Cbtnuggets - Sec503 Network Monitoring And Threat Detection In - Depth

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Cbtnuggets - Sec503: Network Monitoring And Threat Detection In-Depth
Last updated 10/2024
With Erik Choron
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 169 Lessons ( 24h ) | Size: 40 GB​

This intermediate SEC503 prepares cybersecurity specialists to analyze the content and behavior of a network's traffic, identify anomalous or unwanted traffic, and handle threats and intrusions
This course familiarizes security personnel with the equipment and techniques necessary to monitor a network and spot threats, intrusions, and potential incidents. This course covers everything you need to know to identify possible threats before they happen as well as what to do with intrusions once they've occurred. This is an advanced cybersecurity course, but the information in it would be valuable for nearly any cybersecurity professional, no matter where they are in their career.
Once you're done with this cybersecurity skills training, you'll know how to analyze the content and behavior of a network's traffic, identify anomalous or unwanted traffic, and handle threats and intrusions.
For anyone who manages cybersecurity specialists, this cybersecurity training can be used to onboard new cybersecurity specialists, curated into individual or team training plans, or as a cybersecurity reference resource.
SEC503: What You Need to Know
This SEC503 training has videos that cover topics such as
Basics of intrusion detection and network security monitoring
Capturing and analyzing traffic based on deep network protocol familiarity
Identifying and investigating network-based attacks with packet analysis
Responding to and handling incidents
Who Should Take SEC503 Training?
This SEC503 training is considered associate-level cybersecurity training, which means it was designed for cybersecurity specialists. This network monitoring and threat detection skills course is designed for cybersecurity specialists with three to five years of experience with cybersecurity.
New or aspiring cybersecurity specialist. If you want to work in cybersecurity, this course is a way to specialize and focus your technical expertise before you even begin your first job. Although you won't want to take this course if you have no previous cybersecurity training, you should take it if you want to fast-track your way to positions related to threat detection and response.
Experienced cybersecurity specialists. If you've already got a few years of experience in cybersecurity, this course is a great way to build on that general foundation and focus it into one point: threat detection. Learn the intricacies of network traffic analysis, packet capture and analysis, and operating IDS and IPS - with that knowledge and experience, you'll be prepared for promotions to advanced security positions.
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39.46 GB | 00:18:56 | mp4 | 1920X1080 | 16:9
Genre:eLearning |Language:English​

Files Included :

Spoiler

1 Concepts of TCPIP (218.61 MB)
2 Part of the Bigger Picture (251 MB)
3 Different parts of TCPIP (176.82 MB)
4 Were do we Get These Packets From (326.2 MB)
5 Replay the Traffic (110.02 MB)
6 Learning Binary and Hex (136.76 MB)
supplemental files (455.56 KB)
1 IPv6 (34.13 MB)
2 Identifying IPv6 (149.85 MB)
3 IPv6 Communication (219.51 MB)
4 IPv6 Addressing (230.58 MB)
5 Where is IPv6 in our Packet (100.36 MB)
6 Packet Examples (459.06 MB)
1 IPv4 (55.22 MB)
2 Identifying IPv4 (132.48 MB)
3 IPv4 Communication (267.53 MB)
4 IPv4 Addressing (323.89 MB)
5 Where is IPv4 in our Packet (410.96 MB)
6 Packet Examples (164.34 MB)
1 Wireshark Display Filters (35.9 MB)
2 To the Boolean-Mobile! (279.41 MB)
3 Knowing the Basic Filters (170.87 MB)
4 Expanding on Basic Filters (293.25 MB)
5 Syntax is Everything (340.95 MB)
6 Apply Filtering to Live Capture (192.03 MB)
1 Layer 4 and Beyond (87.83 MB)
2 Pen to Paper (319.9 MB)
3 DNS (309.01 MB)
4 Microsoft Protocols (268.52 MB)
5 HTTP (316.55 MB)
1 Advanced Wireshark (38.21 MB)
2 Magic Numbers (344.55 MB)
3 Regular Expressions (251.26 MB)
4 BPF Filtering (283.52 MB)
5 Supplemental Material (409.25 MB)
1 Introduction to Suricata (99.66 MB)
2 Installing Suricata (299.44 MB)
3 Continuing our Install (210.59 MB)
4 Setting up Suricata (413.28 MB)
5 Rule Configuration (383.13 MB)
1 DNS (137.18 MB)
2 Identifying DNS (231.61 MB)
3 DNS Communication (261.63 MB)
4 DNS Addressing (193.85 MB)
5 Where is DNS in our packet (320.29 MB)
6 Packet Examples (183.35 MB)
1 Microsoft Protocols (110.35 MB)
2 NETBIOS (382.74 MB)
3 LDAP (203.5 MB)
4 RDP (223.26 MB)
5 Kerberos (268.37 MB)
6 SMB (342.32 MB)
7 RPC (244.24 MB)
1 Modern HTTP (42.18 MB)
2 HTTP Basics (146.62 MB)
3 HTTP Delivery (147.05 MB)
4 Understanding HTTP on the Network (363.84 MB)
5 Files From Within (390.95 MB)
6 Looking for Web Traffic (234.25 MB)
1 Real-world Applications (64.33 MB)
2 Solarwinds (291.01 MB)
3 Starting up our Solarwinds (380.84 MB)
4 Basic Configurations (385.45 MB)
5 Adding a Log Source (347.55 MB)
1 Introduction to Wireshark (30.63 MB)
2 Uses of Wireshark (198.93 MB)
3 Being Promiscuous (318.15 MB)
4 Saving our Work for Later (273.8 MB)
5 Exporting Things From Wireshark (390.9 MB)
6 Filtering Results (266.01 MB)
1 How to Research a Protocol (72.7 MB)
2 There's something strange, and it don't look good. (283.3 MB)
3 Requesting a comment (222.33 MB)
4 Tying in the Results to our Packets (388.75 MB)
5 What is this Protocol Used for (383.79 MB)
6 Other Protocols Moving Forward (100.35 MB)
1 Scapy (55.11 MB)
2 What is Scapy (174.96 MB)
3 Installing Scapy (335.7 MB)
4 Crafting with Scapy (256.89 MB)
5 Making Our Packets Look Legit (267.34 MB)
6 What's the real purpose of Scapy (204.7 MB)
1 Snort (140.76 MB)
2 What is Snort (272.61 MB)
3 Installing Snort (272.36 MB)
4 Setting up Snort (390.34 MB)
5 Configuring Some Rules (200.8 MB)
6 Security Considerations (228.71 MB)
1 Burp Suite (89.06 MB)
2 Getting the Software (261.12 MB)
3 Configuration of Burp Suite (288.52 MB)
4 Crawling Around (389.9 MB)
5 Burp Suite Detection (339.96 MB)
1 Introduction to Network Forensic Analysis (84.81 MB)
2 Who Owns What (313.46 MB)
3 Finding Our Practice (288.29 MB)
4 Starting Our Practice (571.47 MB)
5 Checking Our Results (110.95 MB)
1 Zeek (Bro) (63.01 MB)
2 Zeek Installation (271.86 MB)
3 Some of the Basics (276.91 MB)
4 Running Zeek (277.3 MB)
5 Examining the Results (499.77 MB)
6 Practice at Home (160.46 MB)
1 Network Architecture (84.77 MB)
2 The Internal Network (168.19 MB)
3 The External Network (282.14 MB)
4 Mapping out the Cloud (263.27 MB)
5 Putting Pen to Paper (348.81 MB)
6 Let's Review (205.51 MB)
1 Introduction to Network Monitoring at Scale (131.67 MB)
2 Understanding the Network (224.52 MB)
3 Solarwinds (Again) (424.33 MB)
4 Monitoring with Solarwinds (469.9 MB)
5 Other Network Monitoring Options (414.3 MB)
1 IDS and IPS Evasion Theory (72.26 MB)
2 Understanding What Evasion Actually Is (282.7 MB)
3 Fragmentation (304.76 MB)
4 Spoofing (309.44 MB)
5 Sledding Past the IDSIPS (345.71 MB)
6 Forging a Signature (270.44 MB)
1 Threat Hunting and Visualization (57.62 MB)
2 What is a Netflow (134.55 MB)
3 Examining a Netflow (210.43 MB)
4 Replaying the Traffic (368.48 MB)
5 Is It Something Bad (284.73 MB)
6 Stress Testing Our Packet Captures (210.76 MB)
7 Let's Review (110.62 MB)
1 UNIX Command Line Processing (83.59 MB)
2 Why UNIX (328.74 MB)
3 Network Analysis on POSIX-based Systems (274.93 MB)
4 Burpsuite (315.02 MB)
5 sslstrip (247.61 MB)
6 Back to the Field. Manual (154.84 MB)
1 Network Access Link Layer 2 (37.71 MB)
2 Identifying Layer 2 (207.15 MB)
3 Layer 2 Communication (350.59 MB)
4 Using Layer 2 as a Forwarding Address (326.55 MB)
5 Where is Layer 2 in our Packet (201.96 MB)
6 Packet Examples (189.04 MB)
1 IP Link Layer 3 (37.05 MB)
2 Identifying Layer 3 (223.54 MB)
3 Layer 3 Communication (315.66 MB)
4 Using Layer 3 as a Forwarding Address (278.68 MB)
5 Where is Layer 3 in our Packet (204.78 MB)
6 Packet Examples (283.14 MB)
1 Real-world Application (79.69 MB)
2 Knowing the Packet (330.37 MB)
3 Quirks in IP Addressing (238.85 MB)
4 Layer 3 Protocols (302.54 MB)
5 Encryption Issues (331.49 MB)
6 Capturing Those Packets (218.11 MB)
1 ICMP (53.25 MB)
2 Identifying ICMP (129.13 MB)
3 ICMP Communication (294.1 MB)
4 ICMP Addressing (206.34 MB)
5 Where is ICMP in our Packet (442.9 MB)
6 Packet Examples (318.25 MB)
1 UDP (33.03 MB)
2 Identifying UDP (189.87 MB)
3 UDP Communication (249.79 MB)
4 UDP Addressing (191.08 MB)
5 Where is UDP in our Packet (193.33 MB)
6 Packet Examples (278.59 MB)
1 TCP (30.73 MB)
2 Identifying TCP (222.43 MB)
3 TCP Communication (244.26 MB)
4 TCP Addressing (292.01 MB)
5 Where is TCP in our Packet (213.38 MB)
6 Packet Examples (258.94 MB)

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