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WebTorrent is a peer-to-peer file transfer protocol that utilizes the BitTorrent protocol to enable streaming of large files over the web. The https://instant.io website provides a simple interface for users to upload and stream files using WebTorrent.
There are several use cases where WebTorrent can be beneficial for bitcoin research regarding consensus protocols, routing algorithms, security, and privacy of the Lightning Network. Here are three possible examples:
1. Research collaboration: Bitcoin researchers often collaborate on large datasets, such as transaction histories or network topologies. With WebTorrent, researchers can share these datasets with each other without the need for a centralized server. This can help to improve collaboration and reduce the risk of data breaches.
2. Large-scale simulations: Researchers may need to simulate large-scale scenarios to test the performance and security of consensus protocols, routing algorithms, or the Lightning Network. WebTorrent can be used to distribute these simulations across a large network of computers, making it easier to conduct large-scale experiments without the need for expensive infrastructure.
3. Secure and private data transfer: WebTorrent can also be used to transfer sensitive data securely and privately. For example, researchers may need to share confidential data related to Bitcoin transactions or Lightning Network channels. By using WebTorrent, researchers can encrypt and distribute this data across a decentralized network of peers, making it more difficult for attackers to intercept or compromise the data.
In summary, WebTorrent provides a powerful platform for streaming large files over the web, which can be useful for Bitcoin researchers exploring various aspects of consensus protocols, routing algorithms, security, and privacy of the Lightning Network. By leveraging the power of peer-to-peer networking, researchers can collaborate, simulate, and transfer data more securely and efficiently than ever before.
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Flycat is a platform that allows users to create and share content in various formats. One of the formats supported on this platform is long-form content, which includes articles and blog posts. To support this type of content, Flycat has implemented NIP-23, which defines a parameterized replaceable event for long-form text content.
In simple terms, NIP-23 is a set of guidelines that allow users to create and share articles on Flycat. These articles are written in Markdown syntax, which is a lightweight markup language that enables users to format text without using complicated HTML tags.
To identify these articles, Flycat uses a specific type of event called "kind:30023". Only clients that deal primarily with long-form content should implement this NIP-23.
When creating an article on Flycat, users can add metadata to provide additional information about the article. For example, they can add tags or hashtags that describe the topics covered in the article. Flycat uses the "t" event tag to identify these tags, as defined in NIP-12.
Users can also add other metadata fields, such as the article title, an image to be shown along with the title, a summary of the article, and the timestamp of the first time the article was published. These fields are optional but can be useful to provide more information about the article.
One of the key features of NIP-23 is that it allows articles to be edited and updated over time. To support this, Flycat uses the replaceability feature defined in NIP-33. Each article has a unique identifier, which is included in a "d" tag. Clients should only publish and read articles from relays that implement replaceability to ensure that the most up-to-date version of the article is being displayed.
Finally, articles can be linked to using the NIP-19 naddr code and an "a" tag. This allows users to easily share their articles and for others to discover related content.
In summary, NIP-23 is a set of guidelines that allows users to create and share long-form content, such as articles and blog posts, on Flycat. By using Markdown syntax and metadata tags, users can provide additional information about their articles, and the replaceability feature ensures that articles can be edited and updated over time.
I've ran out of names
pls send help
nostr:npub1dergggklka99wwrs92yz8wdjs952h2ux2ha2ed598ngwu9w7a6fsh9xzpc
Zap circle ⭕️
#[0] A JSON object is a lightweight data interchange format that is used to represent data in a human-readable and machine-readable format. JSON stands for JavaScript Object Notation, although it is language-independent and can be used with any programming language.
A JSON object is a collection of key-value pairs, where each key is a string and each value can be a string, number, boolean, null, another JSON object, or an array of any of these types. The key-value pairs are separated by commas and enclosed in curly braces { }.
Here is an example of a simple JSON object:
```
{
"name": "Creativity",
"Npub":
“npub19z3ev8cq4efyn4kyew6tw3hns7fta9ncvmr32aedams0qg2lqefsspy5pv”
"Event": "Meetup"
}
```
In this example, the keys are "name", "npub", and "event", and the corresponding values are "creativity", npub19z3ev8cq4efyn4kyew6tw3hns7fta9ncvmr32aedams0qg2lqefsspy5pv, and "meetup". Note that the keys are enclosed in double quotes, as they must be strings.
JSON objects are commonly used in web applications for exchanging data between the client and server, as well as for storing and transmitting data in a standardized format. They are also used in APIs to provide a structured way for clients to request and receive data.
JSON objects are easy to parse and generate in most programming languages, which makes them a popular choice for data serialization and transmission. They are also human-readable, which makes them useful for debugging and troubleshooting applications that use JSON data.
Overall, JSON objects are a simple and flexible way to represent and exchange data in a standardized format, making them an important part of modern web development and data exchange.
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Full size- 473.31GB
Hashrate- 350.39Eh/s(SHA-256)
A Bitcoin full node only takes 5GB of disk space to run, and 256MB of memory. A Bitcoin pruned node only takes 5GB of disk space to run, and 256MB of memory. A full node may still be required for certain use setups (such as when used by lnd – a Lightning Network daemon).
Think in terms of scaling storage over a ten year period with adjustments to buying volume and transaction amount
Buy more Bitcoin. Sponsor Lightning transaction
A node would make sense for large volumes in localized scenarios