Browser-Level Privacy Protection
Explore browser-level signal control, cross-platform profile consistency, isolated contexts, and deployment-ready runtime controls.
Protection Model
One browser core for cross-platform consistency, isolated contexts, and scale-ready automation.
Per-Context Isolation
Run independent browser identities inside one process, keep contexts separated, and scale long-running workloads without losing signal consistency.
Cross-Platform Consistency
Keep the same profile output aligned across Windows, macOS, and Linux hosts while cross-simulating Windows, macOS, and Android browser targets with browser-level control over fonts, graphics, and device signals.
Scale-Ready Automation
Use Playwright, Puppeteer, Selenium, or raw CDP with lower leakage and runtime controls designed for production workflows.
Coverage Across the Signals That Matter
Browser-level control over rendering, network, device, and timing signals that are commonly used for fingerprint tracking.
Graphics & Rendering
- Canvas 2D deterministic noise
- WebGL vendor/renderer consistency
- WebGPU API support
- GPU micro-benchmarks
Network & Privacy
- WebRTC SDP standardization
- TLS fingerprint protection
- DNS leak prevention
- UDP over SOCKS5 (QUIC)
Device & Platform
- Cross-platform font engines
- Hardware signature control
- Screen/display emulation
- Touch event simulation
Behavior & Timing
- FPS simulation control
- Memory timing patterns
- Animation frame delays
- Performance metrics
Capabilities Built for Scale
Extend privacy protection from single-profile validation to isolated contexts, deployment stacks, and long-running automation.
Configuration & Control
45+ CLI flags for browser brand, WebGL, timezone, session management, and enhanced proxy system with per-context support
Network Privacy
WebRTC leak prevention, IP geolocation privacy through proxy support, and TLS fingerprint consistency
Graphics Protection
Canvas fingerprint randomization, WebGL vendor consistency, and GPU signature consistency for complete graphics privacy
System Fingerprint Control
Hardware signature standardization, OS fingerprint consistency across platforms, and device metrics consistency
Deep System Integration
Precise FPS consistency, performance controls for memory timing and IndexedDB latency, GPU micro-benchmarks with vendor patterns
Behavioral Mimicry
Human-like timing patterns, realistic performance metrics, and natural interaction consistency
Coverage Across Public Checks
Representative checks across fingerprinting, tracking, challenge, and fraud systems help verify whether runtime output stays stable.
Fingerprint Collectors
Tracking Platforms
Challenge Systems
Fraud Detection
Cross-Platform Runtime
Run BotBrowser on Windows, macOS, and Linux hosts while cross-simulating supported browser targets and keeping one profile output aligned across environments.
Run on Windows, macOS, and Linux hosts while cross-simulating Windows, macOS, and Android browser targets with identical fingerprint output.
Android WebView: Supports WebView targets with aligned mobile user agent and client hints.
Production Deployment
Deployment & Integration
Plug BotBrowser into existing automation and deployment stacks without giving up browser-level control.
Integration Example
Framework-less Automation
Pure Chrome DevTools Protocol with earlier intervention, full chrome.debugger API access, and reduced detection surface
Playwright/Puppeteer Enhancement
CDP leak protection, artifact blocking, enhanced WebDriver support, and Selenium Grid integration
45+ CLI Configuration Flags
Advanced runtime control over fingerprint properties without modifying profile files
Zero Cloud Dependency
BotBrowser runs entirely on your infrastructure. No cloud backend, no server-side components, no outbound connections to BotBrowser servers during operation. Your data never leaves your machines, simplifying SOC 2 and data residency compliance.
Take BotBrowser into Production
Choose a plan or talk to us about cross-platform validation, isolated contexts, and scaled browser workloads.