Network Forensics (2012) (edit title/settings)

Shelfari edited the settings of Network Forensics Monday, June 11, 2012.

• Added a setting: Waledac
• Added a setting: Splunk
• Added a setting: United States
• Added a setting: Ubuntu
• Added a setting: China
• Added a setting: Iran
• Added a setting: Southern California
• Added a setting: Isl

Punxsutawney Paul approved ’s request to change the contributors of Network Forensics Friday, April 27, 2012.

• Added a contributor: Sherri Davidoff: (Primary Author)
• Added a contributor: Jonathan Ham: (Author)

Cora R approved ’s request to change the title of Network Forensics Thursday, April 26, 2012.

edited the first edition of Network Forensics Thursday, April 26, 2012.

• changed the language: English
• changed the publisher: Prentice Hall
• changed the publication date: June 2012
• changed the ISBN: 0132564718
• changed the page count: 576

changed the title of Network Forensics Thursday, April 26, 2012.

edited the contributors of Network Forensics Thursday, April 26, 2012.

• Added a contributor: Sherri Davidoff: (Primary Author)
• Added a contributor: Jonathan Ham: (Author)

Shelfari edited the subjects of Network Forensics Thursday, April 26, 2012.

• Added the subject: Subjects > Computers & Internet > Business & Culture > Privacy
• Added the subject: Subjects > Computers & Internet > Networking > Network Security
• Added the subject: Subjects > Computers & Internet > Business & Culture > Culture
• Added the subject: Subjects > Computers & Internet > Business & Culture > Hacking

Shelfari edited the description of Network Forensics Thursday, April 26, 2012.

• On the Internet, every action leaves a mark–in routers, firewalls, web proxies, and within network traffic itself. When a hacker breaks into a bank, or an insider smuggles secrets to a competitor, evidence of the crime is always left behind.   Learn to recognize hackers’ tracks and uncover network-based evidence in Network Forensics: Tracking Hackers through Cyberspace . Carve suspicious email attachments from packet captures. Use flow records to track an intruder as he pivots through the network. Analyze a real-world wireless encryption-cracking attack (and then crack the key yourself). Reconstruct a suspect’s web surfing history–and cached web pages, too–from a web proxy. Uncover DNS-tunneled traffic. Dissect the Operation Aurora exploit, caught on the wire.   Throughout the text, step-by-step case studies guide you through the analysis of network-based evidence. You can download the evidence files from the authors’ web site (lmgsecurity.com), and follow along to gain hands-on experience.   Hackers leave footprints all across the Internet. Can you find their tracks and solve the case? Pick up Network Forensics and find out!