Cyber Security and Ethical Hacking introduction course

Explore cybersecurity as the practice of protecting networks, systems, data, and digital infrastructure from attacks and unauthorized access. Learn a practical, everyday definition of staying safe online.

Explores three reasons cybersecurity matters as technology expands—mobile smartphones, the internet of things, and rising data exposure—while highlighting strong passwords, backups, wifi security, VPN usage, and cybersecurity products.

Discover the top 10 reasons to learn cybersecurity and how the field's job growth motivates you to become a cybersecurity expert, addressing hesitations about starting a cybersecurity career.

Cybersecurity offers a viable evergreen career as cyber attacks rise and technology advances, with global opportunities and the chance to work with top companies and agencies.

Explore the unlimited potential for personal growth in cybersecurity as attackers evolve, professionals outsmart threats, and opportunities expand across industries with diverse roles and high salaries.

Explore computer vulnerabilities and how penetration testing, or ethical hacking, reveals security weaknesses that attackers could exploit. Learn how software updates and security patches fix bugs and strengthen information security.

Explore how networked systems face external threats, define hacking as unauthorized access, and identify weaknesses to prevent cybercrime and protect business data.

Learn about types of hackers classified by intent, including white hat (ethical) hackers, Cregger, and gray hat hackers, with each type explored in upcoming videos.

Explore white hat, black hat, and gray hat hackers and how their target relationships shape their actions, including black hats who seek unauthorized access and theft.

Explore how white hat hackers, or ethical hackers, strengthen security with permission and rules of engagement. They disclose vulnerabilities to protect organizations from black hat threats.

Explore gray hat hackers who operate between ethical and black hat boundaries, identify weaknesses in credit card systems, and disclose findings to owners or authorities.

Explore how internet ubiquity enables access to hacking tools and how script kiddies rely on ready-made programs to gain access, highlighting cyberbullying and cyber stalking as misguided risks.

Define activism and explain how hacktivists use hacking to send political or social messages, target government agencies and corporations, and explore their motivations.

Discover the history of phone phreaking, where hackers exploited weaknesses in the telephone system by mimicking tones to route calls and avoid payments.

Identify and exploit weaknesses in computer systems and networks, distinguish cyber crime from ethical hacking, and learn how ethical hacking improves security and is legal.

Explore the five phases of hacking—reconnaissance, scanning, gaining access, maintaining access, and covering tracks—and learn how attackers gather information, identify vulnerabilities, exploit them, backdoor systems, and erase traces.

Master the road map to becoming an ethical hacker by identifying essential skills, foundational computer skills and coding, top resources, and globally recognized certifications; a degree isn't mandatory.

Become an ethical hacker by daily learning core skills, including computer basics, BIOS and OS installation, command line, fast typing, networking, Windows, Linux, hardware knowledge, reverse engineering, cryptography, and databases.

Define a computer network as two or more computers sharing information and resources, and explain why networking skills matter for hackers with network models, IP addresses, and protocols.

Learn Windows administration to defend the majority of computers running Windows, understand why viruses target Windows, and explore Microsoft certified solutions like M.S. associate, M.S. E, NTSB, and MCE.

Develop essential computer skills for ethical hacking: from data processing and file management to advanced database programming, spreadsheets, and tools like email, social media, and web enterprise system.

Learn why Linux is essential for ethical hacking, its open source security advantages, and how Red Hat exams and hacking-focused distributions support a cybersecurity career.

Develop essential ethical hacking foundations by mastering programming, as coding strengthens exploitation, enables custom tools, and leverages open source software, with guidance on Capullo programming language.

Build basic hardware knowledge of computer components like cpu, motherboard, data storage, monitor, mouse, keyboard, graphics and sound cards, and learn how software runs on hardware to support ethical hacking.

Explore reverse engineering as recovering design requirements and functions from code to build a program database and generate key information to improve legacy system maintenance and security for ethical hacking.

Master cryptography and encryption to secure authentication, confidentiality, and data integrity, and learn how encryption is used in information systems and how to analyze protocols against third-party attacks.

Understand the database DBMS concept and why creating and managing databases matters for a company's stored information; ethical hackers must know database engines to help build a strong system.

Explore the top 10 ethical hacking certification courses to become a cybersecurity professional, with guidance to pursue two or three, and choose paid, industry-recognized certifications that aid IT security careers.

Discover how programming skills shape ethical hacking by selecting the right programming languages for different attack types, targets, and testing tasks, including exploit writing and reverse engineering.

Examine web hacking languages such as JavaScript and SQL to understand testing, database interactions, and attack techniques; explore server-side scripting and content management systems like WordPress.

Explore essential exploit development languages, including C, C++, Python, Ruby, Java, and Lisbon, and learn how low-level access, reverse engineering, and automation empower ethical hacking.

Explore the role of assembly language in reverse engineering, its low-level power, and why hacking success depends on the target program, malware such as viruses and trojans, and rigorous training.

Linux provides open source transparency and granular control for hackers, with most hacking tools built for it and its dominance in servers and mobile devices.

Explore five top linux-based, free, open-source operating systems favored by ethical hackers and penetration testers, equipped with many hacking tools, while noting that expertise still requires skill.

Explore an ethical hacking operating system funded by Offensive Security Ltd., used by hackers and professionals, with Carly, a Debian-based distribution for forensics and penetration testing, featuring 600 preinstalled tools.

Pareto's, a Debian-based Linux distribution for hackers designed for penetration testing, vulnerability assessment, forensics, and anonymous surfing; it's cloud-friendly, lightweight, highly customizable, with strong community support.

Blackguards is a lightweight extension to Linux for security researchers, enabling web and application testing with a versatile toolkit and installable on 32- and 64-bit machines and Raspberry Pi.

Explore a fast, minimal Linux distribution for ethical hacking and security assessment, featuring over 70 tools for web and network analysis, stress testing, sniffing, vulnerability assessment, and exploitation.

Cyborg Linux is an open source penetration testing distribution with over 700 tools and more than 300 for mobile security, malware analysis, trusted by ethical hackers for network stress testing.

The video compares Linux and Windows operating systems, highlighting open source flexibility, licensing differences, and Linux equivalents to Windows programs and Microsoft Office.

Understand cyber attacks and their purpose as offensive actions targeting computer systems, networks, and devices to steal or destroy data. Explore common techniques such as malware, phishing, or crosseyed scripting.

examine common cyber attack types such as malware, phishing, man-in-the-middle attack, fuel injection, zero-day exploit, cross-site scripting, and business email compromise, and explain each in detail.

Explore how malware attackers use viruses, trojans, and other harmful software to gain a foothold, monitor actions and keystrokes, and exfiltrate confidential data via malicious emails or attachments.

Phishing attackers impersonate trusted sources with urgent messages to prompt clicks on attachments or links, risking malware installation and credential theft.

Explain how session hijacking and man-in-the-middle attacks intercept traffic between a user and a server, enabling theft of login credentials and personal data, with tips to avoid public networks.

Explore how a denial of service attack overloads a website by flooding its server with traffic, blocking legitimate users and illustrating no net loss attack dynamics.

Examine sql injection attacks that exploit vulnerable servers to run malicious code and dump stored user credentials and private data, including credit card numbers and passwords.

Learn about zero day exploits and how attackers target unpatched flaws before patches arrive. Discover detection measures like VLANs, firewalls, secure wifi, and SSL to protect data.

Explore cross site scripting attacks that run malicious code in a user's browser, hijacking cookies and sensitive data by injecting payloads into comments or scripts on vulnerable sites.

Explore business email compromise, where attackers hack executive mail to impersonate leaders and defraud the company and its partners, using man-in-the-middle tactics and spoofed domains like PayPal dot com.

Explore the benefits of temporary email addresses, contrast them with regular Gmail and Yahoo accounts, and learn when to use disposable emails for privacy and country-specific registrations.

Explore the content of lecture 51 in the cyber security and ethical hacking introduction course.

Discover how to hide data in an image by creating a folder, converting formats, and using an admin prompt to embed hidden files.

Virus total aggregates over 70 antivirus scanners to detect malware and phishing, offering web, desktop, browser extension, and API submission methods.