icy.tools SDKs & Libraries (2026)

SDKs overview

icy.tools provides a web-based platform specializing in NFT market analytics, real-time data feeds, and wallet tracking. Its primary utility is to offer users a dashboard for monitoring NFT collections, analyzing market trends, and performing rarity checks directly through a graphical user interface. As of May 2026, icy.tools has not released a public API for programmatic data access, nor does it offer official Software Development Kits (SDKs) in various programming languages.

The absence of a public API means that developers cannot directly integrate icy.tools's proprietary data into their applications using an official interface. This model differs from many other data providers that offer RESTful APIs for programmatic access, allowing for custom applications and integrations. Consequently, approaches to interacting with icy.tools data programmatically are limited to unofficial methods, such as web scraping, which may be subject to the platform's terms of service and can be unstable due to changes in the website's structure.

The core functionality of icy.tools revolves around its user interface, designed for direct interaction by NFT traders and analysts. For those seeking to build applications that consume NFT market data, alternative platforms that explicitly provide APIs, such as Avalanche C-Chain's API endpoints or other blockchain data providers, would be more suitable. These platforms offer documented API specifications and often include official SDKs to streamline development.

Official SDKs by language

As detailed in icy.tools's operational model, the platform does not currently provide official Software Development Kits (SDKs) for any programming language. The service is structured as a direct-to-user web application, focusing on delivering its analytics and data visualizations through a browser interface. This means there are no officially supported libraries for languages such as Python, JavaScript, Go, Ruby, or others that would allow developers to programmatically interact with icy.tools's data or features.

The development approach at icy.tools prioritizes the web application experience, which includes features like real-time rarity tracking, collection analysis, and wallet monitoring directly within the platform. Developers looking to integrate NFT market data into their own applications would need to consider API providers that explicitly cater to programmatic access, complete with documented endpoints and often accompanying SDKs. Without an official SDK, tasks such as fetching real-time floor prices, sales data, or collection statistics from icy.tools would not be possible through supported programmatic channels.

The following table illustrates the current status of official SDK availability:

This approach emphasizes the platform's role as a self-contained analytics tool rather than an API-first data provider for third-party development.

Installation

Since icy.tools does not offer official SDKs or a public API, there are no direct installation procedures for programmatic libraries. Developers typically install SDKs or client libraries via package managers specific to their programming language (e.g., pip for Python, npm for JavaScript, Maven/Gradle for Java). However, for icy.tools data, this process is not applicable.

Users access icy.tools's features directly through their web-based platform. This involves navigating to the icy.tools website, logging in (if applicable, for paid tiers), and interacting with the graphical user interface to view NFT data, track portfolios, and analyze market trends. There are no local dependencies or packages to install to use the primary functionality of icy.tools.

For any hypothetical future release of an official SDK, the installation would likely follow standard practices for the respective programming language. For instance, a Python SDK might be installed via:

pip install icytools-sdk

And a JavaScript SDK might be installed via npm or yarn:

npm install @icytools/sdk
# or
yarn add @icytools/sdk

However, these are illustrative examples for a typical SDK installation and do not reflect any currently available official icy.tools package. Developers are encouraged to monitor icy.tools's official channels for any announcements regarding future API or SDK availability.

Quickstart example

Given the absence of an official public API and SDKs for icy.tools, providing a direct code-based quickstart example for programmatic interaction is not possible. A typical quickstart example for an API-driven service would involve authenticating, making a request to an endpoint, and processing the response. For platforms like Stripe Payments' quickstart guide, this often includes setting up API keys, initializing a client, and executing a simple function call to fetch data or perform an action.

However, for icy.tools, the "quickstart" is centered on using its web interface. A user's quickstart would involve:

1. Navigating to the icy.tools website.
2. Logging in or signing up for an account (if using a paid tier for full features).
3. Using the search bar or navigation menus to find specific NFT collections or explore market trends.
4. Viewing real-time data, charts, and analytics directly within the browser.

There is no equivalent code snippet for programmatic access because the data is not exposed via an API. For developers seeking to programmatically access NFT market data, they would need to explore alternative data providers that explicitly offer API access and provide SDKs. Such providers often offer code examples for fetching data, such as:

# This is a hypothetical example for an API-enabled NFT data provider, NOT icy.tools.

import requests

API_KEY = "YOUR_API_KEY"  # Replace with a real API key
BASE_URL = "https://api.example-nft-data.com"

def get_collection_floor_price(collection_slug):
    headers = {
        "Authorization": f"Bearer {API_KEY}",
        "Content-Type": "application/json"
    }
    response = requests.get(f"{BASE_URL}/collections/{collection_slug}/floor_price", headers=headers)
    response.raise_for_status()  # Raise an exception for HTTP errors
    data = response.json()
    return data.get("floor_price")

# Example usage for a hypothetical collection
# collection_slug = "boredapeyachtclub"
# floor_price = get_collection_floor_price(collection_slug)
# print(f"Floor price for {collection_slug}: {floor_price}")

The above Python example illustrates how an API interaction might look for a service that does offer programmatic access to NFT data. It involves making an HTTP GET request, handling authentication with an API key, and parsing a JSON response. This type of interaction is not currently supported by icy.tools.

Community libraries

Due to the absence of an official public API from icy.tools, there are no officially recognized or widely maintained community-developed SDKs or client libraries that provide stable, programmatic access to icy.tools's data. Community libraries often emerge to fill gaps where official SDKs are lacking or to provide wrappers around existing APIs for easier use in specific programming environments.

In cases where a service does not offer a public API, community efforts to access data typically resort to techniques like web scraping. Web scraping involves programmatically extracting data from web pages by parsing their HTML content. While technically possible, this method carries significant downsides:

• Fragility: Changes to the icy.tools website's HTML structure can break scrapers, requiring constant maintenance.
• Terms of Service: Web scraping may violate icy.tools's terms of service, potentially leading to IP blocking or legal action.
• Rate Limiting: Websites often implement rate limiting to prevent automated scraping, making reliable data extraction difficult.
• Data Freshness: Ensuring data is real-time and accurate through scraping is challenging compared to direct API access.

Therefore, while individual developers might attempt to create personal scripts to scrape data from icy.tools for their own use, these are not typically shared as robust, production-ready community libraries. Such scripts would require intimate knowledge of the icy.tools website's structure and would be prone to failure with any UI update.

Developers who require programmatic access to NFT market data are advised to seek out platforms that explicitly provide official public APIs for NFT data. These services typically have dedicated developer documentation, authentication mechanisms (like API keys), and often offer official SDKs in various languages, ensuring a more stable and supported integration pathway. Examples of platforms that provide APIs for blockchain and NFT data include those offering access to Polygon blockchain data or other established blockchain indexing services.

Without an official API, any community "libraries" would fundamentally be unofficial web scrapers, which are not recommended for reliable, long-term data integration.