#Cybersecurity Risks In Cloud Computing

The smarter the threats get, the smarter the defense becomes. Security will never disappear. It adapts.

Why Beginners Should Start with Networking Before Cybersecurity 🚨 Jumping straight into cybersecurity without understanding networking is a big mistake for beginners. Here’s why: 1. Cybersecurity Is Built on Networking • Firewalls, VPNs, IDS/IPS, and secure configurations all depend on networking knowledge. • If you don’t understand IP addressing, subnets, routing, and ports, how will you secure them? 2. You Won’t Understand Security Tools • Tools like Wireshark, Snort, and Firewalls monitor and protect network traffic. • Without networking skills, you won’t know what you’re looking at or how to analyze threats. 3. Employers Want a Strong IT Foundation • Most entry-level cybersecurity jobs expect networking skills. • Certifications like CCNA or Network+ open doors before you specialize in security. 4. Cybersecurity Without Networking = Frustration • You’ll struggle to grasp penetration testing, SOC analysis, or incident response without understanding how data moves through networks. 5. Networking Gives You More Career Options • If you master networking first, you can pivot into cybersecurity, cloud, systems engineering, or DevOps later. • More flexibility = More job opportunities. 🔥 Want to break into tech the right way? DM me the word “NETWORK” and I’ll show you how to get started! 🚀

PART ONE: The easiest way to get started in Cloud / Security Comment “1%” to learn how to get started in cloud today! #cloudengineer #cybersecurity #workingtech #techcareer

Is #cybersecurity as hard as it looks? 😵‍💫

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“If I had to start cybersecurity from zero in 2026, this is exactly what I would do. Step 1 – Learn Networking Basics. Understand IP address, DNS, TCP/IP, ports, HTTP. Step 2 – Learn Linux Basics. Basic commands, file system, permissions. Step 3 – Understand Cybersecurity Fundamentals. Types of attacks, phishing, malware, firewalls. Step 4 – Choose One Beginner Domain. SOC Analyst, GRC, or VAPT. Step 5 – Practice Daily. Use platforms like TryHackMe or Hack The Box. Step 6 – Do One Certification. Security+ or Google Cybersecurity. Step 7 – Apply for internships + build LinkedIn profile. No shortcuts. Just skills + consistency. No degree matters more than your knowledge. ✔ Strong basics ✔ Hands-on practice ✔ One good certification ✔ Internship experience Don’t try to learn everything at once. Pick one path and go deep. DM📩 “ROADMAP” if you want domain-wise guide 🔥 #cybersecurity #itcareer #socanalyst #ethicalhacking #techroadmap

What is Cloud Security? ☁️🔐 It's about protecting data, apps, and systems that live in the cloud AWS, Azure, GCP. As companies move everything to the cloud, they need people who know how to secure it. Here are 5 FREE websites to start learning: 1️⃣ Wiz CloudSec Academy → Cloud security fundamentals, CSPM, CNAPP explained → Beginner-friendly articles and guides 2️⃣ flAWS.cloud → Hands-on AWS security CTF → Learn by exploiting real misconfigurations 3️⃣ Hacking The Cloud → Cloud attack & defense encyclopedia → Techniques for AWS, Azure, GCP 4️⃣ PwnedLabs → Real cloud security labs → Practice in actual AWS/Azure/GCP environments 5️⃣ The Big IAM Challenge → Hands-on AWS security CTF → Learn by exploiting — 💡 Why learn cloud security? → One of the fastest-growing cybersecurity fields → High demand, high salaries ($120K-$180K+) → Every company uses cloud they all need security — 💬 Comment "CLOUDSEC LINKS" for all websites 💾 Save this for later 👉 Follow for more free resources #cybersecurity #cloudsecurity #infosec

Enjoy the War🍿 #cyber #security #fypシ❤️💞❤️ #usa

soc/threat-hunting related: 1.SSH Brute-Force Detection in Splunk Simulate SSH brute-force attacks and build Splunk dashboards with threshold-based alerts to detect credential abuse patterns. Tech: Kali, Metasploit, Nmap, Splunk, auth.log 2.Port Scan Detection Engineering Lab Perform multiple Nmap scan types and create SIEM queries to detect reconnaissance while reducing false positives. Tech: Kali, Nmap, Splunk or ELK 3.Reverse Shell Network Detection Study Generate reverse shells and analyze packet captures to identify abnormal outbound connections and suspicious ports. Tech: Kali, Netcat, Metasploit, Wireshark 4.End-to-End SOC Investigation Simulation Execute a full attack chain (scan, exploit, shell) and produce a structured incident timeline with detection evidence. Tech: Kali, Nmap, Metasploit, Wireshark, Splunk or ELK 5.Custom Log-Based Intrusion Detection Script Develop a Python or Bash script to detect brute-force patterns in Linux logs and forward structured alerts to a SIEM. Tech: Kali, Python or Bash, Splunk or ELK 6.Beaconing Traffic Detection Lab Simulate periodic command-and-control traffic and build time-based detection logic to identify beaconing behavior. Tech: Kali, Netcat, Wireshark, Splunk or ELK 7.Exploitation Visibility Analysis Exploit a vulnerable service and compare raw log visibility versus SIEM detection coverage to identify monitoring gaps. Tech: Kali, Metasploit, Splunk or ELK 8.Web Attack Detection in SIEM Simulate common web attacks and create detection queries for suspicious parameters, error spikes, and encoded payloads. Tech: Kali, Metasploit, Splunk or ELK 9.Network Baseline vs Attack Deviation Report Capture normal traffic, introduce attacks, and document behavioral differences in packet flow and port usage. Tech: Kali, Wireshark, Nmap, Splunk or ELK 10.Detection Rule Tuning & False Positive Reduction Build initial detection rules for scans and brute-force activity, then refine them to balance accuracy and noise reduction. Tech: Kali, Nmap, Metasploit, Splunk or ELK #project #cybersecurity #soc #kali #wireshark

Comment “CLOUD” to get the links! 🔥 Trying to work in modern tech without understanding Cloud Computing is like building software for a single laptop in a world that runs on distributed systems. If you want scalability, reliability, and real-world engineering skills, this mini roadmap is your entry point. ⚡ Cloud Computing Explained A clear, high-level breakdown of what cloud computing actually is, why it exists, and how companies really use it. ⏱ Cloud Computing in 2 Minutes A fast, simplified overview to lock in the core ideas: servers, regions, scalability, and on-demand infrastructure. ☁ What is Cloud Storage? Understand object storage, why it replaced traditional servers, and how data is stored and accessed at scale. 💡 With these Cloud resources you will: 🚀 Think beyond “my code runs locally” and start thinking in distributed systems 🧠 Understand the foundations behind AWS, Azure, and GCP 🏗 Bridge the gap between writing code and deploying real, scalable applications ☁ Level up for Backend, Cloud, DevOps, and Production Engineering roles If you want to move from “I built an app” to “I deployed a system that scales,” Cloud Computing isn’t optional, it’s foundational. 📌 Save this post so you always have a Cloud roadmap. 💬 Comment “CLOUD” and I’ll send you all the links! 👉 Follow for more Backend Engineering, Cloud, System Design, and Career Growth.

Remember this: every expert you admire today once knew absolutely nothing. Cybersecurity can feel intimidating at the start. A lot of beginners think, “This is too hard — I’ll never understand it.” But the problem usually isn’t intelligence or talent. It’s a lack of clear direction and the right resources. Most people struggle because they don’t have a structured path. In this video, I’m sharing 3 beginner-friendly YouTube channels that break down cybersecurity step by step — so you can build real skills without feeling lost or overwhelmed. Talent doesn’t determine success — consistency does. Start small. Learn daily. Improve steadily. The results will come. 👉 Follow for practical cybersecurity career guidance 💬 Comment below: Which YouTube channel do you like the most? #cybersecurity #infosec #ethicalhacking #cybersecuritylearning #techcareers

I was wrong about cybersecurity. When I first started, I thought it was all about secret hacking tools, cool terminal commands, and feeling like a movie protagonist. The reality? Humbling. Here are 3 things I wish I knew before stepping into this field: 1. Fundamentals > Tools Beginners rush to Metasploit and Kali Linux like they're cheat codes. They're not. And the job market knows it. Hiring managers can spot a "tool monkey" in the first five minutes of an interview. What they're actually testing is whether you understand the *why* behind what you're doing. Before touching a tool, build your foundation: - Networking basics (TCP/IP, DNS, how packets actually move) - Operating systems, especially Linux - How the web works end to end The tools don't make you dangerous. Understanding the fundamentals does. 2. It's More About Thinking Than Hacking Forget the fast-typing scenes in movies. That's not the job. Most of your time in cybersecurity is spent reading logs, tracing behavior, and asking uncomfortable questions like: - Where is the weakest link in this system? - What assumption did the developer get wrong? - How would an attacker see this differently than the builder? And in the real market, this skill is what separates a $70k analyst from a $150k one. Strategy and analysis are the actual product. The terminal is just the delivery method. 3. You Don't Need to Know Everything The field is enormous. Penetration Testing, Cloud Security, Digital Forensics, Threat Intelligence, Malware Analysis, Security Engineering — people spend entire careers specializing in just one of these. The job market reflects this. Generalists struggle. Specialists get hired. Pick a lane early. Go deep before you go wide. Start small, stay consistent, and keep stacking fundamentals as your base. Nobody enters this field as an expert. The ones who last aren't the smartest people in the room — they're the most consistently curious. That curiosity is the actual skill. Everything else is learnable. #cyber #cybersecurity #ethicalhacking #infosec #hacker