About the Actor
Laura Chappell is a highly-energetic speaker and author of numerous industry titles on network communications, analysis and security. She has presented to thousands of State, Federal and international law enforcement officers, judicial members, engineers, network administrators, technicians and developers. Ms. Chappell is a member of the High Technology Crime Investigation Association (HTCIA) and an Associate Member of the Institute for Electrical and Electronic Engineers (IEEE) since 1989. Her blend of humor, personal experiences, energy and clarity have earned her a top spot as an industry speaker at Microsoft, Novell, Hewlett-Packard, HTCIA and US Court conferences. In 2007, Ms. Chappell founded Wireshark University, an educational firm devoted to teaching the art of wiretapping/communications interception, digital deception and decoys, traceback and reconnaissance. In June 2006, the Hollywood Reporter announced that Walt Disney Pictures has picked up a feature film based on Laura s work in cybercrime. Through the Protocol Analysis Institute, LLC, Ms. Chappell co-founded the Internet Safety for Kids program in 2005. This program is provides education and presentation services on online predators, safe Internet communications and parental and law enforcement resources. For more information on the Internet Safety for Kids program, visit the Protocol Analysis Institute website or contact Ms. Chappell at kids@packet-level.com.
Product Description
This course focuses on both the normal and abnormal communication patterns of the TCP/IP suite and most common applications including DHCP, DNS, FTP, Telnet, HTTP, POP and SMTP. Course Overview - Introduction Section 1: TCP/IP Functionality Overview a) Resources and References for Analysts b) Capture on Hubbed, Switched and Routed Networks c) The TCP/IP Resolution Process d) Packets Going the Wrong Way e) Faults in the Resolution Process f) Test Yourself: What If Section 2: Analyze DNS Traffic a) Understand DNS Packet Structure b) Filter on DNS Traffic c) Analyze Normal DNS Traffic d) Analyze Unusual DNS Traffic Section 3: Analyze ARP Traffic a) Understand ARP Packet Structure b) Filter on ARP Traffic c) Analyze Normal ARP Traffic d) Analyze Unusual ARP Traffic Section 4: Analyze IPv4 Traffic a) Understand IPv4 Packet Structure b) Filter on IPv4 Traffic c) Analyze Normal IPv4 Traffic d) Analyze Unusual IPv4 Traffic Section 5: Analyze ICMP Traffic a) Understand ICMP Packet Structure b) Filter on ICMP Traffic c) Analyze Normal ICMP Traffic d) Analyze Unusual ICMP Traffic Section 6: Analyze UDP Traffic a) Understand UDP Packet Structure b) Filter on UDP Traffic c) Analyze Normal UDP Traffic d) Analyze Unusual UDP Traffic Section 7: Analyze TCP Traffic a) Understand TCP Packet Structure b) Filter on TCP Traffic c) Analyze Normal TCP Traffic d) Analyze Unusual TCP Traffic Section 8: Analyze DHCP Traffic a) Understand DHCP Packet Structure b) Filter on DHCP Traffic c) Analyze Normal DHCP Traffic d) Analyze Unusual DHCP Traffic Section 9: Analyze HTTP Traffic a) Understand HTTP Packet Structure b) Filter on HTTP Traffic c) Analyze Normal HTTP Traffic d) Analyze Unusual HTTP Traffic Section 10: Analyze Telnet Traffic a) Understand Telnet Packet Structure b) Filter on Telnet Traffic c) Analyze Normal Telnet Traffic d) Analyze Unusual Telnet Traffic Section 11: Analyze FTP Traffic a) Understand FTP Packet Structure b) Filter on FTP Traffic c) Analyze Normal FTP Traffic d) Analyze Unusual FTP Traffic Section 12: Analyze POP Traffic a) Understand POP Packet Structure b) Filter on POP Traffic c) Analyze Normal POP Traffic d) Analyze Unusual POP Traffic Section 13: Analyze SMTP Traffic a) Understand SMTP Packet Structure b) Filter on SMTP Traffic c) Analyze Normal SMTP Traffic d) Analyze Unusual SMTP Traffic