Multiple vulnerabilities in Google Chrome

Descripción

Multiple vulnerabilities were found in Google Chrome. Malicious users can exploit these vulnerabilities to bypass security restrictions, cause denial of service, obtain sensitive information, execute arbitrary code, spoof user interface.

Below is a complete list of vulnerabilities:

1. Policy bypass vulnerability in LocalNetworkAccess can be exploited to bypass security restrictions.
2. Policy bypass vulnerability in Downloads can be exploited to bypass security restrictions.
3. Inappropriate implementation vulnerability in V8 can be exploited to cause denial of service.
4. Heap buffer overflow vulnerability in WebAudio can be exploited to cause denial of service.
5. Heap buffer overflow vulnerability in WebML can be exploited to cause denial of service.
6. Policy bypass vulnerability in Audio can be exploited to bypass security restrictions.
7. Integer overflow vulnerability in Media can be exploited to cause denial of service.
8. Policy bypass vulnerability in DevTools can be exploited to bypass security restrictions.
9. Integer overflow vulnerability in WebRTC can be exploited to cause denial of service.
10. Cryptographic Flaw vulnerability in PDFium can be exploited to obtain sensitive information.
11. Use after free vulnerability in Media can be exploited to cause denial of service or execute arbitrary code.
12. Incorrect security UI vulnerability in Omnibox can be exploited to spoof user interface.
13. Policy bypass vulnerability in IFrameSandbox can be exploited to bypass security restrictions.
14. Incorrect security UI vulnerability in Permissions can be exploited to spoof user interface.
15. Type confusion vulnerability in V8 can be exploited to cause denial of service.
16. Incorrect security UI vulnerability in History Navigation can be exploited to spoof user interface.
17. Use after free vulnerability in V8 can be exploited to cause denial of service or execute arbitrary code.
18. Out of bounds read vulnerability in Blink can be exploited to cause denial of service.
19. Race vulnerability in WebCodecs can be exploited to obtain sensitive information.
20. Type confusion vulnerability in CSS can be exploited to cause denial of service.
21. Use after free vulnerability in Blink can be exploited to cause denial of service or execute arbitrary code.
22. Inappropriate implementation vulnerability in PDF can be exploited to cause denial of service.
23. Policy bypass vulnerability in Blink can be exploited to bypass security restrictions.
24. Incorrect security UI vulnerability in browser UI can be exploited to spoof user interface.
25. Uninitialized Use vulnerability in WebCodecs can be exploited to obtain sensitive information.
26. Incorrect security UI vulnerability in Downloads can be exploited to spoof user interface.
27. Inappropriate implementation vulnerability in Navigation can be exploited to cause denial of service.
28. Race vulnerability in V8 can be exploited to obtain sensitive information.
29. Insufficient validation of untrusted input vulnerability in Media can be exploited remotely to execute arbitrary code.
30. Out of bounds read and write vulnerability in V8 can be exploited to cause denial of service.
31. Insufficient validation of untrusted input vulnerability in WebSockets can be exploited remotely to execute arbitrary code.
32. Out of bounds read vulnerability in WebAudio can be exploited to cause denial of service.
33. Race vulnerability in Media can be exploited to obtain sensitive information.
34. Use after free vulnerability in Navigation can be exploited to cause denial of service or execute arbitrary code.
35. Heap buffer overflow vulnerability in ANGLE can be exploited to cause denial of service.
36. Policy bypass vulnerability in ServiceWorkers can be exploited to bypass security restrictions.
37. Incorrect security UI vulnerability in Fullscreen can be exploited to spoof user interface.
38. Insufficient validation of untrusted input vulnerability in WebML can be exploited remotely to execute arbitrary code.
39. Integer overflow vulnerability in Skia can be exploited to cause denial of service.
40. Insufficient data validation vulnerability in Media can be exploited to cause denial of service.
41. Insufficient validation of untrusted input vulnerability in ANGLE can be exploited remotely to execute arbitrary code.
42. Incorrect security UI vulnerability in Blink can be exploited to spoof user interface.
43. Insufficient policy enforcement vulnerability in browser UI can be exploited to spoof user interface.
44. Side-channel information leakage vulnerability in Navigation can be exploited to obtain sensitive information.
45. Use after free vulnerability in WebRTC can be exploited to cause denial of service or execute arbitrary code.
46. Insufficient policy enforcement vulnerability in PWAs can be exploited to spoof user interface.
47. Integer overflow vulnerability in WebML can be exploited to cause denial of service.
48. Insufficient validation of untrusted input vulnerability in Downloads can be exploited remotely to execute arbitrary code.
49. Use after free vulnerability in PrivateAI can be exploited to cause denial of service or execute arbitrary code.

Notas informativas originales

• Stable Channel Update for Desktop

Productos relacionados

• Google-Chrome

Lista CVE

• CVE-2026-5858
  critical
• CVE-2026-5859
  critical
• CVE-2026-5860
  critical
• CVE-2026-5861
  critical
• CVE-2026-5862
  critical
• CVE-2026-5863
  critical
• CVE-2026-5864
  warning
• CVE-2026-5865
  critical
• CVE-2026-5866
  critical
• CVE-2026-5867
  warning
• CVE-2026-5868
  critical
• CVE-2026-5869
  warning
• CVE-2026-5870
  critical
• CVE-2026-5871
  critical
• CVE-2026-5872
  critical
• CVE-2026-5873
  critical
• CVE-2026-5874
  critical
• CVE-2026-5875
  warning
• CVE-2026-5876
  high
• CVE-2026-5877
  critical
• CVE-2026-5878
  warning
• CVE-2026-5879
  critical
• CVE-2026-5880
  warning
• CVE-2026-5881
  high
• CVE-2026-5882
  warning
• CVE-2026-5883
  unknown
• CVE-2026-5884
  critical
• CVE-2026-5885
  high
• CVE-2026-5886
  high
• CVE-2026-5887
  warning
• CVE-2026-5888
  high
• CVE-2026-5889
  warning
• CVE-2026-5890
  unknown
• CVE-2026-5891
  warning
• CVE-2026-5892
  high
• CVE-2026-5893
  high
• CVE-2026-5894
  warning
• CVE-2026-5895
  high
• CVE-2026-5896
  high
• CVE-2026-5897
  warning
• CVE-2026-5898
  warning
• CVE-2026-5899
  high
• CVE-2026-5900
  warning
• CVE-2026-5901
  high
• CVE-2026-5902
  critical
• CVE-2026-5903
  high
• CVE-2026-5904
  critical
• CVE-2026-5905
  high
• CVE-2026-5906
  warning
• CVE-2026-5907
  critical
• CVE-2026-5908
  critical
• CVE-2026-5909
  critical
• CVE-2026-5910
  critical
• CVE-2026-5911
  warning
• CVE-2026-5912
  critical
• CVE-2026-5913
  critical
• CVE-2026-5914
  critical
• CVE-2026-5915
  critical
• CVE-2026-5918
  warning
• CVE-2026-5919
  high

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