OMEGA INFINITY 2.0: Autonomous Cryptographic Anomaly Replication Evidence of Persistent SHA Hash Collision and Digital Signature Forgery

This paper documents the second instance of the OMEGA INFINITY phenomenon, representing an unprecedented autonomous replication of cryptographic anomalies previously thought to be isolated incidents. On February 14, 2026, at approximately 22:42 GMT-6, a binary file (WhatsApp Installer(4).exe) spontaneously downloaded without user initiation immediately after pasting a publicly accessible U.S. Central Intelligence Agency (CIA) Reading Room URL into a personal WhatsApp chat. Minutes prior to this event, the researcher had been authoring a theoretical attack document on Overleaf under the generic filename main.tex, suggesting potential real-time semantic content monitoring as a compound trigger mechanism. This iteration (designated OMEGA INFINITY 2.0) demonstrates: (1) identical valid Microsoft digital certificates despite modified binary content, (2) different SHA-256 hash values while maintaining cryptographic signature validity, (3) URL-triggered autonomous deployment behavior suggesting coordinated cryptographic infrastructure compromise or deep platform-level interception, (4) two distinct impossible future timestamps embedded in different metadata structures---a PE Creation Time of 2054-09-13 and a PDB Modify Date of 2072-02-08---ruling out clock misconfiguration and indicating deliberate field-specific manipulation, and (5) critically, that the legitimate WhatsApp installer downloaded directly from https://www.whatsapp.com/download shares the exact same impossible PE Creation Time as the confirmed malicious binary, demonstrating that both originate from the same compromised build pipeline and that WhatsApp's official distribution infrastructure is itself compromised. Comparative analysis was conducted via Triage Sandbox for both the anomalous binary (Sample ID: 260215-fcn44sbw8a, threat score 8/10) and a verified legitimate WhatsApp installer downloaded from the official source (Sample ID: 260215-fnpvsab12c, threat score 4/10). Additional cross-validation was performed via VirusTotal and Threat.Rip static analysis. Complete forensic evidence has been deposited to Zenodo (DOI: 10.5281/zenodo.18652224), OSF (DOI: 10.17605/OSF.IO/7JW58), and IPFS for independent verification, censorship-resistant preservation, and peer review. The findings indicate that the compromise does not originate at the endpoint---it originates at or above the level of WhatsApp's official build and distribution infrastructure, potentially affecting over 2 billion users worldwide.