Normal Consumer Browser
Authentic consumer browsers maintain strict internal coherence across operating system APIs, physical hardware constraints, and userland execution environments.
Technical forensic specification explaining how BotRefund analyzes browser environments and network invariants to distinguish novel retail browsers from server-side automation.
Authentic consumer browsers maintain strict internal coherence across operating system APIs, physical hardware constraints, and userland execution environments.
Click bots and scraping scripts execute programmatic mouse events with zero tremor variance, linear waypoint trajectories, or replay identical 45-bit spatial SimHash angles across IPs. Autonomous AI agents exhibit discrete LLM API pauses followed by bounding-box centroid clicks.
Data: URI navigation hook detected. The browser arrived from a data:text/html URI, which is an automated technique for simulating POST requests via a hidden auto-submit form. Real users never navigate from data: URIs.
Ad Platform Fraud Classification: Under Google Ads Invalid Traffic guidelines (Automated Click Activity) and Meta Advertising Integrity standards, sessions exhibiting Data URI Navigation Hook violate fundamental consumer hardware invariants. They fail deterministic silicon rasterization, protocol compliance, or neuromuscular biometrics.
Why This Proves Non-Human Origin: Genuine consumer browsers on retail operating systems execute this API natively with verified hardware backing. Server software (headless cloud containers, unpatched automation harnesses, and proxy tunnels) cannot replicate this execution environment without incurring prohibitive server hardware costs.
Evidence Dossier Invariants: Each disputed click in our export packet matches an immutable server-side timestamp, landing URL, GCLID/fbclid, and observed IP address with zero client-side tamperability.
Human Baseline & Exception Scenario: None. Human web users never navigate to websites from raw data: URI redirect forms.
BotRefund operates a multi-vector ensemble model. This signal adds objective forensic weight to the session dossier but never acts in isolation. Positive verdicts require corroboration across network routing, hardware silicon, and cursor kinematics to guarantee 99% precision.
This signal registers an objective, mathematically verifiable anomaly on the session ledger.
BotRefund correlates L4 packet timing, GPU silicon, and cursor jerk before finalizing risk.
Compiled directly into Google Ads and Meta refund packets with verified click IDs and server logs.