
Explore threat actors, human vectors, and common attack methods; practice browser-based labs, analyze networks with Wireshark, and learn vulnerability scanning, zero-day vulnerabilities, and mitigation across software, hardware, and cloud.
Examine malware categories such as viruses, worms, Trojan horses, PUPs, spyware, keyloggers, ransomware, logic bombs, and rootkits, and learn to identify attack indicators.
Explore how web applications face threats from injection, buffer overflow, replay, privilege escalation, forgery, and directory traversal, and learn how these vulnerabilities enable unauthorized access.
Explore downgrade, collision, and birthday cryptographic attacks that threaten encryption, hashing, and digital signatures, and learn mitigations such as disabling deprecated protocols and using strong hash functions with salt.
Explore password cracking techniques using John the Ripper and Hashcat, including dictionary and brute-force attacks, single-crack mode, and SHA-1 hashes, with hands-on labs and real-world scenarios.
Examine how attackers exploit network vectors—such as DDoS via botnets, DNS manipulation, on-path attacks, wireless methods, credential replays, and malware—to compromise traffic and user data.
Explore network analysis with Wireshark and Tshark to analyze traffic, apply capture and display filters, identify protocols, and study IP traffic patterns for cybersecurity investigations.
Explore how rogue dhcp servers provide illegitimate ip information, including the default gateway, enabling a man-in-the-middle attack while practicing with ethercap in the lab.
Identify and mitigate software vulnerabilities through timely patching and removal of unsupported systems, using agent and agentless scanners to centralize discovery.
Identify operating system vulnerabilities in Windows, Linux, and macOS that enable privilege escalation or arbitrary code execution, and examine SQL injection and cross-site scripting attacks.
Explore cloud concepts and security vulnerabilities across SaaS, IaaS, and PaaS models, and learn why customers own security while providers protect the cloud. Assess supply chain risks from third-party access.
Apply mitigation techniques to harden systems: encryption at rest and in transit, host-based firewall and IPS, access control lists, network segmentation, and the least privilege.
Cybersecurity is not just about firewalls; it is about understanding the enemy.
To defend an infrastructure effectively, you must first understand how it is attacked. Who are the threat actors? What tools do they use? How do they exploit a tiny vulnerability in code or configuration to bring down an entire network?
"Cyber Security: Threats, Vulnerabilities & Mitigations" is a specialized, deep-dive course designed to take you from a theoretical understanding of security to practical application. We move beyond simple definitions to explore the real-world mechanics of cyber attacks and the defenses required to stop them.
Why take this course? Most courses only teach you definitions. This course focuses on application. Through comprehensive lectures and hands-on demonstrations, you will not just learn about threats; you will see them in action.
What we cover in 5 comprehensive sections:
The Threat Landscape: Understand the psychology of Hackers, APTs, and Insider Threats.
Attack Vectors: Master the mechanics of Social Engineering, Phishing, and Physical breaches.
Network & Application Attacks: Deep dive into Injection attacks, XSS, Buffer Overflows, and Rogue DHCP.
Vulnerability Assessment: Learn to spot weaknesses in Cloud, Mobile, Virtualization, and Supply Chains.
Tools & Mitigations: Watch real-world demos of Wireshark, Nmap, and Password Cracking tools, then learn how to fix the gaps.
Whether you are an IT professional looking to pivot into security, or a developer wanting to write safer code, this course provides the targeted training you need to spot risks before they become breaches.