like saying "The end!" so your friend knows you finished. So, just like you need rules to play a game with your friends, computers need protocols to share information and work together! where is the game that has those rules The "game" with those rules is not a physical game you can see or play in a park; instead, it's more like a set of instructions that computers follow when they communicate with each other. You can think of it like this: when you play a board game, you have a rulebook that tells you how to play. In the world of computers, the protocols are like that rulebook. They exist in the software and systems that run on computers and devices. So, when you use the internet, send a message, or play an online game, the computers are following those rules (protocols) to make sure everything works smoothly. You can't see the protocols themselves, but they are always there, helping the computers "play" together! what is the first thing that happens in a protocol The first thing that happens in a protocol is usually called "establishing a connection" or "handshake." This is like saying "hello" and making sure both sides are ready to communicate. Here’s how it works in simple terms: Starting the Conversation: One device (like your computer) sends a message to another device (like a server) to say, "Hey, I want to talk!" Getting Ready: The other device responds with, "Okay, I'm here and ready to talk!" This step ensures that both devices are on the same page and can understand each other. Agreeing on Rules: Sometimes, they might also agree on how they will communicate, like what language to use or how to send the information. Once this initial connection is established, they can start exchanging data according to the rules of the protocol. So, the first thing is all about making sure both sides are ready and can understand each other! how do I get that connection To get a connection using a protocol, you typically follow these steps, which can happen automatically when you use devices like computers, smartphones, or tablets: Turn on Your Device: Make sure your computer or device is powered on and connected to a network, like Wi-Fi or mobile data. Open an Application: Launch an app or program that needs to connect to the internet, like a web browser, email app, or online game. Send a Request: When you try to visit a website or send a message, your device sends a request to the server (the computer that hosts the website or service) using a specific protocol (like HTTP for websites). Establish the Connection: The server receives your request and responds back to your device. This is where the "handshake" happens, confirming that both devices are ready to communicate. Data Exchange: Once the connection is established, your device and the server can start exchanging information, like loading a webpage or sending an email. Close the Connection: After the communication is done, the devices can close the connection, like saying "goodbye" when the conversation is over. Most of this process happens behind the scenes, so you don’t have to worry about the technical details. Just using your device and connecting to the internet is usually all you need to do to get that connection! HTTP a protocol? Yes, #HTTP (Hypertext Transfer Protocol) is indeed a protocol! It is used for transferring data over the web. When you use a web browser to visit a website, your browser uses HTTP to communicate with the server that hosts the website. Here’s how it works in simple terms: Request: When you type a website address (like www.example.com) into your browser and hit enter, your browser sends an HTTP request to the server asking for the webpage. Response: The server receives that request and sends back an HTTP response, which includes the webpage data (like text, images, and videos) that your browser needs to display the site. Display: Your browser then takes that data and shows you the webpage. HTTP is important because it defines how messages are formatted and transmitted between your browser and the server, ensuring that they can understand each other. There’s also a secure version called HTTPS (Hypertext Transfer Protocol Secure), which adds an extra layer of security to protect the data being transferred. list other protocols like HTTP Sure! Here are some other important protocols used in networking and communication, similar to HTTP: HTTPS (Hypertext Transfer Protocol Secure): A secure version of HTTP that encrypts data for secure communication over the internet. FTP (File Transfer Protocol): Used for transferring files between computers on a network. It allows users to upload and download files. SFTP (Secure File Transfer Protocol): A secure version of FTP that uses encryption to protect data during transfer. SMTP (Simple Mail Transfer Protocol): Used for sending emails from one server to another. IMAP (Internet Message Access Protocol): Used by email clients to retrieve and manage emails from a mail server, allowing users to access their emails from multiple devices. POP3 (Post Office Protocol version 3): Another protocol for retrieving emails, but it typically downloads emails to a single device and removes them from the server. TCP (Transmission Control Protocol): A fundamental protocol that ensures reliable communication between devices by establishing a connection and ensuring data is sent and received correctly. UDP (User Datagram Protocol): A simpler, faster protocol than TCP that is used for applications where speed is more important than reliability, such as video streaming or online gaming. DNS (Domain Name System): Translates human-readable domain names (like www.example.com) into IP addresses that computers use to identify each other on the network. DHCP (Dynamic Host Configuration Protocol): Automatically assigns IP addresses to devices on a network, allowing them to communicate with each other. These protocols play various roles in enabling communication and data transfer over networks, each serving specific purposes based on the needs of the applications and services they support. does nostr have an abbreviation like above Yes, #NOSTR stands for "Notes and Other Stuff Transmitted by Relays." It is a decentralized protocol designed for creating and sharing content, such as messages and notes, over a network of relays. NOSTR aims to provide a simple and open way for users to communicate without relying on centralized servers, making it more resilient and censorship-resistant. The protocol allows users to publish and subscribe to messages, enabling a variety of applications, including social media platforms and messaging services. then why can't nostr: be like HTTP: The reason NOSTR cannot be used in the same way as #HTTP is primarily due to the differences in their design and purpose: Purpose: HTTP is specifically designed for transferring hypertext documents (like web pages) over the internet. It defines how requests and responses are structured for web content. NOSTR, on the other hand, is a protocol for decentralized communication and sharing of notes and messages, focusing on user-generated content rather than web pages. Architecture: HTTP operates on a client-server model, where clients (like web browsers) request resources from servers. NOSTR uses a decentralized model with relays, where users can publish and subscribe to messages without relying on a central server. This means that NOSTR is more about peer-to-peer communication rather than traditional web browsing. Implementation: While HTTP is widely implemented and supported by web browsers and servers, NOSTR is a newer protocol that may not yet have the same level of integration or support in mainstream applications. As a result, it may not be recognized in the same way as HTTP in terms of URL schemes (like "http://"). URL Scheme: The "http://" prefix in URLs indicates that the resource is accessed using the HTTP protocol. For NOSTR to have a similar prefix (like "nostr://"), it would need to be widely adopted and standardized in a way that browsers and applications recognize and support it. In summary, while both protocols facilitate communication, they serve different purposes and operate under different architectures, which is why NOSTR does not have the same recognition or usage as HTTP. However, as decentralized technologies evolve, it's possible that NOSTR or similar protocols could gain more prominence and standardized usage in the future.

#art101 #art #artist #paintwithdow Cell in comments

Me: How are Relay Operators decentralized if a single relay is #centralized? ----------------------------------------- Ai: The concept of decentralization in the context of Nostr and its relay operators can be a bit nuanced. Here’s how it works: Relay Operators: In Nostr, relay operators run individual servers (relays) that facilitate the transmission of messages between users. Each relay is independently operated, meaning that the operator has control over that specific relay, including its policies, moderation practices, and technical infrastructure. Centralization of Individual Relays: While each relay is independently operated, a single relay itself is centralized in the sense that it is controlled by one entity or individual. This means that the operator of that relay can decide what content to allow, how to moderate it, and whether to keep the relay running. If a relay operator chooses to censor or block certain content, they have the authority to do so. Decentralization of the Network: The overall #Nostr network is decentralized because it consists of many independent relays operated by different individuals or organizations. Users can connect to multiple relays, and there is no single point of control or failure. This means that if one relay goes down or decides to block certain content, users can still communicate through other relays. User Choice: Users have the freedom to choose which relays they want to connect to. This choice allows for a diverse ecosystem of relays, each with its own rules and moderation policies. Users can switch between relays based on their preferences for content moderation and community standards. Resilience and Redundancy: The decentralized nature of the network provides resilience. If one relay is taken down or becomes unavailable, users can still communicate through other relays. This redundancy is a key feature of decentralized systems. In summary, while individual relays in Nostr are centralized in their operation, the overall network is #decentralized due to the presence of multiple independent #relays. This structure allows for greater user choice, resilience, and diversity in content moderation practices across the network.