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Social Engineering Basics

Lesson 19/37 | Study Time: 20 Min

Social engineering in cybersecurity refers to the psychological manipulation of individuals to gain confidential information, access, or other sensitive assets. Unlike purely technical hacking methods, social engineering exploits human behavior, emotions, and trust to bypass security controls.

Phishing is one of the most widespread social engineering techniques, where attackers impersonate trusted entities to deceive victims into sharing sensitive data such as passwords or financial information. Understanding these principles helps individuals and organizations better recognize and defend against such attacks.

What is Social Engineering?

Social engineering attacks rely on manipulating human psychology rather than technical vulnerabilities. Attackers use tactics that exploit trust, fear, urgency, curiosity, or helpfulness to convince victims to perform compromising actions.

These actions may include divulging credentials, clicking on malicious links, downloading malware, or providing physical access. Social engineering can occur over email, phone calls, text messages, social media, or in person.

Phishing 

Phishing is a social engineering attack where an adversary impersonates a legitimate organization or person in electronic communications to lure victims into revealing sensitive information. Typical phishing methods include deceptive emails, fake websites, and messages with urgent requests or alarming content.


Variants Include:


1. Spear Phishing: Targeted attacks aimed at specific individuals or organizations using personalized information.

2. Vishing: Phishing conducted over voice calls.

3. Smishing: Phishing via SMS/text messages.


The goal is often to steal login credentials, financial information, or to deliver malware.


How Phishing Works  


Why is Social Engineering Effective?

Social engineering is effective because attackers blend trust, urgency, and targeted research to influence decisions. The factors described here explain why individuals are often tricked despite technical safeguards:


1. Humans tend to trust familiar logos, domain names, and language.

2. Strong emotions like fear or urgency cause people to act quickly without reflection.

3. Lack of awareness or training about phishing increases susceptibility.

4. Social engineers research their targets to tailor messages, enhancing believability.

Preventing Social Engineering and Phishing 


1. Provide regular training to users to recognize phishing indicators and suspicious communications.

2. Implement email filtering technologies to reduce spam and phishing emails.

3. Encourage verification of requests through alternative channels (e.g., phone call).

4. Use multi-factor authentication (MFA) to reduce risks from compromised credentials.

5. Maintain an organizational culture promoting skepticism and verification.

Jake Carter

Jake Carter

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Class Sessions

1- What is Ethical Hacking? Purpose, Scope & Limitations 2- Types of Hackers 3- Cyber Kill Chain & Basic Attack Lifecycle 4- Legal & Ethical Considerations (Laws, Permissions, Responsible Disclosure) 5- Basics of Networking (IP, MAC, Ports, Protocols) 6- OSI & TCP/IP Models 7- Common Network Devices & Architectures (Routers, Switches, LAN/WAN) 8- Understanding Firewalls, NAT & Basic Packet Flow 9- Operating Systems Overview 10- File Systems, Users, Permissions & Access Controls 11- Introduction to Web Applications (HTTP/HTTPS, Cookies, Sessions) 12- Client vs Server Architecture Basics 13- Types of Recon (Passive vs Active) 14- Footprinting Techniques (DNS lookup, WHOIS, Website & Metadata Analysis) 15- Basic Scanning Tools Overview 16- Identifying Publicly Exposed Information & Attack Surface Basics 17- Vulnerability, Threat, Exploit: Definitions & Differences 18- Common Vulnerabilities: Misconfigurations. Default Credentials, Weak Passwords ,and Unpatched Software 19- Social Engineering Basics 20- Basic Malware Categories 21- Port Scanning Basics (Open/Closed/Filtered Ports) 22- Network Mapping Essentials 23- Service & Version Enumeration Concepts 24- Identifying Common Services (HTTP, FTP, SSH, SMB) 25- Password Security Essentials (Strength, Hashing Concepts, Common Weaknesses) 26- OS Weaknesses 27- Network Weaknesses 28- Basics of Web Vulnerabilities 29- Security Hardening Fundamentals (System, Network, User Practices) 30- Patch Management & Configuration Hygiene 31- Secure Password & Authentication Practices 32- Basic Network Security Controls (Firewalls, IDS/IPS—concept only) 33- Safe Browsing & User Awareness Essentials 34- Documenting Findings 35- Communicating Risks to Non-Technical Stakeholders 36- Responsible Disclosure Process 37- Ethical Hacker Code of Conduct