Vulnerabilities > CVE-2020-14147 - Integer Overflow or Wraparound vulnerability in multiple products

CVSS 7.7 - HIGH

Attack vector

NETWORK

Attack complexity

LOW

Privileges required

LOW

Confidentiality impact

NONE

Integrity impact

NONE

Availability impact

HIGH

network

low complexity

NVD

Published: 2020-06-15

Updated: 2024-11-21

Summary

An integer overflow in the getnum function in lua_struct.c in Redis before 6.0.3 allows context-dependent attackers with permission to run Lua code in a Redis session to cause a denial of service (memory corruption and application crash) or possibly bypass intended sandbox restrictions via a large number, which triggers a stack-based buffer overflow. NOTE: this issue exists because of a CVE-2015-8080 regression.

Vulnerable Configurations

Part	Description	Count
Application	Redislabs Redislabs Redis 1.3.6 Redislabs Redis 1.3.7 Redislabs Redis 1.3.8 Redislabs Redis 1.3.9 Redislabs Redis 1.3.10 Redislabs Redis 1.3.11 Redislabs Redis 1.3.12 Redislabs Redis 2.0.0 Redislabs Redis 2.0.1 Redislabs Redis 2.0.2 Redislabs Redis 2.0.3 Redislabs Redis 2.0.4 Redislabs Redis 2.0.5 Redislabs Redis 2.1.1 Redislabs Redis 2.2 Redislabs Redis 2.2.0 Redislabs Redis 2.2.1 Redislabs Redis 2.2.2 Redislabs Redis 2.2.3 Redislabs Redis 2.2.4 Redislabs Redis 2.2.5 Redislabs Redis 2.2.6 Redislabs Redis 2.2.7 Redislabs Redis 2.2.8 Redislabs Redis 2.2.9 Redislabs Redis 2.2.10 Redislabs Redis 2.2.11 Redislabs Redis 2.2.12 Redislabs Redis 2.2.13 Redislabs Redis 2.2.14 Redislabs Redis 2.2.15 Redislabs Redis 2.2.105 Redislabs Redis 2.2.106 Redislabs Redis 2.2.107 Redislabs Redis 2.2.110 Redislabs Redis 2.2.111 Redislabs Redis 2.3 Redislabs Redis 2.4.0 Redislabs Redis 2.4.1 Redislabs Redis 2.4.2 Redislabs Redis 2.4.3 Redislabs Redis 2.4.4 Redislabs Redis 2.4.5 Redislabs Redis 2.4.6 Redislabs Redis 2.4.7 Redislabs Redis 2.4.8 Redislabs Redis 2.4.9 Redislabs Redis 2.4.10 Redislabs Redis 2.4.11 Redislabs Redis 2.4.12 Redislabs Redis 2.4.13 Redislabs Redis 2.4.14 Redislabs Redis 2.4.15 Redislabs Redis 2.4.16 Redislabs Redis 2.4.17 Redislabs Redis 2.4.18 Redislabs Redis 2.6.0 Redislabs Redis 2.6.1 Redislabs Redis 2.6.2 Redislabs Redis 2.6.3 Redislabs Redis 2.6.4 Redislabs Redis 2.6.5 Redislabs Redis 2.6.6 Redislabs Redis 2.6.7 Redislabs Redis 2.6.7-1 Redislabs Redis 2.6.8 Redislabs Redis 2.6.8-1 Redislabs Redis 2.6.9 Redislabs Redis 2.6.9-1 Redislabs Redis 2.6.10 Redislabs Redis 2.6.10-1 Redislabs Redis 2.6.10-2 Redislabs Redis 2.6.10-3 Redislabs Redis 2.6.11 Redislabs Redis 2.6.12 Redislabs Redis 2.6.13 Redislabs Redis 2.6.14 Redislabs Redis 2.6.14-1 Redislabs Redis 2.6.14-2 Redislabs Redis 2.6.15 Redislabs Redis 2.6.16 Redislabs Redis 2.6.17 Redislabs Redis 2.8.0 Redislabs Redis 2.8.1 Redislabs Redis 2.8.2 Redislabs Redis 2.8.3 Redislabs Redis 2.8.4 Redislabs Redis 2.8.5 Redislabs Redis 2.8.6 Redislabs Redis 2.8.7 Redislabs Redis 2.8.8 Redislabs Redis 2.8.9 Redislabs Redis 2.8.10 Redislabs Redis 2.8.11 Redislabs Redis 2.8.12 Redislabs Redis 2.8.13 Redislabs Redis 2.8.14 Redislabs Redis 2.8.15 Redislabs Redis 2.8.16 Redislabs Redis 2.8.17 Redislabs Redis 2.8.18 Redislabs Redis 2.8.19 Redislabs Redis 2.8.20 Redislabs Redis 2.8.21 Redislabs Redis 2.8.22 Redislabs Redis 2.8.23 Redislabs Redis 2.8.24 Redislabs Redis 3.0 Redislabs Redis 3.0.0 Redislabs Redis 3.0.1 Redislabs Redis 3.0.2 Redislabs Redis 3.0.3 Redislabs Redis 3.0.4 Redislabs Redis 3.0.5 Redislabs Redis 3.0.6 Redislabs Redis 3.0.7 Redislabs Redis 3.2 Redislabs Redis 3.2.0 Redislabs Redis 3.2.1 Redislabs Redis 3.2.2 Redislabs Redis 3.2.3 Redislabs Redis 3.2.4 Redislabs Redis 3.2.5 Redislabs Redis 3.2.6 Redislabs Redis 3.2.7 Redislabs Redis 3.2.8 Redislabs Redis 3.2.9 Redislabs Redis 3.2.10 Redislabs Redis 3.2.11 Redislabs Redis 3.2.12 Redislabs Redis 3.2.13 Redislabs Redis 4.0 Redislabs Redis 4.0.0 Redislabs Redis 4.0.1 Redislabs Redis 4.0.2 Redislabs Redis 4.0.3 Redislabs Redis 4.0.4 Redislabs Redis 4.0.5 Redislabs Redis 4.0.6 Redislabs Redis 4.0.7 Redislabs Redis 4.0.8 Redislabs Redis 4.0.9 Redislabs Redis 4.0.10 Redislabs Redis 4.0.11 Redislabs Redis 4.0.12 Redislabs Redis 4.0.13 Redislabs Redis 4.0.14 Redislabs Redis 5.0 Redislabs Redis 5.0.0 Redislabs Redis 5.0.1 Redislabs Redis 5.0.2 Redislabs Redis 5.0.3 Redislabs Redis 5.0.4 Redislabs Redis 5.0.5 Redislabs Redis 5.0.6 Redislabs Redis 5.0.7 Redislabs Redis 5.0.8 Redislabs Redis 6.0.0 Redislabs Redis 6.0.1 Redislabs Redis 6.0.2	227
Application	Oracle Oracle Communications Operations Monitor 3.4 Oracle Communications Operations Monitor 4.2 Oracle Communications Operations Monitor 4.1 Oracle Communications Operations Monitor 4.3	4
OS	Suse Suse Linux Enterprise 12.0	1
OS	Debian Debian Debian Linux 10.0	1

Common Weakness Enumeration (CWE)

CWE-190 - Integer Overflow or Wraparound

Common Attack Pattern Enumeration and Classification (CAPEC)

Forced Integer Overflow
This attack forces an integer variable to go out of range. The integer variable is often used as an offset such as size of memory allocation or similarly. The attacker would typically control the value of such variable and try to get it out of range. For instance the integer in question is incremented past the maximum possible value, it may wrap to become a very small, or negative number, therefore providing a very incorrect value which can lead to unexpected behavior. At worst the attacker can execute arbitrary code.

Summary

Vulnerable Configurations

Common Weakness Enumeration (CWE)

Common Attack Pattern Enumeration and Classification (CAPEC)

References