CVE-2022-1622: Input Validation

Published May 11, 2022
·
Updated

Accelerate Framework. A memory consumption issue was addressed with improved memory handling.

Other sources

APFS. An access issue was addressed with improved access restrictions.

— Apple

Apple Neural Engine. The issue was addressed with improved memory handling.

— Apple

AppleAVD. A memory corruption issue was addressed with improved state management.

— Apple

AppleAVD. This issue was addressed with improved checks.

— Apple

AppleMobileFileIntegrity. A configuration issue was addressed with additional restrictions.

— Apple

Credit

CVE-2022-1622, Mohamed Ghannam@@_simo36, Yinyi Wu(Google Project Zero), ABC Research s.r.o(Google Project Zero), Natalie Silvanovich(Google Project Zero), Tommaso Bianco@@cutesmilee__, Antonio Zekic@@antoniozekic, John Aakerblom@@jaakerblom, Antonio Zekic@@antoniozekic(Google Project Zero), an anonymous researcher, Wojciech Reguła@@_r3ggi(SecuRing), Koh M. Nakagawa(FFRI Security Inc), Mickey Jin@@patch1t, Anonymous(Trend Micro Zero Day Initiative), ABC Research s.r.o., Jonathan Bar Or(Microsoft), Mickey Jin@@patch1t(Trend Micro), Jonathan Zhang(Open Computing Facility), David Hoyt(Hoyt LLC), Guilherme Rambo(Best Buddy Apps), Halle Winkler@@hallewinkler(Politepix), Thijs Alkemade(Computest Sector 7), Arsenii Kostromin, Arsenii Kostromin (0x3c3e), Kshitij Kumar(Crowdstrike), Jai Musunuri(Crowdstrike), CVE-2022-32205, CVE-2022-32206, CVE-2022-32207, CVE-2022-32208, Sergii Kryvoblotskyi(MacPaw Inc), Linus Henze(Pinauten GmbH), Tommy Muir@@Muirey03, Jiří Vinopal@@vinopaljiri(Check Point Research), Sonali Luthar(the University of Virginia), Michael Liao(the University of Illinois at Urbana), Rohan Pahwa(Rutgers University), (University of Florida), Bao Nguyen(University of Florida), Bistrit Dahal, Csaba Fitzl@@theevilbit(Offensive Security), Wojciech Reguła(SecuRing), Ron Masas (breakpoint.sh)(BreakPoint Technologies LTD), Pan ZhenPeng@@Peterpan0927, Asahi Lina@@LinaAsahi, Yutao Wang@@Jack, Yu Zhou@@yuzhou6666, Evgeny Legerov(Intevydis), Joshua Jones, Yiğit Can YILMAZ@@yilmazcanyigit, Peter Pan ZhenPeng(STAR Labs), Tingting Yin(Tsinghua University), Zweig(Kunlun Lab), Ian Beer(Google Project Zero), Tim Michaud@@TimGMichaud(Moveworks), Xinru Chi(Pangu Lab), Ron Masas(breakpointhq), Xingwei Lin@@xwlin_roy(Ant Security Light), Yinyi Wu(Ant Security Light), CVE-2021-39537, CVE-2022-29458, Gustav Hansen(WithSecure), Ubeydullah Sümer, Ezekiel Elin, Ashwani Rajput(Nagarro Software Pvt), Srijan Shivam Mishra(The Hack Report), Jugal Goradia(Aastha Technologies), Evan Ricafort (evanricafort.com)(Invalid Web Security), Shesha Sai C (linkedin.com/in/shesha-sai-c-18585b125)(Pune), (Pune), Amod Raghunath Patwardhan(Pune), India, CVE-2022-28739, Rohit Chatterjee(University of Illinois Urbana), Justin Bui@@slyd0g(Snowflake), Cristian Dinca(Tudor Vianu National High School of Computer Science of), Om kothawade(Zaprico Digital), Andrew Goldberg(The McCombs School of Business), The University(Texas at Austin), Felix Poulin-Belanger, CVE-2021-36690, Adam Chester(TrustedSec), Thijs Alkemade@@xnyhps(Computest Sector 7), CVE-2022-0261, CVE-2022-0318, CVE-2022-0319, CVE-2022-0351, CVE-2022-0359, CVE-2022-0361, CVE-2022-0368, CVE-2022-0392, CVE-2022-0554, CVE-2022-0572, CVE-2022-0629, CVE-2022-0685, CVE-2022-0696, CVE-2022-0714, CVE-2022-0729, CVE-2022-0943, CVE-2022-1381, CVE-2022-1420, CVE-2022-1725, CVE-2022-1616, CVE-2022-1619, CVE-2022-1620, CVE-2022-1621, CVE-2022-1629, CVE-2022-1674, CVE-2022-1733, CVE-2022-1735, CVE-2022-1769, CVE-2022-1927, CVE-2022-1942, CVE-2022-1968, CVE-2022-1851, CVE-2022-1897, CVE-2022-1898, CVE-2022-1720, CVE-2022-2000, CVE-2022-2042, CVE-2022-2124, CVE-2022-2125, CVE-2022-2126, Francisco Alonso@@revskills, P1umer@@p1umer, afang@@afang5472, xmzyshypnc@@xmzyshypnc1, Jeonghoon Shin at Theori@@singi21a(Trend Micro Zero Day Initiative), Jihwan Kim@@gPayl0ad, Dohyun Lee@@l33d0hyun, Dohyun Lee@@l33d0hyun(SSD Labs), Abdulrahman Alqabandi(Microsoft Browser Vulnerability Research), Ryan Shin(IAAI SecLab at Korea University), Dohyun Lee@@l33d0hyun(DNSLab at Korea University), Wonyoung Jung@@nonetype_pwn(KAIST Hacking Lab), Yonghwi Jin at Theori@@jinmo123(Trend Micro Zero Day Initiative), 楼梦想改造家@@18(DBAppSecurity's WeBin lab), @@jq0904(DBAppSecurity's WeBin lab), Jeff Johnson, Wang Yu(Cyberserval), Evgeny Legerov, ryuzaki

Affected Software

19 affected componentsFixes available
Apple macOS Big Sur<11.7
11.7
Apple tvOS<16
16
Apple WatchOS<9
9
Apple macOS Monterey<12.6
12.6
Apple macOS Ventura<13
13
Apple iOS<16
16
LibTIFF libtiff=4.3.0
Fedoraproject Fedora=35
Fedoraproject Fedora=36
NetApp ONTAP Select Deploy administration utility
Apple iPhone OS<16.0
Apple macOS>=11.0<11.7
Apple macOS>=12.0<12.6
Apple tvOS<16.0
Apple WatchOS<9.0
debian/tiff<4.4.0~rc1-1
4.4.0~rc1-1
debian/tiff<4.4.0~rc1-1
4.4.0~rc1-1
debian/tiff<4.4.0~rc1-1
4.4.0~rc1-1
debian/tiff
4.5.0-6+deb12u44.7.0-3+deb13u34.7.2-1

Remediation

Recommended actions to resolve this vulnerability, in priority order.

  1. Upgrade

    Upgrade Apple macOS to a version that resolves this vulnerability.

    Fixed in 11.7
  2. Upgrade

    Upgrade tvOS to a version that resolves this vulnerability.

    Fixed in 16
  3. Upgrade

    Upgrade Apple iOS, iPadOS, and watchOS to a version that resolves this vulnerability.

    Fixed in 9
  4. Upgrade

    Upgrade macOS to a version that resolves this vulnerability.

    Fixed in 12.6
  5. Upgrade

    Upgrade macOS Ventura to a version that resolves this vulnerability.

    Fixed in 13
  6. Upgrade

    Upgrade Apple iOS and iPadOS to a version that resolves this vulnerability.

    Fixed in 16
  7. Upgrade

    Upgrade debian/tiff to a version that resolves this vulnerability.

    Fixed in 4.5.0-6+deb12u4Fixed in 4.7.0-3+deb13u3Fixed in 4.7.2-1
  8. Upgrade

    Upgrade debian/tiff to a version that resolves this vulnerability.

    Fixed in 4.4.0~rc1-1
  9. Upgrade

    Upgrade to a fixed release to a version that resolves this vulnerability.

    Fixed in 13
  10. Upgrade

    Upgrade libtiff to a version that resolves this vulnerability.

    Patch b4e79bfa
  11. Upgrade

    Upgrade curl to a version that resolves this vulnerability.

    Fixed in 7.84.0

Event History

May 11, 2022
CVE Published
via MITRE·12:00 AM
Data Sourced
via MITRE·12:00 AM
DescriptionSeverityWeakness
Data Sourced
via OSV·03:15 PM
DescriptionSeverityAffected Software
Oct 24, 2022
Data Sourced
via Apple·12:00 AM
DescriptionWeaknessAffected Software

Parent advisories

This vulnerability appears in the following advisories.

Peer vulnerabilities

Found alongside the following vulnerabilities.

Frequently Asked Questions

1

What is CVE-2022-1622?

CVE-2022-1622 is a denial-of-service vulnerability in LibTIFF that allows attackers to cause a denial-of-service via a crafted tiff file.

2

Which versions of Apple macOS are affected by CVE-2022-1622?

Apple macOS Monterey (up to version 12.6) and macOS Big Sur (up to version 11.7) are affected by CVE-2022-1622.

3

Which versions of Apple iOS are affected by CVE-2022-1622?

Apple iOS (up to version 16) is affected by CVE-2022-1622.

4

Which versions of Apple watchOS are affected by CVE-2022-1622?

Apple watchOS (up to version 9) is affected by CVE-2022-1622.

5

Which versions of Apple tvOS are affected by CVE-2022-1622?

Apple tvOS (up to version 16) is affected by CVE-2022-1622.

6

How can I fix CVE-2022-1622 on Apple devices?

Apply the recommended OS or package updates provided by Apple.

Company

Resources

Contact

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