Google reveals zero-day exploits in enterprise tech surged 64% last year

Google reveals zero-day exploits in enterprise tech surged 64% last year

March 27, 2024 at 10:06AM

The latest report by Google’s Threat Analysis Group and Mandiant reveals a surge in zero-day exploits targeting enterprise-specific software and appliances, surpassing overall zero-day bugs. The increase signals a shift in malicious exploitation targets, with a significant rise in exploits affecting enterprise technologies. The report also delves into the motivations and sources behind these exploits.

Key takeaways from the meeting notes include:

1. Zero-day exploits targeting enterprise-specific software and appliances have surpassed zero-day bugs overall, with a notable increase in 2023 compared to the previous year.
2. The report by Google’s Threat Analysis Group (TAG) and Mandiant highlights a significant growth in enterprise-specific technology zero-days, indicating a shift in the types of products targeted for malicious exploitation.
3. Notable investments by vendors such as Apple, Google, and Microsoft have contributed to reducing the prevalence of certain vulnerabilities in end-user platforms.
4. There has been an increase in zero-days across third-party components and libraries, allowing attackers to exploit one vulnerability while affecting multiple products.
5. Enterprise tech zero-days were attributed to buggy security software and appliances, with specific vendors such as Barracuda, Cisco, Ivanti, and Trend Micro being mentioned.
6. The majority of last year’s exploits can be attributed to commercial surveillance vendors and government cyberspies, with commercially motivated criminals being responsible for a smaller portion.
7. China’s government emerged as the most prolific nation-state attacker, with an increasing number of zero-day exploits attributed to them in 2023.

The meeting notes provide valuable insight into the evolving landscape of zero-day vulnerabilities and the actors behind their exploitation, underscoring the need for proactive security measures and patching practices to mitigate these risks.

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