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  1. The Vulnerabilities in DNS Bypass Firewall Rules (UDP 53) is prone to false positive reports by most vulnerability assessment solutions. AVDS is alone in using behavior based testing that eliminates this issue.

  2. book.hacktricks.xyz › network-services-pentesting › pentesting-dns53 - Pentesting DNS | HackTricks

    By translating domain names into IP addresses, the DNS ensures web browsers can quickly load internet resources, simplifying how we navigate the online world. Default port: 53

  3. 3 paź 2024 · DNSSEC is designed to provide an additional layer of security, but vulnerabilities can still exist in misconfigured setups. You can exploit DNSSEC records for potential DDoS or data...

  4. 13 wrz 2023 · Port 53 jest używany zarówno w protokole TCP (Transmission Control Protocol), jak i UDP (User Datagram Protocol), w zależności od rodzaju zapytania DNS i jego wymagań. Port 53 jest zarezerwowany dla protokołu DNS. Jest to domyślny port, który używany jest do większości zapytań i odpowiedzi DNS.

  5. Port 53 is the well-known port number for DNS. Many years ago it was common for certain DNS implementations to send queries from source port 53. These days, it is good practice to use non-privileged source ports (i.e., 1024 or greater) and to use a different, random source port for each query.

  6. Penetration testing scripts for assessing DNS server vulnerabilities. Documentation and guides on best practices for DNS security. Real-world case studies and examples from critical network environments.

  7. 15 mar 2019 · Unit 42 researchers explain how attackers can abuse DNS to hide their tracks and steal data using a technique known as “DNS Tunneling.” This research can help organizations understand DNS-based threats and the risks they pose to their environment.

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