Official SDKs.

JSNode / TypeScript

The flagship SDK. Maintained in lockstep with the API; @hypedata/sdk on npm.

Install

npm install @hypedata/sdk        # node 18+
pnpm add @hypedata/sdk
bun add @hypedata/sdk
deno add npm:@hypedata/sdk

Usage

import { Hypedata } from "@hypedata/sdk";

const hd = new Hypedata({
  apiKey: process.env.HYPEDATA_API_KEY,
  timeout: 30_000,
  maxRetries: 3,
  fetch: customFetch, // optional — bring your own fetch (Edge, Cloudflare Workers, etc.)
});

const page = await hd.scrape({ url: "https://example.com" });

Highlights

• First-class TypeScript types generated from OpenAPI — every response field is named and typed.
• Streaming with native for-await-of; no callback API.
• Zero runtime dependencies beyond node: built-ins.
• Edge-runtime safe — verified on Cloudflare Workers, Vercel Edge, Deno, Bun.
• hd.raw escape hatch returns the original Response for advanced cases.

Source: github.com/hypedata/sdk-node

PYPython

Sync and async clients on httpx, Pydantic v2 models. Python 3.9+.

Install

pip install hypedata
poetry add hypedata
uv add hypedata

Usage

from hypedata import Hypedata, AsyncHypedata

hd = Hypedata(api_key=os.environ["HYPEDATA_API_KEY"])
page = hd.scrape(url="https://example.com")

# async
async with AsyncHypedata() as hd:
    page = await hd.scrape(url="https://example.com")

Highlights

• Pydantic models — autocomplete in every IDE, runtime validation, JSON-Schema export.
• Batch iterators are pandas-friendly: pd.DataFrame(hd.stream(urls=...)).
• Optional hypedata[cli] extras package ships a CLI useful for ad-hoc scrapes.

Source: github.com/hypedata/sdk-python

GOGo

Idiomatic Go, generated from OpenAPI. No external deps beyond the stdlib.

Install

go get hypedata.io/sdk@latest

Usage

import (
    "context"
    "hypedata.io/sdk"
)

hd := hypedata.New(hypedata.WithMaxRetries(3))
page, err := hd.Scrape(ctx, &hypedata.ScrapeReq{
    URL:    "https://example.com",
    Render: true,
})

Highlights

• Context-cancellation respected end-to-end, including SSE streams.
• Streaming via Go channels: events, errs := hd.Stream(ctx, req).
• Functional options pattern for client config.

Source: github.com/hypedata/sdk-go

RBRuby

Thread-safe, fiber-friendly. Ruby 3.1+.

Install

gem install hypedata
# Gemfile
gem "hypedata", "~> 2.3"

Usage

require "hypedata"

hd = Hypedata::Client.new
page = hd.scrape(url: "https://example.com")

# Rails / ActiveJob
class ProductRefreshJob < ApplicationJob
  def perform(url)
    page = Hypedata.scrape(url: url, render: true)
    Product.upsert("url:" + url, page.data)
  end
end

Source: github.com/hypedata/sdk-ruby

PHPPHP

PSR-18 compatible, Laravel facade, Symfony bundle. PHP 8.1+.

Install

composer require hypedata/sdk

Usage

use Hypedata\Client;

$hd = new Client();
$page = $hd->scrape(['url' => 'https://example.com']);

Framework integrations

• Laravel — auto-discovered service provider; Hypedata::scrape(...).
• Symfony — auto-wired HypedataClientInterface.

Source: github.com/hypedata/sdk-php

RSRust

Tokio-native async, serde models. Currently beta — public API may change before 1.0.

Install

cargo add hypedata

Usage

use hypedata::{Client, ScrapeReq};

#[tokio::main]
async fn main() -> anyhow::Result<()> {
    let hd = Client::from_env()?;
    let page = hd.scrape(&ScrapeReq {
        url: "https://example.com".into(),
        render: true,
        ..Default::default()
    }).await?;
    println!("{}", &page.html[..200]);
    Ok(())
}

Source: github.com/hypedata/sdk-rust

/v1No SDK — curl & HTTP

Every endpoint is a plain JSON REST call. If your environment lacks a supported SDK (Elixir, Erlang, C#, Java, Swift…) you can call the API directly. Auto-retries should follow the retry policy; signature verification for webhooks follows the webhooks spec.

Community SDKs exist for C# / .NET, Elixir, Java / Kotlin, Swift, Clojure, and R. They are not officially supported by HypeLabs but several are very actively maintained. See the Awesome Hypedata list.

--Versioning policy

Official SDKs follow SemVer. The SDK major version is independent of the API version — an SDK on 2.x may target API v2 or v3 (the SDK picks the right path).

• Patch — bug fixes, no behavior changes.
• Minor — additive features, new optional parameters, new methods.
• Major — breaking changes. Migration guide always shipped.

Old SDK majors are supported for 12 months after the next major lands. Past that, the API may have deprecated parameters they rely on.