Pegasus Spyware Found on New Devices: Widespread Threat Confirmed

Pegasus Spyware Infections

New Pegasus Spyware Infections Detected by iVerify

Recent findings from cybersecurity firm iVerify have uncovered alarming details about Pegasus spyware, developed by the Israeli NSO Group, affecting mobile devices worldwide. Known as “Rainbow Ronin” by iVerify, Pegasus has long been associated with high-profile targets such as journalists and government officials. However, the latest discoveries reveal infections among ordinary professionals and civilians, raising concerns about its extensive reach.

Key Findings:

  • Scan Results: Out of 2,500 self-scanned devices, seven showed Pegasus infections, translating to a high infection rate of 2.5 devices per 1,000 scans.
  • Timeline: Infections date back to 2021 and span multiple iOS versions.
  • Cross-Platform Impact: Pegasus exploits vulnerabilities in both iOS and Android using advanced zero-click attacks.

iVerify’s Mobile Threat Hunting feature detected these instances, challenging traditional assumptions about mobile security. “If you scan for it, you will find it,” remarked an iVerify spokesperson. Their research also revealed five unique malware types, emphasizing the evolving nature of these threats.

How Pegasus Operates:

  • Provides complete device control to attackers.
  • Employs sophisticated techniques, including zero-click attacks, that don’t require user interaction.
  • Targets system vulnerabilities to breach mobile security protocols.

Implications for Mobile Security:

The findings expose a critical gap in current security measures. While traditionally thought to target high-risk groups, the infection rate suggests that no device is entirely safe. iVerify’s work underscores the need for proactive and user-accessible security solutions, equipping users with advanced threat detection tools.

As Pegasus continues to evolve, iVerify plans to release a detailed technical analysis, aiming to revolutionize mobile security practices and protect users from increasingly sophisticated threats.

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