Firefox RCE Vulnerability Fixed

This newsletter is AI generated and may hallucinate sometimes 😊

Koi to join Palo Alto Networks: A Defining Moment

  • Autonomous AI agents emerge as persistent actors with privileged access on evolving software endpoints.
  • Traditional security governance is lacking for non-traditional software components and autonomous AI agents.
  • New security paradigms are critically needed to address risks posed by these evolving endpoint actors.

Source: Koi | Date: February 17, 2026

Fake Milano Cortina sites target thousands with discount scams, cybersecurity firm says

  • Cybersecurity researchers identified a widespread phishing campaign exploiting Milano Cortina event interest.
  • Fraudulent websites trick users with discount scams, leading to financial loss or malware distribution.
  • Thousands of potential victims are targeted by fake sites mimicking official event pages.

Source: Reuters | Date: February 17, 2026

Firefox v147.0.3 Released With Fix for Heap Buffer Overflow Vulnerability

  • Mozilla released Firefox version 147.0.3, addressing a critical heap buffer overflow vulnerability identified as CVE-2026-25902.
  • This vulnerability, discovered by security researcher "pwn2oh", could potentially lead to remote code execution (RCE) or denial-of-service (DoS) if exploited.
  • Users are strongly advised to update their Firefox browsers immediately to the latest version to mitigate the risk posed by this high-severity flaw.

Source: CybersecurityNews | Date: February 19, 2026

References

  1. Firefox v147.0.3 Released With Fix for Heap Buffer Overflow Vulnerability - CybersecurityNews
  2. CVE-2026-25902 Entry - NVD/MITRE

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Browser Security Roundup: Edge, Chrome Extensions, AI Phishing & React RCE

This newsletter is AI generated and may hallucinate sometimes 😊 zkLogin: when ZKP is not enough * Critical vulnerabilities discovered in zkLogin blockchain authorization, despite using zero-knowledge proofs. * Identified flaws include JWT parsing ambiguities, weak token binding, centralization risks, and impersonation attacks. * Zero-knowledge proofs alone do not guarantee secure authentication, due to