Multiple vulnerabilities in Microsoft Browser

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

Below is a complete list of vulnerabilities:

1. A remote code execution vulnerability in Input can be exploited remotely to execute arbitrary code.
2. A remote code execution vulnerability in Extensions can be exploited remotely to execute arbitrary code.
3. Denial of service vulnerability in FileSystem can be exploited remotely to cause denial of service.
4. Denial of service vulnerability in Media can be exploited remotely to cause denial of service.
5. Denial of service vulnerability in GPU can be exploited remotely to cause denial of service.
6. Denial of service vulnerability in UI can be exploited remotely to cause denial of service.
7. A remote code execution vulnerability in GTK can be exploited remotely to execute arbitrary code.
8. Denial of service vulnerability in WebAudio can be exploited remotely to cause denial of service.
9. A remote code execution vulnerability in HID can be exploited remotely to execute arbitrary code.
10. A remote code execution vulnerability in Blink can be exploited remotely to execute arbitrary code.
11. A remote code execution vulnerability in ANGLE can be exploited remotely to execute arbitrary code.
12. Security vulnerability in Network can be exploited to bypass security restrictions.
13. A remote code execution vulnerability in Core can be exploited remotely to execute arbitrary code.
14. A remote code execution vulnerability in Google Lens can be exploited remotely to execute arbitrary code.
15. Denial of service vulnerability in Chromoting can be exploited remotely to cause denial of service.
16. A remote code execution vulnerability in Internationalization can be exploited remotely to execute arbitrary code.
17. Security vulnerability in Passwords can be exploited to bypass security restrictions.
18. Denial of service vulnerability in WebML can be exploited remotely to cause denial of service.
19. A spoofing vulnerability in Microsoft Edge (Chromium-based) can be exploited remotely to spoof user interface.
20. Security vulnerability in IFrame Sandbox can be exploited to bypass security restrictions.
21. A remote code execution vulnerability in GPU can be exploited remotely to execute arbitrary code.
22. A remote code execution vulnerability in Mojo can be exploited remotely to execute arbitrary code.
23. A remote code execution vulnerability in Media can be exploited remotely to execute arbitrary code.
24. A remote code execution vulnerability in Fonts can be exploited remotely to execute arbitrary code.
25. A remote code execution vulnerability in Codecs can be exploited remotely to execute arbitrary code.
26. Denial of service vulnerability in V8 can be exploited remotely to cause denial of service.
27. A remote code execution vulnerability in Downloads can be exploited remotely to execute arbitrary code.
28. Denial of service vulnerability in DataTransfer can be exploited remotely to cause denial of service.
29. A remote code execution vulnerability in Microsoft Edge (Chromium-based) can be exploited remotely to execute arbitrary code.
30. Denial of service vulnerability in ANGLE can be exploited remotely to cause denial of service.
31. Security vulnerability in GPU can be exploited to bypass security restrictions.
32. A remote code execution vulnerability in UI can be exploited remotely to execute arbitrary code.
33. Denial of service vulnerability in Downloads can be exploited remotely to cause denial of service.
34. A remote code execution vulnerability in XML can be exploited remotely to execute arbitrary code.
35. A remote code execution vulnerability in Accessibility can be exploited remotely to execute arbitrary code.
36. Denial of service vulnerability in Skia can be exploited remotely to cause denial of service.
37. Denial of service vulnerability in WebRTC can be exploited remotely to cause denial of service.
38. A remote code execution vulnerability in Dawn can be exploited remotely to execute arbitrary code.
39. Denial of service vulnerability in SwiftShader can be exploited remotely to cause denial of service.
40. Denial of service vulnerability in SiteIsolation can be exploited remotely to cause denial of service.
41. Denial of service vulnerability in CORS can be exploited remotely to cause denial of service.
42. Security vulnerability in AI can be exploited to bypass security restrictions.
43. A remote code execution vulnerability in WebShare can be exploited remotely to execute arbitrary code.
44. A remote code execution vulnerability in Skia can be exploited remotely to execute arbitrary code.
45. Information disclosure vulnerability in Navigation can be exploited to obtain sensitive information.
46. Denial of service vulnerability in Views can be exploited remotely to cause denial of service.
47. A security feature bypass vulnerability in Microsoft Edge (Chromium-based) can be exploited remotely to bypass security restrictions.
48. A remote code execution vulnerability in FileSystem can be exploited remotely to execute arbitrary code.
49. Security UI vulnerability in Fullscreen can be exploited to spoof user interface.
50. Security vulnerability in ViewTransitions can be exploited to bypass security restrictions.
51. Security vulnerability in Payments can be exploited to bypass security restrictions.
52. Security vulnerability in SanitizerAPI can be exploited to bypass security restrictions.
53. Denial of service vulnerability in Codecs can be exploited remotely to cause denial of service.
54. Security vulnerability in Compositing can be exploited to bypass security restrictions.
55. A remote code execution vulnerability in Aura can be exploited remotely to execute arbitrary code.
56. Denial of service vulnerability in ReadingMode can be exploited remotely to cause denial of service.
57. A remote code execution vulnerability in Network can be exploited remotely to execute arbitrary code.
58. Denial of service vulnerability in Fonts can be exploited remotely to cause denial of service.

Oficiální doporučení

• CVE-2026-8513

• CVE-2026-8587
• CVE-2026-8543
• CVE-2026-8585
• CVE-2026-8546
• CVE-2026-8541
• CVE-2026-8555
• CVE-2026-8524
• CVE-2026-8515
• CVE-2026-8518
• CVE-2026-8519
• CVE-2026-8578
• CVE-2026-8572
• CVE-2026-8542
• CVE-2026-8550
• CVE-2026-8586
• CVE-2026-8535
• CVE-2026-8559
• CVE-2026-8552
• CVE-2026-8547
• CVE-2026-8548
• CVE-2026-8509
• CVE-2026-45494
• CVE-2026-8538
• CVE-2026-8563
• CVE-2026-8534
• CVE-2026-8580
• CVE-2026-8544
• CVE-2026-8577
• CVE-2026-8573
• CVE-2026-8570
• CVE-2026-8551
• CVE-2026-8516
• CVE-2026-45495
• CVE-2026-8553
• CVE-2026-8554
• CVE-2026-8571
• CVE-2026-8540
• CVE-2026-8575
• CVE-2026-8565
• CVE-2026-8532
• CVE-2026-8557
• CVE-2026-8579
• CVE-2026-8526
• CVE-2026-8582
• CVE-2026-8560
• CVE-2026-8525
• CVE-2026-8528
• CVE-2026-8576
• CVE-2026-8568
• CVE-2026-8517
• CVE-2026-8510
• CVE-2026-8527
• CVE-2026-8581
• CVE-2026-8562
• CVE-2026-8511
• CVE-2026-8523
• CVE-2026-8584
• CVE-2026-45492
• CVE-2026-8531
• CVE-2026-8512
• CVE-2026-8561
• CVE-2026-8533
• CVE-2026-8556
• CVE-2026-8537
• CVE-2026-8566
• CVE-2026-8539
• CVE-2026-8529
• CVE-2026-8545
• CVE-2026-8514
• CVE-2026-8536
• CVE-2026-8567
• CVE-2026-8569
• CVE-2026-8530
• CVE-2026-8558
• CVE-2026-8549

Související produkty

• Microsoft-Edge

seznam CVE

• CVE-2026-8509
  critical
• CVE-2026-8510
  critical
• CVE-2026-8511
  critical
• CVE-2026-8512
  critical
• CVE-2026-8513
  critical
• CVE-2026-8514
  critical
• CVE-2026-8515
  critical
• CVE-2026-8516
  high
• CVE-2026-8517
  critical
• CVE-2026-8518
  critical
• CVE-2026-8519
  critical
• CVE-2026-8523
  critical
• CVE-2026-8524
  critical
• CVE-2026-8525
  critical
• CVE-2026-8526
  critical
• CVE-2026-8527
  critical
• CVE-2026-8528
  warning
• CVE-2026-8529
  critical
• CVE-2026-8530
  critical
• CVE-2026-8531
  critical
• CVE-2026-8532
  critical
• CVE-2026-8533
  critical
• CVE-2026-8534
  critical
• CVE-2026-8535
  high
• CVE-2026-8536
  warning
• CVE-2026-8537
  warning
• CVE-2026-8538
  high
• CVE-2026-8539
  high
• CVE-2026-8540
  critical
• CVE-2026-8541
  high
• CVE-2026-8542
  critical
• CVE-2026-8543
  high
• CVE-2026-8544
  critical
• CVE-2026-8545
  warning
• CVE-2026-8546
  high
• CVE-2026-8547
  critical
• CVE-2026-8548
  critical
• CVE-2026-8549
  critical
• CVE-2026-8550
  high
• CVE-2026-8551
  critical
• CVE-2026-8552
  warning
• CVE-2026-8553
  warning
• CVE-2026-8554
  warning
• CVE-2026-8555
  critical
• CVE-2026-8556
  warning
• CVE-2026-8557
  critical
• CVE-2026-8558
  critical
• CVE-2026-8559
  warning
• CVE-2026-8560
  warning
• CVE-2026-8561
  high
• CVE-2026-8562
  warning
• CVE-2026-8563
  warning
• CVE-2026-8565
  warning
• CVE-2026-8566
  warning
• CVE-2026-8567
  warning
• CVE-2026-8568
  warning
• CVE-2026-8569
  critical
• CVE-2026-8570
  high
• CVE-2026-8571
  critical
• CVE-2026-8572
  warning
• CVE-2026-8573
  critical
• CVE-2026-8575
  critical
• CVE-2026-8576
  warning
• CVE-2026-8577
  critical
• CVE-2026-8578
  warning
• CVE-2026-8579
  warning
• CVE-2026-8580
  critical
• CVE-2026-8581
  critical
• CVE-2026-8582
  high
• CVE-2026-8584
  warning
• CVE-2026-8585
  critical
• CVE-2026-8586
  high
• CVE-2026-8587
  critical
• CVE-2026-45494
  high
• CVE-2026-45495
  critical
• CVE-2026-45492
  high

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