Send Probot OCR Task `POST`

This method sends a solve task to the api server. ProBot ✨

Pricing: 7000 Requests/ 1$

Software:

POST => https://pro.nocaptchaai.com/solve
headers:
 "Content-Type": "application/json",
 "apikey": "apikey"

Send OCR Task - PROBOT

JavaScriptPython

JavaScript

const imageToBase64 = async (imageUrl) => {
  const response = await fetch(imageUrl);
  const buffer = await response.arrayBuffer();
  const base64Data = Buffer.from(buffer).toString('base64');
  return base64Data;
};

(async () => {
  const headers = {
    'Content-Type': 'application/json',
    'apikey': 'demo-abff727xxx....3'
  };

  const payload = {
    method: 'ocr',
    image: await imageToBase64('https://i.postimg.cc/SK1RVmYC/defs.png')
  };

  try {
    const response = await fetch('https://pro.nocaptchaai.com/solve', {
      method: 'POST',
      headers: headers,
      body: JSON.stringify(payload)
    });

    const data = await response.json();
    console.log(data);
    console.log(data.solution);
  } catch (error) {
    console.log('Request error:', error.message);
  }
})();

Python

import requests
import base64
from PIL import Image
from io import BytesIO

def image_to_base64(image_url):
    response = requests.get(image_url)
    img = Image.open(BytesIO(response.content))
    img_buffer = BytesIO()
    img.save(img_buffer, format='PNG')
    return base64.b64encode(img_buffer.getvalue()).decode('utf-8')

payload = {
    "method": "ocr",
    "image": image_to_base64("https://i.postimg.cc/SK1RVmYC/defs.png")
}

headers = {
    "Content-Type": "application/json",
    "apikey": "demo-abff727..."
}

def send_request():
    try:
        response = requests.post("https://pro.nocaptchaai.com/solve", json=payload, headers=headers)
        data = response.json()
        print(data)
        print(data["solution"])

    except Exception as error:
        print(f"Fetch error: {error}")

send_request()

Task Payload

json

{
    "method": "ocr",
    "image": "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"
    
}

Task SUCCESS

json

{
    "id": "",
    "solution": "64902",
    "status": "solved",
    "url": ""
}

Task FAIL

json

{
    "status": "error", 
    "message": "Unable to solve. Please check docs of this captcha type is supported."
}

Send Probot OCR Task POST ​

Software: ​

Send OCR Task - PROBOT ​

Task Payload ​

Task SUCCESS ​

Task FAIL ​

Send Probot OCR Task `POST`

Software:

Send OCR Task - PROBOT

Task Payload

Task SUCCESS

Task FAIL