Access of Resource Using Incompatible Type in Postscript interpreter
- Published
- Last modified
- Where the record stands: published, rejected by its publisher, or superseded by another id.What do these mean? →
- published
- Whether CISA lists it in its Known Exploited Vulnerabilities catalog: proof that attackers are using it.What do these mean? →
- Not listed in CISA KEV
- Fix
- Fixed in CXTLS.240.077 - CXTLS.240.199, MXTLS.240.077 - MXTLS.240.199, CSTLS.240.077 - CSTLS.240.199, MSNSN.240.043 - MSNSN.240.069, MSTSN.240.043 - MSTSN.240.069, and 21 more
- Whether working attack code is public (Exploit-DB, Metasploit, Nuclei or GitHub). Public code makes attacks easier.What do these mean? →
- None on Exploit-DB, Metasploit or GitHub
- Exploitation: none
- Automatable: yes
- Technical impact: partial
Summary
Integer Overflow or Wraparound vulnerability in Lexmark International CX, XC, CS, et. Al. (Postscript interpreter modules) allows Forced Integer Overflow.The vulnerability can be leveraged by an attacker to execute arbitrary code as an unprivileged user.
Timeline
- CVE published
- CISA SSVC assessment
Exploitation: none · Automatable: yes · Technical impact: partial
- Record last updated
Affected versions
- Lexmark International CX, XC, CS, et. al.
fixed in CXTLS.240.077 - CXTLS.240.199; From CXTLS.240.200; fixed in MXTLS.240.077 - MXTLS.240.199; From MXTLS.240.200; fixed in CSTLS.240.077 - CSTLS.240.199; From CSTLS.240.200; fixed in MSNSN.240.043 - MSNSN.240.069; From MSNSN.240.200; fixed in MSTSN.240.043 - MSTSN.240.069; From MSTSN.240.200; fixed in MXTSN.240.043 - MXTSN.240.069; From MXTSN.240.200; fixed in CSNGV.240.043 - CSNGV.240.069; From CSNGV.240.200; fixed in CSTGV.240.043 - CSTGV.240.069; From CSTGV.240.200; fixed in CXTGV.240.043 - CXTGV.240.069; From CXTGV.240.200; fixed in CXTPC.240.043 - CXTPC.240.069; From CXTPC.240.200; fixed in CSTPC.240.043 - CSTPC.240.069; From CSTPC.240.200; fixed in MXTCT.240.043 - MXTCT.240.069; From MXTCT.240.200; fixed in MXTPM.240.043-MXTPM.240.069; From MXTPM.240.200; fixed in CXTMM.240.043-CXTMM.240.069; From CXTMM.240.200; fixed in CSTMM.240.043 - CSTMM.240.069; From CSTMM.240.200; fixed in CSTZJ.240.043 - CSTZJ.240.069; From CSTZJ.240.200; fixed in CSNZJ.240.043 - CSNZJ.240.069; From CSNZJ.240.200; fixed in CXTZJ.240.043 - CXTZJ.240.069; From CXTZJ.240.200; fixed in CXNZJ.240.043 - CXNZJ.240.069; From CXNZJ.240.200; fixed in MSNGM.240.043 - MSNGM.240.069; From MSNGM.240.200; fixed in MSTGM.240.043 - MSTGM.240.069; From MSTGM.240.200; fixed in MXNGM.240.043 - MXNGM.240.069; From MXNGM.240.200; fixed in MXTGM.240.043 - MXTGM.240.069; From MXTGM.240.200; fixed in MSNGW.240.043 - MSNGW.240.069; From MSNGW.240.200; fixed in MSTGW.240.043 - MSTGW.240.069; From MSTGW.240.200; fixed in MXTGW.240.043 - MXTGW.240.069; From MXTGW.240.200; through MSLSG.230.401; through MXLSG.230.401; through MSLBD.230.401; through MXLBD.230.401; through CSLBN.230.401; through CSLBL.230.401; through CXLBN.230.401; through CXLBL.230.401; through CXTPP.230.401; through CSTPP.230.401; through CSTAT.230.401; through CXTAT.230.401; through CSTMH.230.401; through CXTMH.230.401; through LW90.TL2.P215; through LW90.PR2.P215; through LW90.PR4.P215; through LW90.SB4.P215; through LW90.SB7.P215; through LW90.DN2.P215; through LW90.DN4.P215; through LW90.DN7.P215; through LW90.TU.P215; through LW90.SA.P215; through LW90.MG.P215; through LW90.GM7.P215; through LW90.GM4.P215; through LW90.VY4.P215; through LW80.PRL.P257; through LW80.SB2.P257; through LW80.VYL.P257; through LW80.VY2.P257; through LW80.GM2.P257