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Google Account Recovery Vulnerability Exposes User Data

Redoracle TeamOriginal6/15/25About 1 minNewsdata breachvulnerabilitylegacy systemsprivacy concernsonline attacks

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Introduction

A critical security vulnerability in Google's account recovery system has been exposed, allowing attackers to access any Google user's phone number. This breach raises concerns about data security, vulnerability exploitation, legacy systems, privacy issues, and online attacks.

Key Highlights

  • The vulnerability was disclosed by a BruteCat security researcher and involved a brute-force attack.
  • Exploiting Google's No-JavaScript username recovery form, attackers could bypass security protections.
  • The attack methodology included obtaining the target's display name, initiating the password recovery flow, and brute-forcing the phone number.
  • Google's response was prompt, implementing temporary mitigations and working towards a permanent solution.
  • The incident underscores the ongoing security challenges posed by legacy systems and the importance of comprehensive security audits.

Insights & Analysis

The vulnerability was reported on April 14, 2025, and patched by June 6, 2025. Attackers leveraged technical workarounds to overcome Google's rate-limiting protections, achieving high verification attempts per second. The incident highlights the risks associated with legacy systems and the need for proactive cybersecurity measures.

Impact

This breach serves as a reminder of the vulnerabilities in legacy systems and the necessity for continuous security audits. It emphasizes the importance of timely vulnerability disclosures and proactive security measures to safeguard user data effectively.

Conclusion

In conclusion, the Google Account Recovery Vulnerability Exposes User Data incident sheds light on the critical need for robust cybersecurity practices, especially in the face of legacy system vulnerabilities. Organizations must remain vigilant, conduct regular security audits, and update outdated systems to protect user data from potential breaches. Fact-checking links related to this incident can be found here.

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