- name: Install dependencies run: pip install selenium webdriver-manager
Detecting if the browser is running in "headless" mode (without a visual interface).
Bot.Sannysoft is a browser fingerprinting checklist page developed to test browser automation frameworks like . When you visit the page using an automated browser, it runs a battery of tests to determine if the browser is controlled by a robot or a real human user.
: Analyzes the graphics card information. Bots often leak "Mesa" or "Google SwiftShader" instead of a real hardware GPU. Common Use Cases for Developers Antibot
| Use Case | Description | |----------|-------------| | | Visit bot.sannysoft.com to check if your automated browser is flagged as a bot. | | Learning evasion techniques | The page reports automation leaks (e.g., navigator.webdriver , missing plugins). | | Benchmarking | Compare different browser launch arguments and stealth plugins. |
Would you like a sample or a Dockerized bot that passes this test?
try: # Navigate to the diagnostic page print("Navigating to bot.sannysoft...") driver.get("https://bot.sannysoft.com")
driver = uc.Chrome(headless=True, use_subprocess=False) driver.get("https://bot.sannysoft.com") driver.save_screenshot("stealth_test.png")
The Ultimate Guide to Bot.Sannysoft: Testing and Bypassing Anti-Bot Detection
The most straightforward check evaluates the navigator.webdriver property. By W3C specification, compliance demands that browsers controlled by automation frameworks (like Selenium or WebDriver) must set this boolean flag to true . SannySoft checks this property; if it evaluates to true, the browser is instantly classified as automated. 2. The Window.Chrome Object
driver = webdriver.Chrome(options=chrome_options)
When running Google Chrome in --headless mode to save server resources, the browser naturally drops or alters specific features. Sannysoft checks for these telltale headless signatures:
