Binance Python API Docs | dltHub

Binance provides a REST API for trading, market data, and account management on its spot and derivatives platforms. The REST API base URL is https://api.binance.com and all secured requests require an X-MBX-APIKEY header and potentially a signature parameter for signed endpoints.

dlt is an open-source Python library that handles authentication, pagination, and schema evolution automatically. dlthub provides AI context files that enable code assistants to generate production-ready pipelines. Install with uv add "dlt[hub]" and start loading Binance data in under 10 minutes.

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What data can I load from Binance?

Here are some of the endpoints you can load from Binance:

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How do I authenticate with the Binance API?

Requests are authenticated by including the API key in the X-MBX-APIKEY header. Secure endpoints also require a signature parameter computed using HMAC SHA256, RSA, or Ed25519, provided in the query string or request body.

1. Get your credentials

1. Log in to your Binance account on the web at binance.com. 2. Navigate to your Account (profile icon) > API Management. 3. Click 'Create API'. 4. Follow the prompts to name your label, complete 2FA verification, and select your preferred key type (typically 'System-generated' for HMAC authentication). 5. Once created, copy both the API Key and the Secret Key immediately, as the Secret Key will not be visible again. Store these securely in a password manager. Ensure you have enabled the required permissions and, ideally, restricted access to trusted IP addresses.

2. Add them to .dlt/secrets.toml

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[sources.binance_source]
api_key = "your_api_key_here"
secret_key = "your_secret_key_here"

dlt reads this automatically at runtime — never hardcode tokens in your pipeline script. For production environments, see setting up credentials with dlt for environment variable and vault-based options.

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How do I set up and run the pipeline?

Set up a virtual environment and install dlt:

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uv init
uv add "dlt[hub]"

1. Install the dlt AI harness:

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uv run dlthub ai init --agent <your-agent> # <agent>: claude | cursor | codex

This installs project rules, a secrets management skill, appropriate ignore files, and configures the dlt MCP server for your agent. Learn more →

2. Install the rest-api-pipeline toolkit:

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uv run dlthub ai toolkit install rest-api-pipeline

This loads the skills and context about dlt the agent uses to build the pipeline iteratively, efficiently, and safely. The agent uses MCP tools to inspect credentials — it never needs to read your secrets.toml directly. Learn more →

3. Start LLM-assisted coding:

Use /find-source to load data from the Binance API into DuckDB.

The rest-api-pipeline toolkit takes over from here — it reads relevant API documentation, presents you with options for which endpoints to load, and follows a structured workflow to scaffold, debug, and validate the pipeline step by step.

4. Run the pipeline:

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uv run python binance_pipeline.py

If everything is configured correctly, you'll see output like this:

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Pipeline binance_pipeline load step completed in 0.26 seconds
1 load package(s) were loaded to destination duckdb and into dataset binance_data
The duckdb destination used duckdb:/binance.duckdb location to store data
Load package 1749667187.541553 is LOADED and contains no failed jobs

Inspect your pipeline and data:

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uv run dlthub show

This opens the Pipeline Dashboard where you can verify pipeline state, load metrics, schema (tables, columns, types), and query the loaded data directly.

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Python pipeline example

This example loads /api/v3/exchangeInfo and /api/v3/depth from the Binance API into DuckDB. It mirrors the endpoint and data selector configuration from the table above:

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import dlt
from dlt.sources.rest_api import RESTAPIConfig, rest_api_resources

@dlt.source
def binance_source(api_key=dlt.secrets.value):
    config: RESTAPIConfig = {
        "client": {
            "base_url": "https://api.binance.com",
            "auth": {"type": "api_key", "api_key": api_key, "name": "X-MBX-APIKEY", "location": "header"},
        },
        "resources": [
            {"name": "account_trades", "endpoint": {"path": "fapi/v1/userTrades"}},
            {"name": "open_orders", "endpoint": {"path": "fapi/v1/openOrders"}}
        ],
    }
    yield from rest_api_resources(config)


def get_data() -> None:
    pipeline = dlt.pipeline(
        pipeline_name="binance_pipeline",
        destination="duckdb",
        dataset_name="binance_data",
    )
    load_info = pipeline.run(binance_source())
    print(load_info)

To add more endpoints, append entries from the resource table to the "resources" list using the same name, path, and data_selector pattern.

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How do I query the loaded data?

Once the pipeline runs, dlt creates one table per resource. You can query with Python or SQL.

Python (pandas DataFrame):

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import dlt

data = dlt.pipeline("binance_pipeline").dataset()
sessions_df = data.account_trades.df()
print(sessions_df.head())

SQL (DuckDB example):

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SELECT * FROM binance_data.account_trades LIMIT 10;

In a marimo or Jupyter notebook:

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import dlt

data = dlt.pipeline("binance_pipeline").dataset()
data.account_trades.df().head()

See how to explore your data in marimo Notebooks and how to query your data in Python with dataset.

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What destinations can I load Binance data to?

dlt supports loading into any of these destinations — only the destination parameter changes:

Change the destination in dlt.pipeline(destination="snowflake") and add credentials in .dlt/secrets.toml. See the full destinations list.

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Next steps

Continue your data engineering journey with the other toolkits of the dltHub AI harness:

• data-exploration — Build custom notebooks, charts, and dashboards for deeper analysis with marimo notebooks.
• dlthub-platform — Deploy, schedule, and monitor your pipeline in production.

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uv run dlthub ai toolkit install data-exploration
uv run dlthub ai toolkit install dlthub-platform

• How to deploy a pipeline
• How to explore your data in marimo Notebooks
• How to query your data in Python with dataset
• Join the dlt community on Slack