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Software/Vanadum

API

This documentation provides detailed information about the Vanadum API, including endpoints, parameters, and usage examples to help you integrate Vanadum's powerful TLS capabilities into your applications.

Endpoint

http://localhost:8000/

All requests to the Vanadum API are directed to this single, versatile endpoint.

Supported Features

  • TLS - Transport Layer Security fingerprinting bypass
  • JA3 - JA3 fingerprint spoofing and evasion
  • JA4 - JA4 fingerprint customization
  • HTTP2 - HTTP/2 protocol fingerprint management

Headers

The Vanadum API uses custom headers to control request behavior. Configure these headers to customize how your requests are processed.

Response Handling

When you make a request to the Vanadum API, the response is a straight pass-through of the target server's response, including status code, headers, and body content.

Error Responses

If an error occurs during the request processing, Vanadum returns a JSON error object:

{ "error": "Error message description" }

Common error scenarios include:

  • Invalid URL format
  • Connection timeout
  • Proxy connection failure
  • TLS handshake errors

Implementation Guide

Follow these steps to implement Vanadum in your application:

Start the Vanadum Service

Ensure the Vanadum service is running on your local machine at http://localhost:8000/.

Create Your Request

Prepare an HTTP request to the Vanadum endpoint with appropriate headers.

curl -X GET "http://localhost:8000/" \
     -H "X-Url: https://www.example.com" \
     -H "X-Profile: chrome" \
     -H "X-Timeout: 30" \
     -H "X-Redirect: 5"

Process the Response

Handle the response from Vanadum, which will be the response from the target URL or an error object.

Advanced Usage Examples

Real-World Use Cases

Vanadum is particularly useful for applications that need to make requests to websites with sophisticated bot detection systems, as well as for testing website behavior with different browser fingerprints.

Performance Considerations

  • Local Processing: Since Vanadum runs locally, network latency is minimized between your application and the Vanadum service.
  • Connection Pooling: Vanadum implements connection pooling for improved performance when making multiple requests to the same host.
  • Compression: Use of modern compression algorithms can significantly reduce bandwidth usage and improve response times.

When making high-volume requests, monitor your system resources, especially when using many threads or proxies simultaneously.

Vanadum

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