Page Index - Hsanokklis/2022-2023-Tech-journal GitHub Wiki

391 page(s) in this GitHub Wiki:

• Home
• Hannelore's Tech Journal FA2022 - SP23
• Glossary
• Application Guides
• Helpful Links
• Fall 2022
• Courses
• Spring 2023
• Courses
• 4 1 : Optional Assignment Intro to Packet Tracer
• Please reload this page
• 4.1 : Observing ARP in Packet Tracer
• Please reload this page
• 4.2 : Simple Routing Lab
• Please reload this page
• 4.3 : Simple Network Packet Tracer Lab
• Please reload this page
• Access Control Lab
• Please reload this page
• Access Control List(ACL)
• Please reload this page
• Address Resolution Protocol
• Please reload this page
• Application Guides
• Please reload this page
• Backdoor Lab
• Please reload this page
• Backup Lab
• Please reload this page
• Bandwidth
• Please reload this page
• Binary
• Please reload this page
• Bits and Bytes
• Please reload this page
• Broadcast Domain
• Please reload this page
• Challenge 1: Crypto 1
• Please reload this page
• Challenge 1: Finding the Meta data of an Image
• Please reload this page
• Challenge 2: Crypto 2
• Please reload this page
• Challenge 2: Looking up information about DNS
• Please reload this page
• Challenge 3: Crypto 3
• Please reload this page
• Challenge 3: Threat intel (telnet, POODLE, Heartbleed, vsftpd, SQL Slammer)
• Please reload this page
• Challenge 4: Crypto 4
• Please reload this page
• Challenge 4: HTTP headers
• Please reload this page
• Challenge 5: Crypto 5
• Please reload this page
• Challenge 5: SSL Certificates
• Please reload this page
• Challenge 6: Barcode
• Please reload this page
• Challenge 6: Crypto 6
• Please reload this page
• Challenge 7: Stego 1
• Please reload this page
• Challenge 8: Stego 2
• Please reload this page
• Chapter 1
• Please reload this page
• Chapter 1 Reading Quiz
• Please reload this page
• Chapter 1.5 Quiz
• Please reload this page
• Chapter 5 Reading Quiz
• Please reload this page
• Chapter 8.2 Reading: Routing Fundamentals
• Please reload this page
• Checksum
• Please reload this page
• Cisco Packet Tracer
• Please reload this page
• Cite Certificate
• Please reload this page
• Class Activity 6.1
• Please reload this page
• Command Line
• Please reload this page
• Compressed File
• Please reload this page
• Create a simple network
• Please reload this page
• Crypto Lab
• Please reload this page
• Cybersecurity
• Please reload this page
• Deploying Devices
• Please reload this page
• DHCP
• Please reload this page
• DHCP Leases
• Please reload this page
• Encryption
• Please reload this page
• Ethernet
• Please reload this page
• File Types
• Please reload this page
• Firewall Lab
• Please reload this page
• FTP Server
• Please reload this page
• Fun!
• Please reload this page
• Gateway
• Please reload this page
• Glossary
• Please reload this page
• Golden Image
• Please reload this page
• GUI and CLI Configuration in Cisco Packet Tracer
• Please reload this page
• Helpful Links
• Please reload this page
• Hexadecimal
• Please reload this page
• How to remote into a computer
• Please reload this page
• Instance
• Please reload this page
• Intro to Offensive Security
• Please reload this page
• IP Address
• Please reload this page
• IP Spoofing
• Please reload this page
• Journal Entries
• Please reload this page
• Lab 0 Connecting to Cyber.Local Remotely
• Please reload this page
• Lab 1 Data Types and Conversions
• Please reload this page
• Lab 1.1 Networking Connectivity Testing
• Please reload this page
• Lab 1.1: Network Connectivity Testing
• Please reload this page
• Lab 10.1 Packet Tracer RIP Lab
• Please reload this page
• Lab 10.2 VLANs
• Please reload this page
• Lab 11 1: VLANs in Packet Tracer Part 1
• Please reload this page
• Lab 11 2: VLANs in Packet Tracer Part 2
• Please reload this page
• Lab 12.2 Building a WLAN in Packet Tracer
• Please reload this page
• Lab 2.1 Intro to Packet Tracer and Deploying Pinging Devices
• Please reload this page
• Lab 2.1: Intro to Packet Tracer and Deploying Pinging Device
• Please reload this page
• Lab 2.2 Observing LAN Activity
• Please reload this page
• Lab 2.2: Observing LAN Activity
• Please reload this page
• Lab 3.1: ARP Observation
• Please reload this page
• Lab 3.2: Exploring Broadcast Domains
• Please reload this page
• Lab 5 1: Routing Lab
• Please reload this page
• Lab 6.1: Subnetting Charts
• Please reload this page
• Lab 6.2: Classful Subnetting
• Please reload this page
• Lab 7.1 Deliverable 1
• Please reload this page
• Lab 7.2 Deliverable 2 & 3
• Please reload this page
• Lab formatting instructions
• Please reload this page
• Lab: More Static Routes
• Please reload this page
• LAN
• Please reload this page
• later
• Please reload this page
• Linux Commands
• Please reload this page
• Luddite
• Please reload this page
• MAC address
• Please reload this page
• Macro Virus
• Please reload this page
• Man in the Middle Attack
• Please reload this page
• Midterm
• Please reload this page
• Midterm Kahoot
• Please reload this page
• Midterm study guide
• Please reload this page
• Midterm Topics
• Please reload this page
• National Cyber League
• Please reload this page
• NCL Gymnasium
• Please reload this page
• NCL Helpful Links
• Please reload this page
• NET 150 01 (Networking Fundamentals)
• Please reload this page
• NET 150 Book Quizzes
• Please reload this page
• NET 150 Labs
• Please reload this page
• Network Addressing
• Please reload this page
• Network Security Lab
• Please reload this page
• Network Troubleshooting lab
• Please reload this page
• Networking
• Please reload this page
• Packet Tracer Assessments
• Please reload this page
• Packet Tracer Tutored Activity Logical and Physical Mode Exploration
• Please reload this page
• PAN(personal area network)
• Please reload this page
• Physical Vulnerability Lab
• Please reload this page
• Port 418
• Please reload this page
• Pre Lab Work
• Please reload this page
• Quiz 1
• Please reload this page
• Quiz 1 Study Guide
• Please reload this page
• Quiz 2 Study Guide
• Please reload this page
• Quiz 8.2: Router Fundamentals
• Please reload this page
• Quiz: Access Control
• Please reload this page
• Quiz: Cryptography
• Please reload this page
• Quiz: Key Concepts and Principles
• Please reload this page
• Quiz: Malware
• Please reload this page
• Quiz: Software Security
• Please reload this page
• Reading Journal Entries
• Please reload this page
• Remote Access Lab
• Please reload this page
• Rouge DHCP Server
• Please reload this page
• Routing Information Protocol (RIP)
• Please reload this page
• SEC 110 02 (Cybersecurity Fundamentals)
• Please reload this page
• SEC 250 01 (Computer and Network Security)
• Please reload this page
• SEC 250 Assignments
• Please reload this page
• SEC 250 Midterm
• Please reload this page
• Securing Vermont Activity Group Answers
• Please reload this page
• Security Lab
• Please reload this page
• Security Scenarios
• Please reload this page
• Static Routing
• Please reload this page
• Strong Passwords
• Please reload this page
• Subnet Mask
• Please reload this page
• SYS 140 02 (System Fundamentals)
• Please reload this page
• SYS 140 Labs
• Please reload this page
• Task 1: Hacking your first machine
• Please reload this page
• The Cloud
• Please reload this page
• The Packet Tracer User Interface
• Please reload this page
• Topologies
• Please reload this page
• Troubleshooting tip
• Please reload this page
• TryHackMe
• Please reload this page
• USB Rubber Ducky
• Please reload this page
• Video notes: Distance Vector Routing
• Please reload this page
• Video Notes: Intro to Dynamic Routing
• Please reload this page
• Virtual Machine
• Please reload this page
• VPN Lab
• Please reload this page
• WAN
• Please reload this page
• Web Security Lab Part 1: Setting up DWVA
• Please reload this page
• Web Security Lab Part 2: Command Execution
• Please reload this page
• Web Security Lab Part 3: SQL Injection
• Please reload this page
• Web Security Lab Part 4: Cross Site Scripting XSS
• Please reload this page
• Week 01 Journal Number Systems
• Please reload this page
• Week 02 Journal Chapter 3 from A Textbook: On the MotherBoard
• Please reload this page
• Week 03 Journal Chapter 6 from A Textbook: Memory and Class handouts
• Please reload this page
• Week 04 Journal Chapter 7 from A Textbook: Storage Devices
• Please reload this page
• Week 05 Journal Chapter 12 from A Textbook: Computer Design and Troubleshooting Review
• Please reload this page
• Week 1 Assignment (CIA, Security Camera, and Enigma Research)
• Please reload this page
• Week 10: Dynamic Routing
• Please reload this page
• Week 10: Firewalls IDS IPS
• Please reload this page
• Week 11: Backups and Cloud Computing
• Please reload this page
• Week 11: VLANs
• Please reload this page
• Week 12: Physical Engineering
• Please reload this page
• Week 12: WLANs
• Please reload this page
• Week 13: Network Security
• Please reload this page
• Week 13: Remote Access Assignment
• Please reload this page
• Week 1: Intro to Networking
• Please reload this page
• Week 1: Introduction
• Please reload this page
• Week 2 reading quiz: Considering Home Networks
• Please reload this page
• Week 2: Creating and Observing LANs
• Please reload this page
• Week 2: Key Concepts and Principals
• Please reload this page
• Week 3: Access Controls
• Please reload this page
• Week 3: LANs and ARP
• Please reload this page
• Week 4: Interconnecting LANs
• Please reload this page
• Week 4: Software Security
• Please reload this page
• Week 5: Malicious Software
• Please reload this page
• Week 5: Principles of Routed Networks
• Please reload this page
• Week 6: Cryptography
• Please reload this page
• Week 6: IP Addressing
• Please reload this page
• Week 7: Basic Subnetting
• Please reload this page
• Week 7: Recap Midterm
• Please reload this page
• Week 8: TraceRoute and Midterm
• Please reload this page
• Week 8: VPNs
• Please reload this page
• Week 9: Network Security
• Please reload this page
• Week 9: Static Routing
• Please reload this page
• Wi Fi
• Please reload this page
• Wi Fi Pineapple
• Please reload this page
• Windows Commands
• Please reload this page
• YubiKey
• Please reload this page
• YUM file
• Please reload this page