Comprehensive privacy audit testing tracking protection, cookie handling, fingerprinting resistance, and API exposure.
Runs a privacy audit inside the browser you currently have open and reports how that browser measures up on four fronts: tracking protection, cookie handling, fingerprinting resistance, and exposure of privacy-sensitive APIs. The probes execute in the live session, so they see the browser exactly as a visited website would, and each area is reported on its own rather than folded into one composite verdict. The most common surprise is scope: the report describes one browser profile at one moment. It does not cover your network, your VPN, or your DNS, and an extension or update can change the results tomorrow.
The audit runs entirely inside the open page, so each test sees the same surface a visited site would. Cookie checks set and read back cookies to test persistence and whether cross-site contexts are blocked. Fingerprinting checks read browser-exposed signals such as canvas output, fonts, and WebGL information. API checks probe which sensitive interfaces exist, and tracking protection is judged by how cross-site requests are treated.
Results are compared with the expected behavior of a cleanly configured browser and grouped by the four audited areas, each with its own outcome. Because the tests execute in the current session, every result reflects the live combination of browser version, profile settings, and installed extensions. Re-running the audit after a settings change is the intended way to confirm that the change actually took effect.
No. The audit tests how the browser handles a fixed set of tracking, cookie, fingerprinting, and API probes. It says nothing about network traffic, DNS, or what sites learn from your accounts and behavior. Treat a clean report as evidence about browser configuration, not as a general privacy guarantee.
Because two copies of the same browser usually differ in practice: version, operating system, profile settings, and installed extensions all shape the measured surface. Tracker blockers in particular can interfere with the audit's own probes, and that interference itself shows up in the results.
The behavioral notes were checked against the browser implementation. Standards and primary references below define the relevant format, formula, or platform behavior.
Generate strong, random passwords with customizable length, character sets, and complexity requirements.
Analyze password strength with entropy scoring, crack-time estimates, and improvement suggestions.
Create cryptographically random strings for API keys, tokens, salts, and unique identifiers.
Create QR codes for URLs, text, Wi-Fi credentials, vCards, and more with customizable size and colors.
Scan and decode QR codes from uploaded images or your device camera to extract embedded data.
Compute MD5, SHA-1, SHA-256, and SHA-512 checksums to verify file integrity and detect tampering.