Editor’s Note: Social engineering attacks exploit human behavior through deception—using phishing, impersonation, and manipulation to bypass technical defenses. This article details risk factors in remote work and c... Read More
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Get 24/7 IT Support NowSocial Engineering is the art of manipulating people into doing what you want them to do. It’s a powerful tool anyone can use, from an individual trying to get money from someone or steal their identity to a hacker looking for information about your network and systems. Social engineering is also known as human error hacking because it uses human psychology to trick people into giving up information they shouldn’t.
If an attacker gains unauthorized access to sensitive personal data (such as Social Security numbers, bank accounts, passwords for online services, etc.) by exploiting the vulnerabilities of your operating system, which may allow him/her to execute arbitrary code within your environment.
The most common form of social engineering is phishing. Hackers send emails pretending to be from legitimate companies like banks or credit card providers. The email may ask the recipient to click on a link that will download malware onto their computer. This malware could give away personal information such as usernames, passwords, bank account details, etc. Another type of social engineering tactic is spear-phishing. Spear-phishing is sending targeted messages to specific individuals within an organization. These messages are crafted so that only the intended recipients will open them. They often contain malicious links or attachments.
Social engineering attacks begin with careful planning and information gathering. An attacker may target a specific person or cast a wider net, but in both cases, the first step is research. They collect details such as names, job roles, email addresses, and internal processes from public sources like company websites and professional profiles. This reconnaissance phase helps them understand the organization’s structure and identify individuals who have the authority or access needed for the attack. The more information they gather, the easier it becomes to impersonate a trusted person, such as a colleague, manager, or IT staff member, and to make the interaction appear legitimate.
Once prepared, the attacker contacts the target and manipulates them through trust and psychological pressure. Some attacks happen slowly, building credibility over time, while others rely on urgency to force quick decisions. For example, an attacker might pose as IT support and claim a critical issue requires immediate action, prompting the user to share sensitive information, such as passwords. By combining a believable identity with emotional triggers such as fear or urgency, the attacker convinces the target to act without proper verification, ultimately gaining access to confidential data or systems.
Social engineering attacks come in many forms and can be performed everywhere where human interaction is involved – whether online, over the phone, via email attachments, or even face-to-face.
This listed some of the most common types of social engineering attacks.
Phishing refers to the practice of sending emails that impersonate someone else. These messages often contain malicious attachments or links to malicious websites that trick recipients into opening malware or clicking fake web pages that collect their information. Phishers use various tactics to ensure their messages look legitimate, including making the sender seem like a trustworthy source, such as a bank or credit card provider.
Another way of phishing attempt is voice phishing. By using phone calls, they will record all your information.
In spear phishing, attackers send targeted emails to specific individuals. Spear Phishing is especially effective because people tend to trust those they know well. For example, an employee of one company might receive an email from her boss saying she won a promotion. If the recipient opens the email, he’ll likely click on a link within the message. This could lead him to a phishing website containing malware or trick him into giving up personal information.
Whaling is another social engineering attack that tries to extract sensitive data from employees. Whaling usually takes place during work hours. Attackers try to learn how systems operate, what applications are used, and which passwords are commonly used. They do this by asking questions about the network, looking for vulnerabilities, or searching for documents and files containing useful information.
Pretexting is another type of attack that gathers information about networks and systems. In pretexting, attackers pose as someone with access to the system they want to infiltrate. They pretend to need help with something, then ask for information about the network. For example, if they wanted to learn more about the security measures at a particular company, they might call the IT department posing as a customer.
The term scareware refers to deceptive software that tricks users into thinking their computers are infected with malware. These programs often use pop-up messages telling users their systems have been compromised and offer to fix it for a fee. However, once installed, the program does nothing to help the user. Instead, it secretly installs additional software onto the victim’s machine or redirects internet traffic to sites hosting adware or other forms of malware.
Scareware vendors also use a similar tactic: sending emails with fake alerts about viruses and other security issues. In some cases, the messages come from well-known brands like Microsoft, Symantec, McAfee, and AVG. Others claim to be sent from tech support representatives at those companies, asking recipients to confirm whether they want to download a free virus scan. But recipients end up downloading malware attachments.
Attacks Use False Promises To Pique Users’ Greed Or Curiosity. The term “baiting” refers to a social engineering attack that lures people into clicking something seemingly innocuous.
A common method involves placing malicious code or phishing emails disguised as legitimate documents on file-sharing sites like Dropbox or email servers. When unsuspecting users download these attachments, they unwittingly install malware onto their computers.
Some baits include a physical component. For example, a hacker might place a USB stick in a public restroom stall. People picking up the device unknowingly infect themselves with malware.
Identifying social engineering attacks comes down to spotting behavior that feels “off,” especially when someone is trying to influence you quickly or emotionally. One of the biggest warning signs is unexpected communication, such as an email, call, or message requesting sensitive information or urgent action. Attackers often create urgency (“act now or your account will be locked”) or fear (“security breach detected”) to pressure you into responding without thinking. Messages may also include unusual requests, such as sharing passwords, transferring money, or clicking unfamiliar links. Even if the message looks legitimate, small details like misspelled words, odd email addresses, or slightly altered website links can reveal it’s fake.
Another key way to spot these attacks is to question who is making the request and why. Social engineering often involves impersonation, in which the attacker pretends to be a trusted person, such as a manager, coworker, or support staff. If the request seems unusual for that person’s role or out of the normal process, it’s a red flag. For example, a sudden request from “IT support” for your password, or a request from a “boss” for urgent financial transactions, should be verified through another channel. In general, if something feels rushed, secretive, or too good to be true, pause and verify before acting because social engineering relies on quick reactions rather than careful thinking.
Organizations should activate their incident response procedures as soon as they suspect a social engineering attack. IT teams should immediately disable compromised accounts, reset affected passwords, revoke active sessions, and enforce multifactor authentication to prevent unauthorized access. If malware is suspected, isolate affected devices from the network while preserving evidence for investigation.
Security teams should preserve relevant emails, message headers, call records, authentication logs, endpoint alerts, and suspicious URLs to determine how the attack occurred. Avoid deleting affected files or wiping devices before collecting necessary evidence. Review access logs and monitor privileged accounts for unusual activity, unauthorized configuration changes, and suspicious data transfers.
Organizations should report the incident to their internal security team, IT administrators, and designated incident response leaders, following established policies. Notify affected employees, customers, financial institutions, or relevant authorities when appropriate. After containing the threat, investigate the root cause, securely restore affected systems, strengthen access controls, and provide targeted employee awareness training to reduce the risk of similar attacks.
A layered cybersecurity strategy reduces human-related security risks by combining employee awareness with multiple technical safeguards. Security awareness training helps employees recognize phishing emails, suspicious links, impersonation attempts, and fraudulent requests. Zero-trust principles require continuous verification of users and devices before granting access, reducing the risk of unauthorized access even when an employee’s credentials are compromised.
Email security filters help block malicious attachments, phishing links, and spoofed messages before they reach employees. Endpoint protection detects suspicious activity, malware, and unauthorized changes on computers and servers. Identity controls, including multifactor authentication, role-based access, and least-privilege permissions, limit the damage attackers can cause if they obtain valid credentials.
Continuous monitoring brings these controls together by analyzing authentication logs, endpoint alerts, network traffic, and unusual user behavior to identify potential threats. Security teams can investigate alerts, disable compromised accounts, and isolate affected devices before incidents spread. By combining trained employees, preventive controls, real-time detection, and a coordinated incident response process, organizations can reduce human error and strengthen their overall cybersecurity posture.
Social engineering attacks often target remote and hybrid employees by exploiting limited face-to-face interaction and reliance on digital communication. Attackers may make fake IT support calls, impersonate managers, or send messages through collaboration platforms such as Microsoft Teams and Slack to request sensitive information. By creating urgency around technical problems, password resets, or urgent business tasks, they can trick employees into revealing credentials or approving unauthorized actions.
Fraudulent multifactor authentication (MFA) prompts are another common risk, as attackers may repeatedly request login approvals to pressure employees into accepting a malicious sign-in. Personal devices can introduce additional vulnerabilities when they lack updated security software, encryption, or organizational management controls. Attackers may also send fake remote access requests or impersonate technical support staff to convince employees to install unauthorized software or grant access to corporate systems.
Organizations can reduce these risks by providing regular security awareness training and requiring employees to verify unusual requests through trusted communication channels. Enforcing phishing-resistant MFA, endpoint protection, device compliance policies, and least-privilege access helps prevent compromised accounts or devices from exposing business systems. Continuous monitoring of login activity, remote access sessions, and suspicious user behavior enables IT teams to detect threats early and respond before they spread across the organization.
Organizations can measure the effectiveness of social engineering awareness training by tracking key performance indicators (KPIs) that show how employees recognize, report, and respond to suspicious activities. Phishing simulation reporting rates show how often employees correctly report simulated phishing emails, while click rates show how many employees click suspicious links. A declining click rate and increasing reporting rate over time can indicate improved threat awareness.
Other important metrics include repeat failure rates, employee training completion rates, and reporting time. Repeat failure rates identify employees who repeatedly fall for simulated attacks, while training completion rates show whether employees have completed required awareness programs. Reporting time measures how quickly employees alert security teams after identifying a suspicious message, helping organizations evaluate their ability to detect potential threats early.
Organizations should review these KPIs regularly and compare results across departments, training sessions, and reporting periods to identify areas for improvement. Employees who struggle with specific attack scenarios can receive targeted training, while realistic phishing simulations can reinforce safe behaviors. By combining measurable performance indicators with ongoing education and feedback, businesses can strengthen security awareness, reduce human-related risks, and improve their overall cybersecurity posture.
IT teams can reduce social engineering risks targeting privileged accounts by implementing Privileged Access Management (PAM) and just-in-time access controls. PAM limits administrative permissions to authorized users, while just-in-time access grants elevated privileges only when needed and for a defined period. Organizations should also maintain separate administrator and standard user accounts to reduce the risk of everyday activities exposing critical systems to unauthorized access.
Strong authentication is essential for protecting privileged accounts from phishing and credential theft. Organizations should enforce phishing-resistant multifactor authentication, such as FIDO2 security keys or passkeys, and establish approval workflows for sensitive administrative actions. IT teams should independently verify unusual access requests, password reset requests, and urgent configuration changes through trusted communication channels rather than relying solely on email or messages.
Privileged session monitoring and continuous security monitoring help detect suspicious administrative activities, unusual login attempts, and unauthorized configuration changes. Security teams should review privileged access logs, set alerts for abnormal behavior, and revoke access immediately when they suspect a compromise. Regular access reviews, employee awareness training, and documented incident response procedures further strengthen privileged account security and reduce the potential impact of social engineering attacks.
A social engineer uses social skills to manipulate others into doing what they want. He might pretend to be someone else online or attempt to befriend his target to obtain confidential information or infect him with malware attachments. A hacker can also use social engineering techniques to trick people into revealing their passwords, opening malicious files, clicking on dangerous links, downloading viruses, or installing spyware.
Cybersecurity awareness is essential because most attacks don’t start with advanced hacking; they begin with human interaction. Threats like phishing, computer social engineering, and malware often succeed because someone clicks a link, shares information, or trusts a fake request. When individuals understand these risks, they are far more likely to recognize suspicious behavior and avoid falling into traps. Awareness turns users from potential vulnerabilities into the first line of defense, helping to stop attacks before they even reach technical systems.
It also plays a critical role in reducing overall organizational risk. Even the most advanced security tools can fail if users are unaware of basic safety practices. Regular awareness ensures people know how to create strong passwords, verify requests, handle sensitive data, and respond to potential threats. In simple terms, cybersecurity awareness builds a culture of caution and responsibility, where everyone helps protect data, systems, and networks from evolving cyber threats.
In conclusion, social engineering is a powerful tool that hackers can use to gain access to confidential information or devices. Cybersecurity matters to everyone, and you should be aware of how social engineering can be used to compromise your security.
Organizations should establish security policies to help staff make the right decisions about phishing attacks.
Always be suspicious of emails, text messages, and other messages that seem too good to be true. If you ever feel like someone is trying to trick you, don’t hesitate to call your cyber security provider for help.
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