Stealth & Anti-Detection

Figranium is designed to bypass modern bot detection systems by mimicking human behavior and masking automation fingerprints.

Stealth Flags

When creating an Agent task, you can configure the following stealth settings in the Advanced panel:

Flag	Description
Natural Typing	Simulates human-like keystroke delays and variances.
Cursor Glide	Moves the mouse smoothly to targets instead of teleporting instantly.
Allow Typos	Occasionally makes (and corrects) typing errors to appear more human.
Idle Movements	Simulates random mouse movements and scrolls during wait periods.
Fatigue	Gradually slows down interactions over long sessions to mimic user tiredness.
Dead Clicks	Performs occasional clicks on non-interactive areas of the page.
Random Clicks	Introduces slight randomization in click coordinates around the target element.
Overscroll	Slightly over-scrolls past target elements before correcting.

Beyond behavioral simulation, Figranium implements several technical anti-detection measures:

User Agent Rotation: Automatically switch between common browser user-agent strings (currently based on Chrome v143).
Viewport Randomization: Vary the browser window size slightly for each execution.
Stealth Plugin: Integrates puppeteer-extra-plugin-stealth to hide Playwright/Chromium-specific properties (e.g., navigator.webdriver).
Proxy Support: Easily route traffic through residential or mobile proxies to mask your IP address.
DNS-over-HTTPS: When no proxy is configured, DNS queries are routed through Cloudflare’s encrypted DoH resolver, preventing DNS-based tracking and leaks.
WebRTC Leak Prevention: WebRTC is configured to disallow non-proxied UDP connections, preventing IP address leaks through WebRTC channels.

Enable Human Typing: Always use this for login forms and search bars.
Vary Wait Times: Use the wait action with small random variations instead of fixed durations.
Use Residential Proxies: Essential for scraping sites with aggressive IP-based blocking.
Rotate User Agents: Keep your automation from appearing as a single, static device.