CVE-2005-2315: Undefined Security Weakness

Buffer overflow in Domain Name Relay Daemon DNRD before 2.19.1 allows remote attackers to execute arbitrary code via a large number of large DNS packets with the Z and QR flags cleared...

CVE-2005-2316: Undefined Security Weakness

Domain Name Relay Daemon DNRD before 2.19.1 allows remote attackers to cause a denial of service infinite recursion via a DNS packet that uses message compression in the QNAME and two pointers that point to each other circular buffer...

CVE-2005-0037: Undefined Security Weakness

The DNS implementation of DNRD before 2.10 allows remote attackers to cause a denial of service via a compressed DNS packet with a label length byte with an incorrect offset, which could trigger an infinite loop...

CVE-2005-2315

Buffer overflow in Domain Name Relay Daemon DNRD before 2.19.1 allows remote attackers to execute arbitrary code via a large number of large DNS packets with the Z and QR flags cleared...

CVE-2005-2316

Domain Name Relay Daemon DNRD before 2.19.1 allows remote attackers to cause a denial of service infinite recursion via a DNS packet that uses message compression in the QNAME and two pointers that point to each other circular buffer...

Multiple Vendor DNS Response Flooding DoS Vulnerability

Multiple DNS vendors are reported susceptible to a denial of service DoS vulnerability. SPDX-FileCopyrightText: 2004 Cedric Tissieres, Objectif Securite Some text descriptions might be excerpted from a referenced sources, and are Copyright C by the respective right holders. SPDX-License-Identifie...

FreeBSD : dnrd -- remote buffer and stack overflow vulnerabilities (e72fd82b-fa01-11d9-bc08-0001020eed82)

Natanael Copa reports that dnrd is vulnerable to a remote buffer overflow and a remote stack overflow. These vulnerabilities can be triggered by sending invalid DNS packets to dnrd. The buffer overflow could potentially be used to execute arbitrary code with the permissions of the dnrd daemon. No...

Multiple DNRD Domain Name Relay Daemon vulnerabilities

Multiple buffer overflow...

dnrd -- remote buffer and stack overflow vulnerabilities

Natanael Copa reports that dnrd is vulnerable to a remote buffer overflow and a remote stack overflow. These vulnerabilities can be triggered by sending invalid DNS packets to dnrd. The buffer overflow could potentially be used to execute arbitrary code with the permissions of the dnrd daemon. No...

CVE-2002-0140

CVE-2002-0140 affects Domain Name Relay Daemon (dnrd) version 2.10 and earlier. The vulnerability arises when processing DNS responses; long or malformed replies are not properly handled by parse_query and get_objectname (and possibly other functions), allowing remote DNS sites to trigger a denia...

CVE-2002-0140: Undefined Security Weakness

Domain Name Relay Daemon dnrd 2.10 and earlier allows remote malicious DNS sites to cause a denial of service and possibly execute arbitrary code via a long or malformed DNS reply, which is not handled properly by parsequery, getobjectname, and possibly other functions...

Ошибка при разборе DNS-запросов в dnrd

Программа вылетает при некорректном запросе...

dnrd 2.10 dos

Program: dnrd Version: 2.10 Distro: n/a Problem: There are various problems with dnrd's dns request and reply functions, that cause it to crash. Reproduce: Using two consoles, I did the following Terminal one got: andrewg@blackhole /data/audit/dnrd-2.10/src$ gdb dnrd GNU gdb 5.0rh-5 Red Hat Linux...

DNRD 1.x2.x - DNS RequestReply Denial of Service

DNRD 1.x2.x - DNS RequestReply Denial of Service source: https://www.securityfocus.com/bid/3928/info dnrd Domain Name Relay Daemon is a freely available, open-source proxy name server. It will run on a number of Unix and Linux distributions. There is a lack of sufficient bounds checking in DNS...

DNRD 1.x/2.x - DNS Request/Reply Denial of Service

source: https://www.securityfocus.com/bid/3928/info dnrd Domain Name Relay Daemon is a freely available, open-source proxy name server. It will run on a number of Unix and Linux distributions. There is a lack of sufficient bounds checking in DNS request and reply functions. As a result, it is...