importantSYS.SOURCE: TechCrunch• 2026-10-21T21:14:19Z

Meta's AI App Muse Surpasses 10 Million Users, With Shopping as Key Feature

Meta's AI app Muse has surpassed 10 million users, with shopping activity accounting for a significant portion of user engagement. The platform is positioned for revenue growth through commerce monetization and is integral to Meta's hardware and AI expansion strategies.

Meta Muse users are adopting the app for shopping and personal productivity, the company said during its Q3 earnings call. The AI app now has over 10M users.

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> OPTIMIZING MAP POLYGON TRIANGULATION: 3.7M POLYGONS PROCESSED IN 489 MS USING EARSTRIP > COMPROMISED INTERMEDIATE CERTIFICATE AUTHORITY VULNERABILITY CVE-2026-111943 > EXPLORING NON-LLM APPROACHES FOR AI REASONING > LITELLM INVESTIGATES GITHUB TOKEN LEAK LEADING TO MALICIOUS AI PACKAGE RELEASE > CRITICAL REMOTE CODE EXECUTION VULNERABILITY IN NODE.JS BROTLI DECODER ACROSS ALL SUPPORTED VERSIONS > QPACK VULNERABILITIES IN HTTP/3 ENABLE MEMORY AMPLIFICATION ATTACKS > EXPLOIT ATTEMPT TARGETING PHP2SHELL VULNERABILITIES DETECTED FOUR DAYS BEFORE PUBLIC DISCLOSURE > OFFICIAL OPENAI CLI TOOL FOR API INTERACTION > CHINA-LINKED THREAT GROUP STORM-0940 EXPLOITS ARTEX AI FRAMEWORK IN CONNECTWISE SUPPLY CHAIN ATTACK > OPTIMAL O(N LOG N) INTEGER MULTIPLICATION ALGORITHM PROPOSED> OPTIMIZING MAP POLYGON TRIANGULATION: 3.7M POLYGONS PROCESSED IN 489 MS USING EARSTRIP > COMPROMISED INTERMEDIATE CERTIFICATE AUTHORITY VULNERABILITY CVE-2026-111943 > EXPLORING NON-LLM APPROACHES FOR AI REASONING > LITELLM INVESTIGATES GITHUB TOKEN LEAK LEADING TO MALICIOUS AI PACKAGE RELEASE > CRITICAL REMOTE CODE EXECUTION VULNERABILITY IN NODE.JS BROTLI DECODER ACROSS ALL SUPPORTED VERSIONS > QPACK VULNERABILITIES IN HTTP/3 ENABLE MEMORY AMPLIFICATION ATTACKS > EXPLOIT ATTEMPT TARGETING PHP2SHELL VULNERABILITIES DETECTED FOUR DAYS BEFORE PUBLIC DISCLOSURE > OFFICIAL OPENAI CLI TOOL FOR API INTERACTION > CHINA-LINKED THREAT GROUP STORM-0940 EXPLOITS ARTEX AI FRAMEWORK IN CONNECTWISE SUPPLY CHAIN ATTACK > OPTIMAL O(N LOG N) INTEGER MULTIPLICATION ALGORITHM PROPOSED