622 matches found
CVE-2019-6494
IMFForceDelete.sys in IObit Malware Fighter 6.2 allows a low privileged user to send IOCTL 0x8016E000 along with a user defined string to a file; that file will be promptly deleted regardless of access controls...
CVE-2019-6494
IMFForceDelete.sys in IObit Malware Fighter 6.2 allows a low privileged user to send IOCTL 0x8016E000 along with a user defined string to a file; that file will be promptly deleted regardless of access controls...
Design/Logic Flaw
IMFForceDelete.sys in IObit Malware Fighter 6.2 allows a low privileged user to send IOCTL 0x8016E000 along with a user defined string to a file; that file will be promptly deleted regardless of access controls...
CVE-2019-6494
IMFForceDelete.sys in IObit Malware Fighter 6.2 allows a low privileged user to send IOCTL 0x8016E000 along with a user defined string to a file; that file will be promptly deleted regardless of access controls...
CVE-2019-6494
CVE-2019-6494 concerns IMFForceDelete.sys in IObit Malware Fighter 6.2. A low-privileged user can send IOCTL 0x8016E000 with a user-supplied string to a file, causing that file to be deleted regardless of access controls. The connected Red Hat and NVD entries corroborate the same description acro...
CVE-2019-6494: Undefined Security Weakness
IMFForceDelete.sys in IObit Malware Fighter 6.2 allows a low privileged user to send IOCTL 0x8016E000 along with a user defined string to a file; that file will be promptly deleted regardless of access controls...
Design/Logic Flaw
SmartDefragDriver.sys 2.0 in IObit Smart Defrag 6 never frees an executable kernel pool that is allocated with user defined bytes and size when IOCTL 0x9C401CC0 is called. This kernel pointer can be leaked if the kernel pool becomes a "big" pool...
CVE-2019-6493
SmartDefragDriver.sys 2.0 in IObit Smart Defrag 6 never frees an executable kernel pool that is allocated with user defined bytes and size when IOCTL 0x9C401CC0 is called. This kernel pointer can be leaked if the kernel pool becomes a "big" pool...
CVE-2019-6493
CVE-2019-6493 affects IObit Smart Defrag 6 (SmartDefragDriver.sys, v2.0). The issue arises because the driver never frees an executable kernel pool allocated with user-defined bytes and size when IOCTL 0x9C401CC0 is invoked, allowing a leak of a kernel pointer if the pool becomes a “big” pool. Co...
CVE-2019-6493: Missing Release of Memory after Effective Lifetime
SmartDefragDriver.sys 2.0 in IObit Smart Defrag 6 never frees an executable kernel pool that is allocated with user defined bytes and size when IOCTL 0x9C401CC0 is called. This kernel pointer can be leaked if the kernel pool becomes a "big" pool...
CVE-2019-6492
SmartDefragDriver.sys 2.0 in IObit Smart Defrag 6 never frees an executable kernel pool that is allocated with user defined bytes and size when IOCTL 0x9C401CC4 is called. This kernel pointer can be leaked if the kernel pool becomes a "big" pool...
Null pointer dereference
SmartDefragDriver.sys 2.0 in IObit Smart Defrag 6 never frees an executable kernel pool that is allocated with user defined bytes and size when IOCTL 0x9C401CC4 is called. This kernel pointer can be leaked if the kernel pool becomes a "big" pool...
CVE-2019-6492
SmartDefragDriver.sys 2.0 in IObit Smart Defrag 6 never frees an executable kernel pool that is allocated with user defined bytes and size when IOCTL 0x9C401CC4 is called. This kernel pointer can be leaked if the kernel pool becomes a "big" pool...
CVE-2019-6492
CVE-2019-6492 affects IObit Smart Defrag 6, specifically SmartDefragDriver.sys (version 2.0). The issue: a kernel-pool allocation made with user-defined bytes/size via IOCTL 0x9C401CC4 is never freed, allowing a kernel-pointer leak if the pool grows large. This description is supported by Red Hat...
CVE-2019-6492: Missing Release of Memory after Effective Lifetime
SmartDefragDriver.sys 2.0 in IObit Smart Defrag 6 never frees an executable kernel pool that is allocated with user defined bytes and size when IOCTL 0x9C401CC4 is called. This kernel pointer can be leaked if the kernel pool becomes a "big" pool...
The vulnerability of the IOBit Advanced SystemCare optimization tool, related to privilege management errors, allows a hacker to compromise the confidentiality, integrity, and accessibility of protected information.
The vulnerability of the IOBit Advanced SystemCare optimization tool is related to privilege management errors. Exploiting this vulnerability can allow an attacker to compromise the confidentiality, integrity, and accessibility of protected information...
The vulnerability of the IOBit Advanced SystemCare optimization tool, related to privilege management errors, allows a hacker to compromise the confidentiality, integrity, and accessibility of protected information.
The vulnerability of the IOBit Advanced SystemCare optimization tool is related to privilege management errors. Exploiting this vulnerability allows a remote attacker to compromise the confidentiality, integrity, and accessibility of protected information...
The vulnerability of the IOBit Advanced SystemCare optimization tool, related to insufficient data protection, allows a hacker to disclose protected information.
The vulnerability of the IOBit Advanced SystemCare optimization tool is related to insufficient data protection. Exploiting this vulnerability can allow a hacker to disclose protected information...
IOBit Malware Fighter stack buffer overflow vulnerability (CNVD-2018-23265)
IObit Malware Fighter is an anti-malware and antivirus program for Microsoft Windows operating systems designed to remove and protect against malware, including trojans, rootkits and ransomware. A buffer overflow vulnerability in the stack exists in RegFilter.sys in IOBit Malware Fighter 6.2. An...
IOBit Malware Fighter Stack Buffer Overflow Vulnerability (CNVD-2018-23266)
IObit Malware Fighter is an anti-malware and antivirus program for Microsoft Windows operating systems designed to remove and protect against malware, including trojans, rootkits and ransomware. A buffer overflow vulnerability in the stack exists in RegFilter.sys in IOBit Malware Fighter 6.2. An...