youTube is a great way to learn Cybersecurity

When you need to learn one specific concept, tool, or workflow, YouTube often works better than courses.

I use it a lot to search for a narrow topic and learn directly from practitioners, without filler or forced structure.

It is also useful for building high-level awareness before going deeper into hands-on work or certifications.

This guide curates YouTube channels trusted by practitioners and shows what to use them for.

Let’s dive in 👇








1️⃣ NetworkChuck
→ Best for momentum and hands on curiosity.

Great for Linux basics, intro security labs, networking concepts, and building consistency early on.



2️⃣ John Hammond
→ One of the most trusted educators in security.

Excellent for malware analysis, exploit breakdowns, CTFs, and understanding attacker logic from a defender’s view.



3️⃣ David Bombal
→ Strong foundation builder.

Focuses on networking fundamentals, packet analysis, Wireshark, and traffic level visibility critical for SOC roles.



4️⃣ Stephane Maarek
→ Clear and structured AWS security explanations.

Perfect for IAM, VPC security, encryption, and cloud security concepts tied to real environments.



5️⃣ SANS Institute
→ Enterprise level insight.

Covers SOC operations, DFIR case studies, detection engineering, and governance from real world incidents.



6️⃣ John Savill
→ Gold standard for Azure learning.

Deep dives into Azure identity, Sentinel, Zero Trust architecture, and enterprise cloud security design.



7️⃣ HackerSploit
→ Execution focused offensive content.

Covers Kali tools, exploitation workflows, and practical attack demonstrations without fluff.



8️⃣ IppSec
→ Hack The Box done properly.

Walkthroughs focus on methodology, enumeration, exploit chaining, and attacker reasoning.



9️⃣ The Cyber Mentor
→ Structured offensive fundamentals.

Strong for pentesting methodology, OSINT, and learning how to approach attacks correctly from day one.



1️⃣0️⃣ DFIR Science
→ Forensic thinking explained clearly.

Covers Windows forensics, memory analysis, incident triage, and investigation workflows.



1️⃣1️⃣ Elastic Security
→ Modern blue team workflows.

Shows SIEM detections, threat hunting, MITRE ATT&CK mapping, and detection engineering concepts.



1️⃣2️⃣ Microsoft Security
→ Real enterprise tooling.

Demonstrates Defender, identity protection, cloud governance, and Microsoft based SOC operations.





📚 Final Thoughts

YouTube works best as a learning layer, not a full curriculum.

Use it to build intuition, then reinforce skills with labs and documentation.




🔁 Share with someone learning cybersecurity on YouTube
💾 Save or screenshot this so you don’t forget.

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#CybersecurityLearning #ITCareers #TechEducation #CareerGrowth

🛡 Cybersecurity 101 — The Basics Everyone Should Know
Cybersecurity isn’t just about firewalls or antivirus.

It’s about protecting systems, networks, and data from attacks that can disrupt businesses, steal information, and damage trust.
Today’s threat landscape includes risks like:
• Phishing

• Ransomware

• Malware

• SQL Injection

• DDoS attacks

• Credential theft
And defending against them requires multiple layers of protection, including:

🔐 Strong policies and employee awareness

🌐 Secure network and perimeter controls

💻 Hardened systems and patched software

📱 Secure applications and authentication

📊 Proper data protection and encryption

Frameworks like NIST CSF and models like Zero Trust help organizations structure these defenses properly.
Because effective cybersecurity isn’t one tool.

It’s an ecosystem of technologies, processes, and people working together.

🛡 At Cybernara, we help organizations build that ecosystem — from risk assessments and security frameworks to modern cloud and network protection.

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#CyberSecurity #CyberAwareness #InfoSec #ZeroTrust #NIST #CyberDefense #Cybernara

🎯 Windows Event IDs Every SOC Analyst

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🚨 Must-Read for Cybersecurity Professionals!

If you’re serious about building effective cybersecurity strategy, this book is a game-changer.
Cybersecurity First Principles
By Rick Howard
This book cuts through the noise and gets back to what truly matters—first principles that help you:
Think strategically, not reactively
Align security with business goals
Simplify complex cybersecurity decisions

#cybersecurity
#infosec
#technology
#programming #ethicalhacking

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🚨 Metasploit becomes far more valuable when you stop treating it as just an exploitation tool and start understanding it as a full security assessment framework.

A lot of people learn Metasploit at the surface level:

search a module, set options, run the exploit, get a session.

But real mastery starts when you understand how to use it as a structured platform for workflow design, database organization, payload handling, post-exploitation management, automation, custom module development, and assessment documentation.

That is exactly why I put together this guide on Metasploit Framework Mastery.

Instead of focusing only on isolated commands, this document is designed to explore how Metasploit can be used more effectively in professional security assessments — from architecture and workspace strategy to automation, scripting, custom modules, and reporting discipline.

What stands out in this guide

✅ Metasploit is framed as a framework, not just a console

✅ Advanced workflow matters more than individual commands

✅ Automation is a force multiplier

✅ Custom module development builds real depth

✅ Post-exploitation and session handling are treated as part of methodology

✅ Ethics, scope, and documentation stay central

My takeaway

A strong Metasploit resource should help people do 3 things:

• understand how the framework actually works
• build repeatable and organized assessment workflows
• use the platform responsibly within authorized security testing

That is the real difference between knowing a few Metasploit commands and using Metasploit like a security professional.

I’m resharing this guide because I believe advanced tooling only becomes truly useful when it is combined with methodology, discipline, and ethical boundaries.

💬 In your view, which part of Metasploit takes the longest to master:
automation, payload handling, post-exploitation workflow, or custom module development?

#Metasploit #CyberSecurity #Pentesting #RedTeam #EthicalHacking #SecurityTesting #AppSec #InfoSec #Automation #ThreatSimulation

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Attackers are using GenAI to get better.

We need to too!

Use this cheatsheet to get started today in improving security.

OT. IT.

It doesn't matter.

ChatGPT and other GenAI tools can help you in every aspect of cyber.

-> Backup & recovery
-> Building asset registers
-> Vulnerability management
-> Running tabletop exercises
-> Security awareness training
-> Secure network architecture
-> Conducting risk assessments
-> Conducting penetration tests

The list goes on and on and on.

Anything you can think of.

And when you run out of ideas?

Just ask ChatGPT!

Never take GenAI output as 100%.

But at the same time, it is a great starting point.

And can think of some incredible ways to increase security.

Even some that you might not have thought about.

The attackers are using GenAI to get better at their jobs every day.

We need to be doing the same.

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SOC, SIEM, and SOAR are often discussed separately.

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But in modern cybersecurity operations, they work together as an end-to-end threat detection and response ecosystem.

Each component plays a distinct role in protecting the organization.

✔️ SOC - Security Operations Center
The operational team responsible for monitoring, investigating, and responding to security incidents.
SOC analysts analyze alerts, hunt threats, contain attacks, and coordinate incident response.

✔️ SIEM - Security Information & Event Management
The detection engine that collects and analyzes security logs from across the environment.
It aggregates data from firewalls, endpoints, servers, cloud platforms, and applications to identify suspicious activity.

✔️ SOAR - Security Orchestration, Automation & Response
The automation layer that orchestrates workflows and executes response actions automatically.
SOAR reduces manual effort by automating tasks such as alert enrichment, threat intelligence lookups, ticket creation, and containment actions.

When combined, they create a powerful security workflow:

Logs & Events → SIEM Detection → SOC Investigation → SOAR Automated Response

The objective is simple:

• Detect threats faster
• Respond to incidents quickly
• Reduce analyst workload
• Improve consistency in security operations

Modern security teams measure success through key metrics such as:

• MTTD - Mean Time to Detect
• MTTR - Mean Time to Respond

Organizations that integrate SOC, SIEM, and SOAR effectively build faster, smarter, and more automated security operations.

For cybersecurity professionals:

Which capability is the biggest challenge in SOC environments today?

▪️ Reducing false positives
▪️ Automating incident response
▪️ Integrating security tools
▪️ Threat detection accuracy
▪️ Analyst skill shortages

Interested to hear your perspective 👇

#CyberSecurity #SOC #SIEM #SOAR #SecurityOperations #ThreatDetection #IncidentResponse #CyberDefense #SecurityAutomation

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Roadmap to Becoming a Cybersecurity Expert

If you've wondered where to start in cybersecurity, this roadmap breaks it down beautifully. Whether you're a beginner or a tech professional pivoting into security, this step-by-step guide shows you exactly what to focus on next.

1. Computer Basics - Understand OS, networking, and file systems.

2. Networking firewalls. Learn IP, DNS, ports, protocols, and

3. Operating Systems Get hands-on with Windows, Linux, and macOS.

4. Cybersecurity Fundamentals – Study threats, attacks, and defense strategies.

5. Ethical Hacking - Explore footprinting, scanning, exploitation, and reporting.

6. Network & Web Security Secure apps, servers, and data flows.

etc. 7. Tools - Master Wireshark, Nmap, Metasploit, Burp Suite,

8. Incident Response recover from attacks. Learn how to detect, respond, and

9. Certifications (choose your path!). CEH, CompTIA Security+, OSCP, CISSP

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#CyberSecurity2026 #SOC

Attackers are using GenAI to get better.

We need to too!

Use this cheatsheet to get started today in improving security.

OT. IT.

It doesn't matter.

ChatGPT and other GenAI tools can help you in every aspect of cyber.

-> Backup & recovery
-> Building asset registers
-> Vulnerability management
-> Running tabletop exercises
-> Security awareness training
-> Secure network architecture
-> Conducting risk assessments
-> Conducting penetration tests

The list goes on and on and on.

Anything you can think of.

And when you run out of ideas?

Just ask ChatGPT!

Never take GenAI output as 100%.

But at the same time, it is a great starting point.

And can think of some incredible ways to increase security.

Even some that you might not have thought about.

The attackers are using GenAI to get better at their jobs every day.

We need to be doing the same.

🔹 Share & Support Us 🔹
📱 Channel : @Engineer_Computer

🚨 A real SOC Analyst does not just close alerts.
They investigate, correlate, contain, and communicate.

I’ve been reviewing a SOC Analyst Technical Assessment, and it highlights something many people still misunderstand about the role:

Being a SOC Analyst is not just about staring at dashboards.
It is about making the right judgment under pressure.

What stood out to me most is how realistic the assessment is.

It tests the exact skills that matter in the real world:

✅ SIEM alert triage
• separating true positives from false positives
• prioritizing incidents correctly
• recognizing brute force, phishing, malware, and benign IT activity

✅ Log analysis and threat hunting
• identifying suspicious RDP activity
• spotting privilege escalation
• noticing command-line abuse
• correlating firewall, Windows, EDR, and SMB-related events

✅ Attack chain thinking
• mapping activity to the MITRE ATT&CK stages
• understanding initial access, execution, persistence, privilege escalation, defense evasion, and exfiltration

✅ Incident response under pressure
• isolating affected systems
• blocking SMB spread
• identifying IOCs
• building timelines
• recommending containment and remediation actions

✅ Written communication
• turning technical findings into an executive summary
• explaining business impact
• giving clear next steps after a ransomware incident

That is the part I like most:

A strong SOC Analyst is not just technical.

They must also be able to:
• think critically,
• connect small signals,
• understand attacker behavior,
• write clearly,
• and explain risk in a way the business can act on.

The uncomfortable truth?

A lot of people think SOC work is repetitive.

But real SOC work is where:
• false positives waste time,
• missed signals become breaches,
• and one bad decision can change the impact of an incident.

This assessment proves something important:

SOC is not about tools alone.
It is about analysis quality.

👇 Don’t just like comment:

What do you think is the most important SOC Analyst skill today?

A) Alert triage
B) Log correlation
C) Threat hunting
D) Incident response
E) Reporting and communication

Comment A / B / C / D / E I’m curious what security professionals value most in real environments.

#SOC #SOCAnalyst #CyberSecurity #SIEM #ThreatHunting #IncidentResponse #LogAnalysis #BlueTeam #ThreatDetection #MITREATTACK #Ransomware #EDR #SecurityOperations #InfoSec #CyberDefense #DFIR #DetectionEngineering #SecurityMonitoring #AnalystMindset #CyberCareer

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🔐 How Zero Trust Security Works | “Never Trust, Always Verify”

In today’s world 🌐, threats don’t just come from outside — they can exist inside your network too.

That’s why traditional security models are no longer enough.

Enter Zero Trust Security 🚀
👉 Instead of trusting users or devices by default, Zero Trust ensures:
✔️ Continuous authentication
✔️ Strict authorization
✔️ Constant validation

🧠 How it works (simple view):
1️⃣ Every user, device, and workload requests access
2️⃣ Identity & device are verified 🔍
3️⃣ Access policies evaluate risk, location, and behavior
4️⃣ Access is limited only to required resources 🎯
❌ No full network access
✅ Only least privilege access is granted
🔁 And it doesn’t stop there…

Zero Trust continuously monitors activity 📊 and re-verifies trust in real-time.

💡 Why it matters?
With remote work 🏠, cloud ☁️, and IoT 📡, your security perimeter is everywhere, and so are threats.

🔥 Key Takeaway:
Trust nothing. Verify everything. Always.

Post-Quantum Cryptography just entered operational reality.

Ubuntu 26.04 LTS shipped this week — and the most significant change wasn't the new desktop or the Rust-based utilities.

It was this: PQC is now the default. Not opt-in. Not a beta flag. The default.

Every SSH session and TLS connection on a fresh Ubuntu 26.04 install now negotiates ML-KEM-768 — NIST's finalised post-quantum key exchange — alongside the classical X25519. An attacker must break both to compromise the session.

Five things CISOs and compliance teams should do now

1 — Run a cryptographic asset inventory: Map every use of RSA, ECDH, ECDSA, and DH across your systems, libraries, certificates, and third-party integrations. You cannot migrate what you cannot see.

2 — Classify data by longevity: Long-retention data is your highest HNDL priority. Start the migration there.

3 — Document your position under ISO 27001 A.8.24: "Use of Cryptography" already requires a documented policy. An undocumented risk decision on HNDL is itself a compliance gap.

4 — Include PQC in your vendor risk programme: Your quantum exposure is only as low as your weakest cryptographic dependency. Ask your key vendors when they're moving.

5 — Upgrade TLS and SSH first: Ubuntu 26.04 has done this for new deployments. For existing infrastructure, this is the practical starting point — hybrid ML-KEM with classical fallback, backward compatible, running today.


Enterprise infrastructure migrations at scale take 5–10 years.

CRQCs — quantum computers powerful enough to break RSA-2048 — are 7–15 years away by most estimates.

The window is narrowing.

Ubuntu 26.04 is the infrastructure layer moving.

The compliance and regulatory layer is next.

Is your organisation tracking PQC readiness? Have you run a cryptographic inventory yet? Genuinely curious where teams are on this.

#PostQuantumCryptography #PQC #Cryptography #CISO #Cybersecurity #ISO27001 #Compliance #Ubuntu #NIST #LowerPlane #InformationSecurity

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Bug Bounty Training Program (Online)

Hurry up, get enrolled yourself with IGNITE TECHNOLOGIES’ fully exclusive Training Program “Bug Bounty.”

✔️ Table of Content
🚀 Introduction to WAPT & OWASP Top 10
🛠 Pentest Lab Setup
🔍 Information Gathering & Reconnaissance
💻 Netcat for Pentester
⚙️ Configuration Management Testing
🔐 Cryptography
🔑 Authentication
🕒 Session Management
📂 Local File Inclusion
🌐 Remote File Inclusion
📁 Path Traversal
💣 OS Command Injection
🔀 Open Redirect
📤 Unrestricted File Upload
🐚 PHP Web Shells
📝 HTML Injection
🌟 Cross-Site Scripting (XSS)
🔄 Client-Side Request Forgery
🛑 SQL Injection
📜 XXE Injection
🎁 Bonus Section

#infosec #cybersecurity #cybersecuritytips #microsoft #redteam #informationsecurity #CyberSec #microsoft #offensivesecurity #infosecurity #cyberattacks #security #oscp #cybersecurityawareness #bugbounty #bugbountytips

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🛡 End-to-End Web Security Architecture: FortiWeb WAF + FortiGate in Reverse Proxy Mode
Recently completed a comprehensive lab implementation and full documentation of a production-grade web security architecture using FortiWeb as a Web Application Firewall behind FortiGate, deployed on PNETLAB with KVM-based VMs.
🔹 Traffic Flow Architecture:
Client → FortiGate (WAN/VIP) → FortiWeb (WAF Inspection) → Apache2 Real Server → Response back to Client
🔹 Key Implementation Highlights:
✅ Linux Web Server hardening with Apache2 and static IP configuration via Netplan
✅ FortiWeb interface setup across three segments (Real Server / Client-LAN / Management)
✅ Complete WAF policy chain: Virtual IP → Server Pool → Virtual Server → Server Policy
✅ FortiGate perimeter configuration with DNAT Virtual IP (100.100.100.50 → 192.168.100.50)
✅ Firewall policy with full session logging for HTTP/HTTPS/PING traffic
✅ CLI-based traffic logging activation on FortiWeb (a step many engineers miss!)
✅ End-to-end verification through Forward Traffic logs on both devices
🔹 Why Reverse Proxy Mode?
It provides deep HTTP/HTTPS inspection, granular WAF policy enforcement, and clean separation between perimeter firewalling (FortiGate) and application-layer protection (FortiWeb) — a layered defense approach aligned with Zero Trust principles.
🔹 Key Lesson Learned:
The order of WAF policy configuration matters → Virtual IP must exist before the Server Pool, which must exist before the Virtual Server, which must exist before the Server Policy. Skipping the sequence breaks the binding chain.

💼 Currently exploring new opportunities in Network & Cybersecurity Engineering — open to on-site, hybrid, or remote roles. I deliver hands-on services in network design, firewall deployment (Fortinet, Cisco), WAF implementation, ICS/OT security (IEC 62443, NIST), and infrastructure hardening.

#CyberSecurity #FortiWeb #FortiGate #WAF #NetworkSecurity #Fortinet #ReverseProxy #InfoSec #OpenToWork #NetworkEngineer #PenetrationTesting #ICS #OTSecurity

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