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CyberSecurity Bootcamp: The Ultimate Beginner's Course

Name: CyberSecurity Bootcamp: The Ultimate Beginner's Course
Rating: 4.3 (1880 reviews)

Hands-on cybersecurity from zero: build a free lab, capture traffic, break things safely, and defend like an analyst.

Created byCyberProStudy Ltd.

Last updated 8/2026

English

What you'll learn

Build a free, safe practice lab on your own computer and use it for every hands-on exercise in the course.
Capture and read live network traffic with Wireshark, and map hosts, ports and services with Nmap.
Work confidently on the Linux command line, and read Windows and Linux logs for evidence of what happened.
Explain what encryption, hashing, digital signatures and certificates each protect - then verify them yourself.
Recognize how modern attacks work, from AI-powered phishing and deepfakes to SQL injection and credential theft.
Investigate like a defender: triage alerts, correlate logs, and find an intrusion hiding in normal traffic.
Run a vulnerability scan and turn thousands of findings into a defensible list of what to fix first.
Apply Zero Trust, cloud shared responsibility and AI-security thinking to the environments used in 2026.

Course content

8 sections • 59 lectures • 4h 26m total length

Introduction to Personal Digital Security1:19
You will learn what the meaning of Cybersecurity is and this course is about.
How to Use This Bootcamp2:35
What's inside, how the labs work, and what you need to get started.
What Cybersecurity Really Is (Beyond the Hoodie)4:18
What the field actually protects, beyond the Hollywood image.
The CIA Triad & Core Security Principles5:40
Threats, Vulnerabilities & Risk - the Vocabulary4:30
Threat, vulnerability, exploit, risk: the words used precisely.
The 2026 Threat Landscape, Honestly5:30
AI-assisted attacks, ransomware and identity abuse, without the hype.
How the Security Field Is Organized4:41
Blue Team, Red Team, GRC: who does what, and how they fit together.
LAB: Set Up Your Free Practice Environment5:07
Hands-on: build the free VirtualBox and Linux lab used all course.
Quiz 1: Foundations — Principles, Vocabulary & the Field

How Networks Work: Packets, OSI & TCP/IP4:15
CIDR, subnets, private vs public ranges, and what IPv6 changes.
IP Addressing: CIDR, Subnets & IPv64:20
CIDR, subnets, private vs public ranges, and what IPv6 changes.
DNS & How the Web Resolves3:31
Resolvers, records and caching - and why DNS is a favorite target.
Ports, Protocols & What's in a Packet4:22
Ports, their protocols, and a guided look inside a real packet.
Firewalls, NAT & Network Defense Basics4:30
How firewalls decide what passes, what NAT hides, layered defense.
Wi-Fi & Common Network Weak Points3:58
Encryption standards, rogue access points and the usual weak spots.
LAB: Capture & Read Live Traffic with Wireshark5:03
Hands-on: capture live traffic and follow one conversation through it.
LAB: Map a Network with Nmap5:19
Hands-on: find hosts, open ports and services on your own lab network.
Networking Foundations

Operating Systems for Security: Windows vs. Linux4:11
Structure, permissions and logging - and why you'll meet both systems.
The Command Line Every Analyst Needs4:18
The small set of commands analysts actually use every day.
Users, Permissions & Least Privilege4:25
Accounts, groups, file permissions, and why least privilege wins.
Authentication, MFA & Passwords Done Right4:51
How authentication works, and which MFA methods resist real attacks.
Identity & Access Management (IAM) Basics3:58
Provisioning, roles, single sign-on and the joiner-mover-leaver cycle.
Logs: Where Systems Tell You What Happened4:24
Where the important logs live, and how to read one without drowning.
LAB: Linux Command-Line Survival4:43
Hands-on: navigate, search and inspect a Linux system from the shell.
LAB: Set Up a Password Manager + MFA5:15
Hands-on: set up a password manager and turn on MFA for real.
Quiz 3: Systems, Identity & Access

What Cryptography Protects (and What It Doesn't)4:09
Secrecy, integrity, identity - and what encryption cannot save you from.
Symmetric Encryption & AES3:25
Shared-key encryption, AES in plain terms, and the key problem it makes.
Asymmetric Encryption & Public Keys4:03
Two keys instead of one, and where you already rely on them daily.
Hashing & Integrity (Not the Same as Encryption)4:16
What a hash is, why it isn't encryption, and how it proves integrity.
Digital Signatures & Certificates4:46
How signatures prove sender and integrity, and how certificates carry it.
TLS, the Padlock & PKI4:35
The handshake, the certificate chain, and what the padlock promises.
LAB: Hash, Verify & Inspect a Certificate4:27
Hands-on: hash a file, change one character, inspect a real certificate.
Quiz 4: Cryptography Without the Math

The Attacker Mindset & the Attack Lifecycle4:51
How attackers work in stages, from reconnaissance through to impact.
Malware: Types & How It Spreads4:43
The malware families, how infections arrive, and what each one wants.
Social Engineering & Phishing5:11
The pressure tactics behind phishing, and the red flags that hold.
AI-Powered Attacks: Deepfakes & LLM Phishing5:14
Flawless lures, cloned voices, deepfakes - and why verification wins.
Ransomware & Supply-Chain Attacks in 20264:47
Ransomware as a business, and why one supplier opens thousands of doors.
LAB: Dissect a Phishing Email's Headers4:52
Hands-on: read an email's headers and trace where it really came from.
Quiz 5: The Threat Landscape

Web Attacks: SQL Injection & XSS5:00
How SQL injection and XSS work, and what the fix looks like.
Network Attacks: DoS, MITM & Spoofing4:10
Denial of service, interception and spoofing, built on Module 2.
Password Attacks & Credential Theft4:25
How credentials are stolen, cracked and reused at scale.
The MITRE ATT&CK Framework4:32
Tactics, techniques, and how to use the matrix without getting lost.
LAB: See an Attack in Action (Safe Sandbox)5:02
Hands-on: watch a guided attack play out in a legal browser sandbox.
Quiz 6: Attack Techniques

Inside the SOC: What Defenders Actually Do4:17
Tiers, shifts and alert queues: the real daily rhythm of a SOC.
Reading Logs Like a Story4:33
Turning scattered log lines into what happened, and in what order.
SIEM: Correlating the Whole Picture4:26
What a SIEM collects, how rules fire, and where false alarms start.
Detection: Signatures vs. Anomalies4:19
Known patterns vs unusual behavior - strengths and blind spots of each.
EDR, XDR & the Modern Endpoint4:29
What endpoint tooling does beyond antivirus, and what XDR adds.
Vulnerability Management & Scanning4:31
Discovery, scanning, severity and priority - the scan is the easy part.
Incident Response: The First 60 Minutes4:56
Containment, evidence and communication while the clock is running.
LAB: Spot an Intrusion in the Logs4:17
Hands-on: find the intrusion hiding in a real log file and write it up.
LAB: Run a Vulnerability Scan & Read the Report4:27
Hands-on: scan your lab machine and read the report like an analyst.
Quiz 7: Defending & Responding

Zero Trust: Never Trust, Always Verify4:12
Why the perimeter dissolved, and what Zero Trust means in practice.
Cloud Security I: The Shared-Responsibility Model4:10
Where the provider's job ends and yours begins in the cloud.
Cloud Security II: Containers & Common Misconfigs4:34
Containers for beginners, plus the misconfigurations that keep recurring.
Securing AI Systems: Prompt Injection & Model Risks4:40
Prompt injection, data leakage, model misuse - and the controls that help.
Governance, Risk & Compliance (GRC) Basics4:42
Policies, risk registers, controls and audits - and why they matter.
Frameworks & Regulations: NIST, ISO 27001, GDPR4:20
What NIST CSF, ISO 27001 and GDPR cover, and how they're used together.
Ethics, Privacy & Authorization - the Bright Line4:40
Authorization, scope and disclosure: where learning becomes trespass.
LAB / CAPSTONE: Trace One Incident Across the Whole Course6:56
The capstone: trace one incident end to end using all eight modules.
Quiz 8: Modern Domains
CyberSecurity Bootcamp Practice Test: Check What You Actually Retained

Requirements

No prior experience with cybersecurity, networking or programming is needed.
A computer able to run a free virtual machine (around 8 GB of RAM is comfortable) and an internet connection.
Every tool used is free or a community edition - there is nothing to buy.
A willingness to do the labs. The course is built around doing, and watching alone will not give you the same result.

Description

Most cybersecurity courses for beginners explain things. This one has you do them.

Across 58 short lessons and 17 hands-on labs, you build the practical foundation the whole field rests on - and you build it on your own machine, with free tools, in a safe lab you set up in the first module.

You will capture live network traffic in Wireshark and follow a single conversation packet by packet. You will map a network with Nmap. You will work on the Linux command line, dissect a phishing email's headers to find where it really came from, hash a file and watch the hash change when you alter one character, run a vulnerability scan and read the report the way an analyst reads it, and find an intrusion hiding inside an ordinary-looking log file.

The course covers eight areas: an honest map of the field and its core principles; networking foundations; systems, identity and the command line; cryptography in plain English; the 2026 threat landscape including AI-powered attacks and supply-chain compromise; how attacks actually work, from SQL injection to credential theft; defending and responding as a blue-team analyst; and the modern domains driving the field now - Zero Trust, cloud and container security, securing AI systems, governance and ethics.

It ends with a capstone that ties everything together: you trace a single incident from first intrusion through to response, using what you learned in all eight modules, and write it up.

WHAT THIS COURSE IS NOT

It is not a careers course. There is no CV advice, no interview preparation and no certification exam prep here - that is a different course, and mixing the two produces something that does neither well. This one stays on technical fundamentals and hands-on practice.

It also makes no promises about jobs or income. What it offers is the ability to do things you could not do before, and a capstone write-up that shows it.

WHAT YOU NEED

No prior experience with security, networking or programming. A computer that can run a free virtual machine, and the willingness to actually do the labs rather than watch them.

Every tool used is free or a community edition. Nothing in this course requires a purchase.

Who this course is for:

Complete beginners who want hands-on technical fundamentals rather than theory alone.
People working in IT, helpdesk or support who want to understand the security side of what they already do.
Students and self-taught learners who want a broad practical base before choosing a specialism.
Anyone who has read about cybersecurity and wants to actually try it, safely and legally, on their own lab.

CyberSecurity Bootcamp: The Ultimate Beginner's Course

What you'll learn

Explore related topics

Course content

Welcome to Cybersecurity8 lectures • 34min

Networking Foundations for Security8 lectures • 35min

Systems, Identity & the Command Line8 lectures • 36min

Cryptography in Plain English7 lectures • 30min

The Threat Landscape: Malware & Social Engineering6 lectures • 30min

Attack Techniques in Action5 lectures • 23min

Defending & Responding (Blue Team)9 lectures • 40min

Modern Domains & Capstone8 lectures • 38min

Requirements

Description

Who this course is for: