The vulnerability of Wi-Fi router microprogramming systems such as RAXE500, RAXE450, XR1000, MK83, MK62, R6400v2, R7850, R6700v3, R7000P, R6900P, R8000, RS400, XR300, DC112A, R6400, WNDR3400v3, R7000, MR60, MR80, MS60, MS80 arises from buffer overflows in the stack. This allows attackers to execute arbitrary code.

bdu_fstec🔗 bdu.fstec.ru👁 2 Views

Stack buffer overflows in many wifi router systems enable remote arbitrary code execution.

Vulners

Node

netgear r7850Range<1.0.5.76

netgear raxe450Range<1.0.8.70

netgear raxe500Range<1.0.8.70

netgear xr300Range<1.0.3.68

netgear r8000Range<1.0.4.76

netgear r6700v3Range<1.0.4.122

netgear r7000Range<1.0.11.130

netgear ex6400v2Range<1.0.4.122

netgear r6900pRange<1.3.3.148

netgear r7000pRange<1.3.3.148

netgear rs400Range<1.5.1.86

netgear dc112aRange<1.0.0.64

netgear xr1000Range<1.0.0.64

netgear mk83Range<1.1.6.14

netgear mk62Range<1.1.6.122

netgear r6400Range<1.0.1.76

netgear mr60Range<1.1.6.122

netgear mr80Range<1.1.6.14

netgear ms60Range<1.1.6.122

netgear ms80Range<1.1.6.14

Source	Link
kb	www.kb.netgear.com/000065043/Security-Advisory-for-Post-Authentication-Stack-Overflow-on-Some-Routers-and-WiFi-Systems-PSV-2021-0187

15 Jul 2022 00:00Current

6.3Medium risk

Vulners AI Score6.3

CVSS 27.6

CVSS 38.1