As an innovative fusion of social media and Web3, SocialFi is committed to building a more open and decentralized social platform. It empowers users to have data control rights, realize content value, and establish an incentive and governance mechanism through the token economy. This is the unique charm of Web3 social networking. SocialFi has depicted a more user-driven, fair and open social future for us. Its potential and influence are worth looking forward to. SocialFi is reconstructing the infrastructure and economic model of digital social.
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Decentralized autonomy: The SocialFi platform achieves decentralized autonomy through DAO and token governance. Users can participate in proposals and vote to influence the development direction of the platform.
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User data control: users have full control over the data they generate, and the platform only uses the data when authorized by the user, and there is no risk of privacy leakage.
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Token incentive mechanism: Users can obtain token incentives for contributing high-quality content, and tokens can also be used for transactions and governance within the platform.
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Content ownership: Users have ownership of the content they create, digitize it through NFT, and realize the independent value of the content.
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Open protocol Unicom: Based on open standard protocols, the interconnection and intercommunication between different SocialFi platforms is realized, and users can flow conveniently.
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No-threshold access: Simple and convenient wallet access, lowering the threshold for public use, and realizing rapid prosperity of the platform.
Building a SocialFi application platform requires a large amount of NFT data support. In SocialFi applications, NFT plays a vital role as the assetization and transaction basis for user-generated content and social activities. NFT is the digital content and Social relations are marked with "fingerprints", realizing the uniqueness of these digital elements, and endowing these elements with transactional, profitable, and provable properties. Possibility of SocialFi.
Of course, to obtain NFT data, SocialFi applications may need to integrate with multiple NFT markets, blockchain browsers, and NFT metadata services. For the developer team, it involves a certain amount of work and complexity. Obtaining and organizing NFT Data is challenging but there are still some ways to deal with difficulties, such as using professional data service providers (such as data infrastructure such as NFTScan) that provide access to and analysis tools for NFT data on the chain. Developers can use various NFT APIs and SDKs to quickly build tools to capture real-time NFT data and present it to users for a complete SocialFi experience.
As a leading NFT infrastructure service provider, NFTScan's NFT API enables developers to easily obtain multi-chain NFT data, which is very valuable for developers to build NFT applications. Using NFTScan's API, developers can aggregate NFT data on different chains to achieve unified access to cross-chain data, which greatly simplifies development complexity.
In addition, the rich data provided by NFTScan API can support developers to build more feature-rich applications. Compared with grabbing the data on the chain by yourself, using the NFTScan API directly is more stable and reliable, and provides important support for NFT application development. Developers can focus on product innovation instead of repeatedly solving the underlying data acquisition problem. Making good use of NFTScan NFT API can promote the application of NFT technology in more vertical fields faster and better.
How to access NFTScan NFT API
1/ Create an NFTScan developer account
Before you can start using the NFTScan API, you first need to visit the developer's website and create an account. Go to the NFTScan official website and click the NFTScan API “Sign Up” button to register.
After logging in, find your own unique API KAY on the Dashboard (panel), and copy it. Visit the API documentation, and input your own API KEY into the corresponding location of the API documentation. According to the guidance of the document, you can start using the API service. In the API documentation, developers can find a variety of interface modes to choose from, and choose the most suitable interface according to their needs.
In the Dashboard, developers can also view the statistics of their API usage to help record historical usage data. Not only that, NFTScan also provides 1M CU API call service for each registered developer, used to request all NFT API interfaces, and CU will never expire, until it is used up!
Check out the NFT API documentation
After successfully registering a developer account and obtaining an API Key, you need to view the NFTScan API documentation. The API documentation contains all the API endpoints and parameters that can be used, as well as details on how to construct requests and process responses. Please read the API documentation carefully and make sure you understand how to use the API to get the data you need. The NFTScan API service is dedicated to helping developers improve the experience of obtaining NFT data analysis.
NFTScan currently has the largest and most complete NFT Collection library on the entire network, supporting 16 blocks of Ethereum, Solana, BNBChain, Bitcoin, Polygon, zkSync, Aptos, Linea, Avalanche, Arbitrum, Optimism, Fantom, Moonbeam, PlatON, Cronos, and Gnosis The full amount of NFT data of the chain, the NFT data covered is complete and rich in variety, and provides a complete set of interfaces to obtain ERC721 and ERC1155 assets, transactions, projects, market statistics and other information, and now supports more than 50 public interfaces for EVM compatible chains, And a batch of interfaces of the same model for Solana, Aptos, and Bitcoin, which largely meet the needs of developers to index various types of NFT data.
Get NFTScan NFT API related data
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NFT Metadata: Each NFT contains metadata describing the NFT's attributes, characteristics and content. Metadata typically includes name, description, image or video link, creator information, etc. NFT metadata is the key information to display NFT, allowing users to understand the characteristics and value of NFT.
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NFT ownership information: involves the current holder and transaction history of NFT. In the SocialFi app, users may wish to view the current owner of a particular NFT, and previous transaction records to help determine the authenticity and value of the NFT.
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NFT transaction data: In the SocialFi application, the price and transaction function of NFT may be an important part. Therefore, applications may need to obtain data such as recent NFT prices, transaction records, and market price trends.
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NFT's social influence and reputation: Some SocialFi applications may use NFT as a measure of social influence, such as the number of NFTs held by users or the weight of certain specific NFTs, helping users increase their reputation and influence on social platforms force.
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NFT Holder Data: SocialFi Apps may need access to NFT Holder Data for proper identification and rewards in social interactions or voting.
These data are the basis of a SocialFi application. NFT data provides a wealth of functions and advantages for the SocialFi application, creating a new experience that combines social media and decentralized finance. Such an application platform enables users to participate more, have more data control rights and economic incentives, and at the same time promote the application and development of blockchain technology in the social field.
Query related NFT data
1）Get single NFT：
"/v2/assets/{contract_address}/{token_id}" This node returns a single item information of an NFT Collection.
Click Try it, the data response result:
1) The NFT asset contract address of the basic information query: 0xbc4ca0eda7647a8ab7c2061c2e118a18a936f13d and the name is Bored Ape Yacht Club, the NFT Token id queried here is 0, the proportion in the project is 1, the protocol standard is erc721, Mint’s wallet address/current Holder address, minted timestamp, Mint hash address and price, Token URI address. latest_trade_price (last transaction price)/latest_trade_symbol (the currency of the last transaction price), latest_trade_timestamp (last transaction timestamp) currently displays null, and returns a null value, indicating that the item has not been traded.
2) Metadata: From the metadata of this project, it can be seen that Metadata data is hosted on ipfs, and the format is image/png, because the link can only be read by IPFS nodes: ipfs://QmcJYkCKK7QPmYWjp4FD2e3Lv5WCGFuHNUByvGKBaytif4 requires a server domain name to access the link file at the end, and input this feedback result into the browser, the BAYC NFT image with ID 0 is obtained. The second is the detailed feature description of the picture, such as "Mouth", "Eyes", "Hat" and so on.
3) Rarity: attribute descriptions include "Eyes" and "3d" accounting for 4.87%, "Mouth" and "Bored Cigarette" accounting for 7.1%, "Fur" and "Robot" accounting for 2.67%, and "Hat" and "Sea Captain's Hat" accounting for 3.04% %, "Background" and "Aquamarine" accounted for 12.66%, the rarity score was 0.9433572839873239, and the comprehensive rarity ranking was 6497.
2）Collection Top Holder：
"/v2/statistics/collection/holder/{contract_address}" This node returns top-level holder statistics related to an NFT Collection.
The returned data information mainly ranks the value of the holding address, and returns the total value and proportion of the NFT Collection held by it. You can refer to NFTScan Holders:
Build related NFT data requests
After finding the desired interface in the API documentation, developers can choose their own proficient programming language to construct a request to the API. Regardless of the programming language you choose, it's important to make sure that the language you choose has support for HTTP requests and is able to handle API responses, usually through an HTTP request library. Most popular programming languages have rich third-party libraries and frameworks to handle HTTP requests, such as Requests library (Python), Axios library (JavaScript), etc.
For example, to construct an API request to obtain BoredApeYachtClub's Collection Top Holder data, after searching for the documentation or reference documents of the NFTScan API, the interface "/v2/statistics/collection/holder/{contract_address}" is used here
Access NFTScan's API endpoint using an HTTP GET request, passing the required parameters. For example, using Python's requests library, requests can be constructed like this:
In the above code, a complete API request URL is constructed first, where the .format() method is used to replace the placeholder {contract_address} with the actual contract address. Then, use the requests.get() method to send an HTTP GET request to get the API response. Finally, judge whether the request is successful according to the status code of the API response, and process the response data.
With the development of the blockchain, obtaining high-quality NFT data is a critical part of building innovative and cutting-edge Web3 applications. NFTScan will continue to expand and optimize its NFT API to provide developers with rich and comprehensive NFT data. Not only SocialFi, but by utilizing the NFTScan NFT API, developers can seamlessly integrate NFT data into their applications. The ease of use and flexibility of the API make it a powerful tool for building Web3 Dapps.
About NFTScan
Founded in April 2021 and headquartered in Hong Kong, China, NFTScan is the world's leading NFT data infrastructure service provider. It currently supports Bitcoin, Ethereum, BNBChain, Polygon, Solana, Linea, Arbitrum, Optimism, zkSync, Aptos, etc. 16 mainstream blockchain networks. The NFTScan team is committed to providing simple and efficient NFT retrieval services for hundreds of millions of Web3 users, providing safe and stable multi-chain NFT indexing services for the new generation of financial technology companies, and using data to promote the prosperity and development of the NFT ecosystem! Currently, NFTScan is providing multi-chain NFT data support for 4000+ developers including CMC, Binance NFT, Bybit Web3, KuCoin, HashKey Group, SafePal, Mask, imToken, Enjin, Coin98, OneKey, TokenPocket, AlienSwap, etc.!
Welcome to follow NFTScan's official Twitter to get the latest news. For business cooperation such as NFT data services, please contact Telegram: Shier1992
