# Chrome Is Thinking Quantum - Threat Wire Source: https://www.youtube.com/watch?v=Yke1sPwxcVw Recap page: https://rapidrecap.app/video/Yke1sPwxcVw Generated: 2026-03-12T13:34:25.97+00:00 --- ## Quick Overview Google Chrome is rolling out a three-phase program to make HTTPS certificates quantum-safe using Merkle Tree Certificates (MTCs), collaborating with Cloudflare on Phase 1 feasibility studies ending by early 2028, while OpenAI's newly revealed security tool, Codex Security (formerly Artvark), scans codebases for high-severity vulnerabilities. **Key Points:** - Google Chrome is initiating a three-phase rollout plan, beginning with Phase 1 in collaboration with Cloudflare, to evaluate the performance and security of quantum-resistant HTTPS using Merkle Tree Certificates (MTCs). - The MTC propagation plan is scheduled to conclude with Phase 3 by the start of 2028, aiming to onboard Certificate Authorities to support MTCs. - A self-propagating JavaScript worm briefly vandalized Russian Wikipedia pages on March 5, 2026, by injecting malicious code into common.js files, but restoration efforts prevented permanent damage. - OpenAI announced Codex Security (formerly Artvark), a security code reviewing tool that identifies complex vulnerabilities and suggests fixes based on project context. - Codex Security found 792 critical findings across 12 million code commits from participating open-source groups, including examples like GnuTLS Heap Buffer Overflow (CVE-2026-32900). - Research from teams at ETH Zurich, Anthropic, and MATS showed that Large Language Models (LLMs) can unmask pseudonymous users online with surprising accuracy by executing pattern recognition. - Motorola phones running GrapheneOS were mentioned positively by viewers as an affordable, secure option, especially for high-risk users. ![Screenshot at 00:17: The Google Security Blog post detailing the plan to cultivate robust and efficient quantum-safe HTTPS using Merkle Tree Certificates \(MTCs\) is displayed, outlining the three phases of the rollout.](https://ss.rapidrecap.app/screens/Yke1sPwxcVw/00-00-17.jpg) **Context:** This episode of Threat Wire covers significant developments in cybersecurity, focusing primarily on Google's efforts to future-proof web security against quantum computing threats and OpenAI's release of an advanced code auditing tool. The segment also reviews a recent, brief Wikipedia vandalism incident caused by a self-propagating JavaScript worm, alongside new research demonstrating the threat LLMs pose to online anonymity. ## Detailed Analysis The video begins with updates on Chrome's plan to implement quantum-safe HTTPS via MTCs, which involves a three-phase rollout culminating in the onboarding of Certificate Authorities by early 2028. Phase 1, currently underway with Cloudflare, is a feasibility study to evaluate performance and security, using a 'fail safe' approach where MTC connections are backed by traditional X.509 certificates during the experiment. Following this, the discussion shifts to a recent incident where a self-propagating JavaScript worm hit Russian Wikipedia on March 5, 2026, executing malicious code that changed and deleted content on Meta-Wiki pages for 23 minutes; the Wikimedia Foundation stated no permanent damage occurred and personal information was not breached. The worm spread via malicious code loaded into common.js files. Next, the program covers OpenAI's announcement of Codex Security (previously named Artvark), a code security review agent that builds deep context to find complex vulnerabilities and suggests high-confidence fixes. Codex Security scanned codebases and reported 792 critical findings, including several high-severity CVEs listed in an appendix slide. Finally, the segment covers research from teams at ETH Zurich, Anthropic, and MATS which found that LLMs can successfully de-anonymize pseudonymous users online with surprising accuracy by matching writing patterns, posing a significant threat to online privacy. ### Chrome Updating HTTPS Certificates - Google Chrome is implementing a three-phase plan to secure HTTPS against quantum computers using Merkle Tree Certificates (MTCs) - Phase 1 is a feasibility study with Cloudflare, running until early 2028 - Phase 3, the finalization, is scheduled for the start of 2028. ### Wikipedia Worm - A self-propagating JavaScript worm vandalized Russian Wikipedia pages on March 5, 2026, executing malicious code injected into common.js files - The incident lasted 23 minutes, resulting in content changes/deletions on Meta-Wiki, which are now being restored without permanent damage. ### OpenAI Hardvark Reveal - OpenAI announced Codex Security (formerly Artvark) on March 6, 2026, a tool that scans codebases for security vulnerabilities and suggests fixes - It identified 792 high-severity findings across 12 million code commits from participating groups. ### Other Stories - New research from teams at ETH Zurich, Anthropic, and MATS shows LLMs can unmask pseudonymous users online with surprising accuracy using pattern recognition - Viewers expressed enthusiasm for Motorola phones running GrapheneOS as a secure, low-cost alternative. ![Screenshot at 00:10: The 'THREAT WIRE' title sequence graphic is displayed, indicating the start of the news segment.](https://ss.rapidrecap.app/screens/Yke1sPwxcVw/00-00-10.jpg) ![Screenshot at 00:17: A screen capture of the Google Security Blog post titled 'Cultivating a robust and efficient quantum-safe HTTPS' dated February 27, 2026.](https://ss.rapidrecap.app/screens/Yke1sPwxcVw/00-00-17.jpg) ![Screenshot at 01:44: A screenshot of the news article titled 'Wikipedia hit by self-propagating JavaScript worm that vandalized pages' showing the Wikipedia globe logo.](https://ss.rapidrecap.app/screens/Yke1sPwxcVw/00-01-44.jpg) ![Screenshot at 04:21: An appendix slide listing examples of high-impact OS vulnerabilities discovered by Codex Security, including specific CVE numbers.](https://ss.rapidrecap.app/screens/Yke1sPwxcVw/00-04-21.jpg)