6 matches found
CVE-2018-16985
In Lizard formerly LZ5 2.0, use of an invalid memory address was discovered in LZ5compresscontinue in lz5compress.c, related to LZ5compressfastSmall and MEMread32. The vulnerability causes a segmentation fault and application crash, which leads to denial of service...
Design/Logic Flaw
In Lizard formerly LZ5 2.0, use of an invalid memory address was discovered in LZ5compresscontinue in lz5compress.c, related to LZ5compressfastSmall and MEMread32. The vulnerability causes a segmentation fault and application crash, which leads to denial of service...
CVE-2018-16985
In Lizard formerly LZ5 2.0, use of an invalid memory address was discovered in LZ5compresscontinue in lz5compress.c, related to LZ5compressfastSmall and MEMread32. The vulnerability causes a segmentation fault and application crash, which leads to denial of service...
CVE-2018-16985
In Lizard formerly LZ5 2.0, use of an invalid memory address was discovered in LZ5compresscontinue in lz5compress.c, related to LZ5compressfastSmall and MEMread32. The vulnerability causes a segmentation fault and application crash, which leads to denial of service...
CVE-2018-16985
In Lizard (formerly LZ5) 2.0, CVE-2018-16985 arises from an invalid memory address in LZ5_compress_continue (lz5_compress.c), related to LZ5_compress_fastSmall and MEM_read32. This leads to a segmentation fault and application crash, causing denial of service. Details on affected products/version...
CVE-2018-16985: Out-of-bounds Read
In Lizard formerly LZ5 2.0, use of an invalid memory address was discovered in LZ5compresscontinue in lz5compress.c, related to LZ5compressfastSmall and MEMread32. The vulnerability causes a segmentation fault and application crash, which leads to denial of service...