DNS Security: Defending the Domain Name System

DNS Security: Defending the Domain Name System

DNS Security: Defending the Domain Name System provides tactics on how to protect a Domain Name System (DNS) framework by exploring common DNS vulnerabilities, studying different attack vectors, and providing necessary information for securing DNS infrastructure. The book is a timely reference as DNS is an integral part of the Internet that is involved in almost every attack against a network. The book focuses entirely on the security aspects of DNS, covering common attacks against DNS servers and the protocol itself, as well as ways to use DNS to turn the tables on the attackers and stop an incident before it even starts. Presents a multi-platform approach, covering Linux and Windows DNS security tips - Demonstrates how to implement DNS Security tools, including numerous screen shots and configuration examples - Provides a timely reference on DNS security, an integral part of the Internet - Includes information of interest to those working in DNS: Securing Microsoft DNS and BIND servers, understanding buffer overflows and cache poisoning, DDoS Attacks, pen-testing DNS infrastructure, DNS firewalls, Response Policy Zones, and DNS Outsourcing, amongst other topics This comprehensive book on the topic provides network administrators with a step-by-step process for securing their Domain Name System (DNS) infrastructure. Allan Liska has more than 15 years of experience in the world of information security. Mr. Liska has worked both as a security practitioner and an ethical hacker, so he is familiar with both sides of the security aisle and, through his work at Symantec and iSIGHT Partners, has helped countless organizations improve their security posture using more effective intelligence. In addition to security experience, Mr. Liska also authored the book The Practice of Network Security and contributed the security-focused chapters to The Apache Administrators Handbook. Geoffrey Stowe lives in San Francisco and is an Engineering Lead at Palantir Technologies. His network security work has included vulnerability research, reverse engineering, incident response, and anomaly detection. There was a time when he could translate byte code to assembly without looking at a manual. Geoff started Palantir’s commercial business in 2010 and built its first platforms for distributed, large scale data analysis. He graduated from Dartmouth College with a degree in computer science.