Cyber Security
Cyber security is the practice of protecting computers, networks, and data from digital attacks or unauthorized access. It ensures information stays confidential, accurate, and available when needed. Cyber security defends against threats like viruses, hacking, and phishing. It uses tools such as firewalls, encryption, and strong passwords. Overall, it keeps our digital systems safe from harm.
Cyber Security
Cyber security is the practice of protecting computers, networks, and data from digital attacks or unauthorized access. It ensures information stays confidential, accurate, and available when needed. Cyber security defends against threats like viruses, hacking, and phishing. It uses tools such as firewalls, encryption, and strong passwords. Overall, it keeps our digital systems safe from harm.
course Features
Course Details
Full Stack Development refers to the ability to design and build both the front end (client side) and the back end (server side) of web applications.A Full Stack Developer is someone who can work across all layers of a web application from user interfaces to databases and servers.
Beginner in Cyber Security
This foundational module introduces the world of cybersecurity. You’ll understand what cyber threats are, the importance of cyber safety, and how attacks impact individuals and organizations. Topics include hacker types, common cybercrimes, and real-world case studies. The focus is on building awareness of risks in the digital world
This module covers how to secure different operating systems against attacks. You’ll learn about user account management, file permissions, patch updates, and system hardening. Practical steps include configuring firewalls, disabling unused services, and protecting sensitive files from unauthorized access
You’ll explore the different kinds of malicious software including viruses, worms, trojans, ransomware, spyware, and rootkits. The module explains how malware spreads, how attackers hide their code, and how antivirus/anti malware solutions work. You’ll also learn safe practices to avoid infection and how to respond to a malware incident.
This module explains how attackers exploit unsafe browsing. You’ll study techniques like phishing, malicious pop-ups, drive-by downloads, and fake websites. Students will learn how to configure browsers securely, identify HTTPS vs. HTTP, and use add-ons or filters to protect themselves online
Understand the risks of sharing information on platforms like Facebook, Instagram, Twitter, and LinkedIn. You’ll learn about identity theft, fake accounts, social engineering scams, and privacy breaches. The focus is on protecting personal data, adjusting privacy settings, and building safe digital habits
This module teaches how attackers exploit email to deliver malware or steal credentials. Topics include phishing, spoofing, spam, malicious attachments, and business email compromise. You’ll learn how to spot suspicious emails, verify links, and use encryption or digital signatures to secure communication.
Explore how attackers target smartphones and tablets. You’ll learn about mobile malware, app permissions, SIM card attacks, and insecure Wi-Fi usage. Practical tips include device encryption, using strong passcodes, enabling remote wipe, and keeping apps updated.
This module highlights risks in cloud storage platforms like Google Drive, Dropbox, and iCloud. Topics include account hijacking, weak passwords, and data leaks. Students will learn how to secure cloud accounts with MFA, encrypt files before upload, and recognize unsafe third-party apps.
You’ll understand how Wi-Fi networks are attacked using rogue access points, Evil Twin, and packet sniffing. The module covers configuring routers with WPA2/WPA3, disabling default settings, and monitoring connected devices. It also explains safe practices for using public Wi-Fi
This module emphasizes the importance of backing up important files. You’ll explore backup methods like external drives, network storage, and cloud backups. Students will also learn disaster recovery planning, how to restore files, and how ransomware attacks highlight the importance of backups.
Here you’ll study risks in smart devices like cameras, TVs, wearables, and gaming consoles. Topics include insecure firmware, weak passwords, and device hijacking. The module explains how attackers use IoT for botnets and how to secure devices with strong authentication and regular updates.
This module focuses on the growing trend of work-from-home. You’ll learn about risks in remote access, unsecured Wi-Fi, and device sharing. Topics include VPN usage, secure collaboration tools, company data protection, and creating a secure home office setup
Students will learn about cyber laws, digital rights, and ethical responsibilities online. The module covers laws against hacking, identity theft, online fraud, and data misuse. It also emphasizes the importance of digital ethics and responsible online behavior.
This module explains how weak passwords are easily cracked using brute force, dictionary, and social engineering attacks. Students will learn how to create strong, unique passwords, use password managers, and enable MFA/2FA to strengthen account security.
The final module helps students critically evaluate online content. Topics include fake news, clickbait, scams, and misinformation campaigns. You’ll learn fact-checking techniques, how to recognize manipulated content, and how to avoid falling victim to online fraud
CERTIFIED EXPERT ETHICAL HACKER
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In this module, you’ll explore how hackers collect initial information about a target using both passive and active techniques. Topics include Google hacking, WHOIS lookups, social engineering, and DNS interrogation. You’ll use tools to map out a target’s external network and prepare for deeper analysis.
Learn how attackers identify live hosts, open ports, and running services. You’ll explore TCP flags, Nmap scan types, and banner grabbing. The focus is on understanding how networks respond to probes—and how to detect and defend against this scanning behavior.
This module moves from scanning to extracting detailed information from systems. You’ll learn how to gather usernames, group info, shares, and network resources using protocols like NetBIOS, SNMP, and LDAP. Enumeration is critical for planning targeted attacks.
Explore how attackers identify security weaknesses in systems, software, and services. You’ll work with vulnerability scanners (like Nessus) to perform assessments, interpret scan reports, and prioritize risk levels based on real-world threats.
This core module teaches you how attackers gain and maintain access to systems. You’ll learn password cracking, privilege escalation, hiding files with rootkits, and maintaining remote access using Trojans and backdoors. Hands-on exercises show how attackers move within compromised environments.
Understand how different types of malicious software operate, including viruses, worms, Trojans, ransomware, spyware, and fileless malware. You’ll analyze how malware infects systems, evades detection, and how to analyze or defend against it.
This module covers how attackers intercept and capture network traffic using sniffing tools. Learn ARP poisoning, MAC flooding, and man-in-the-middle attacks. You’ll also study detection techniques and how to protect networks from eaves dropping.
Explore the psychological side of hacking. Learn how attackers manipulate people into giving up sensitive information using pretexting, phishing, baiting, and tailgating. The module includes real-world case studies and defenses like user awareness and multi-factor authentication.
Learn how attackers overwhelm systems, networks, or services to make them unavailable to users. Topics include botnets, amplification attacks, and application-layer DoS. The focus is on impact analysis and defense strategies using rate limiting and anomaly detection.
Attackers can take over active sessions between users and web applications. This module covers session token prediction, fixation, and man-in-the-middle techniques. You’ll study session management flaws and how to prevent session-based attacks.
Understand how attackers bypass common security systems. Learn about techniques like IP fragmentation, tunneling, encoding, and spoofing. You’ll also explore how honeypots are used to lure attackers—and how skilled intruders avoid them.
This module dives into web server vulnerabilities like misconfigurations, directory traversal, and buffer overflows. You’ll learn how attackers exploit these flaws to gain control of servers or deface websites—and how administrators can prevent such attacks.
Explore the most common web app vulnerabilities such as Cross Site Scripting (XSS), Cross-Site Request Forgery (CSRF), and parameter tampering. Learn how attackers exploit logic flaws and how to use secure coding and WAFs to defend web apps.
This focused module covers the full range of SQL injection attacks used to manipulate backend databases. You’ll explore error-based, blind, and union-based SQL injection—how they work, how they’re detected, and how to secure against them.
Learn how attackers compromise Wi-Fi networks using
techniques like WEP/WPA key cracking, rogue access points, Evil
Twin attacks, and wireless sniffing. You’ll also explore wireless
encryption protocols and secure wireless configuration practices.
Focuses on threats targeting mobile devices. Learn about mobile malware, insecure data storage, reverse engineering APKs, and app-level vulnerabilities in Android and iOS. Also includes best practices for mobile device management and app hardening.
IoT and OT devices are often insecure and easily exploitable. This module explores attacks on smart home devices, industrial control systems (ICS), and SCADA networks. You’ll learn risk assessment, device enumeration, and secure configuration for these environments.
This module dives into the unique risks and attack vectors in cloud environments (IaaS, PaaS, SaaS). Topics include cloud misconfigurations, API vulnerabilities, identity theft, and insecure containers. You’ll also learn how to apply cloud-native security controls.
Learn the science behind securing information. Explore symmetric and asymmetric encryption, hashing, digital signatures, SSL/TLS, and cryptographic attacks like padding oracle and brute force. You’ll also study how to implement secure communication protocols.