Cybersecurity is often associated with firewalls, endpoint protection, encryption and access controls. However, even strong technical defences can be undermined when an attacker successfully manipulates a person. Social engineering attacks focus on human behaviour rather than directly attacking software or infrastructure. By creating believable situations, exploiting trust and applying pressure, attackers can persuade employees or individuals to reveal information, transfer money, open malicious content or provide access.

Understanding how do social engineers attempt to manipulate people is therefore important for organisations that want to build stronger security awareness and reduce human related risks. Social engineering can affect businesses of every size, particularly when employees regularly communicate with customers, suppliers, contractors and external partners.

What Makes Human Behaviour a Target for Social Engineers?

People make decisions based on experience, trust and context. In normal situations, these behaviours help employees communicate and complete their work efficiently. Social engineers take advantage of the same behaviours to make fraudulent requests appear legitimate.

An attacker may pretend to be a colleague, supplier, IT professional, manager or customer. The objective is usually to make the target feel comfortable enough to take an action without completing normal security checks.

Several factors make people particularly attractive targets:

• Trust in familiar people or organisations
• Pressure caused by urgent requests
• Fear of making mistakes
• Desire to help colleagues or customers
• Curiosity about unexpected information
• Respect for authority
• Familiarity with routine business processes

The attacker does not necessarily need advanced technical knowledge. A convincing story combined with information gathered about the target can sometimes be enough to bypass established procedures.

How Do Social Engineers Attempt to Manipulate People?

Social engineers commonly manipulate people by creating situations that encourage quick decisions. They may use urgency, authority, familiarity, fear or curiosity to influence behaviour.

The process often begins with information gathering. Public websites, professional profiles and social media can provide useful details about an organisation and its employees. Attackers may use names, job roles, suppliers, departments and business relationships to create more convincing communications.

Once enough information has been collected, the attacker creates a believable identity or scenario. The final stage involves persuading the target to perform an action, such as clicking a link, sharing credentials, approving a payment or allowing physical access.

This approach makes social engineering different from many traditional cyberattacks. The attacker is not necessarily trying to defeat a technical control. Instead, they are attempting to persuade someone to work around it.

Common Psychological Techniques Used in Social Engineering

Urgency and Time Pressure

Urgency is one of the most common techniques. A target may receive a message claiming that an account will be suspended, an invoice must be paid immediately or a security issue requires an instant response.

The pressure is designed to reduce the time available for verification. Employees who normally follow procedures may be tempted to skip a step because the situation appears urgent.

Businesses can reduce this risk by making it clear that employees should never bypass verification processes simply because a request is time sensitive.

Authority and Seniority

Attackers may impersonate senior managers, executives, security staff or other people with authority within an organisation.

For example, an employee might receive an unexpected request that appears to come from a senior executive. The request may involve confidential information or a financial transaction.

Security policies should make verification mandatory for sensitive requests, regardless of the seniority of the person making them.

Trust and Familiarity

Social engineers often attempt to appear familiar. They may use the name of a colleague, supplier or department that the target already knows.

A message containing genuine company terminology can appear more convincing than a generic scam. Attackers may gather this information from public sources before contacting their target.

Employees should therefore verify unusual requests even when the sender appears familiar.

Fear

Fear can cause people to act quickly. A message may claim that an employee has violated a security policy, that suspicious activity has been detected or that legal action could follow unless an immediate action is taken.

Legitimate security teams should avoid creating processes where employees feel forced to respond immediately to threats. Clear reporting channels can give employees a safe way to verify suspicious communications.

Curiosity

Curiosity can also be exploited. An attacker may send an unusual document, message or link designed to encourage the recipient to open it.

The content might appear relevant to a current project or personal interest. Once the user interacts with it, the attacker may attempt to collect credentials or deliver malicious software.

Security awareness training should explain why unexpected content can be dangerous, even when it appears interesting or relevant.

Which Social Engineering Attacks Should Organisations Watch For?

Social engineering can appear through multiple communication channels. Organisations therefore need awareness across email, telephone, messaging platforms and physical environments.

Phishing

Phishing involves deceptive communications designed to encourage a target to take an unsafe action. This might include clicking a link, opening an attachment or entering credentials into a fraudulent website.

Targeted phishing can be particularly convincing because attackers may customise messages around a specific employee or business process.

Spear Phishing

Spear phishing focuses on a particular person or organisation. Instead of sending the same message to thousands of recipients, an attacker may research a target and create a personalised communication.

This makes employee awareness particularly important for finance, HR, IT and senior management teams, which may have access to valuable information.

Vishing

Vishing uses voice communication to manipulate targets. An attacker may claim to represent a bank, technology provider, customer or internal department.

Because telephone conversations feel more direct, recipients may be less likely to question the caller. Verification procedures should therefore apply to telephone requests involving sensitive information or access.

Smishing

Smishing is social engineering delivered through text messages or similar messaging services. A message may appear to come from a delivery company, bank or service provider.

Employees should be cautious when messages request credentials, payments or urgent actions, particularly when the communication is unexpected.

Pretexting

Pretexting involves creating a believable story to justify a request. The attacker may invent a situation involving technical support, auditing, supplier management or administration.

The success of pretexting depends heavily on credibility. Attackers may research an organisation before creating their scenario.

Tailgating

Social engineering is not limited to digital systems. Tailgating occurs when someone gains physical access to a restricted area by following an authorised person.

An attacker might carry equipment, appear to be a contractor or simply ask an employee to hold a secure door open.

Physical security procedures should make it normal for employees to challenge or report unknown individuals in restricted areas.

Why Employee Awareness Alone Is Not Enough

Training is an important part of social engineering defence, but organisations should not place the entire responsibility on employees.

People can make mistakes, particularly when they are busy, distracted or dealing with unusual situations. A resilient security strategy combines awareness with technical and procedural controls.

For example, organisations can introduce:

• Multi factor authentication
• Strong identity verification
• Role based access controls
• Payment approval procedures
• Email security controls
• Phishing resistant authentication
• Visitor management
• Physical access controls
• Security monitoring
• Incident reporting procedures
• Regular awareness exercises

This layered approach reduces the consequences of a single mistake.

How Can Organisations Reduce Social Engineering Risks?

Establish Independent Verification

Sensitive requests should be verified through a separate trusted channel. Employees should not rely solely on the contact details provided within a suspicious message.

For example, a payment detail change can be confirmed using an established supplier contact rather than replying directly to the original email.

Create Clear Reporting Procedures

Employees should know exactly what to do when they receive suspicious communication. If reporting a suspicious message is complicated, employees may ignore it.

A simple reporting process can help security teams identify campaigns before they affect more people.

Apply Strong Access Controls

Even if an employee account is compromised, strong access controls can limit what an attacker can reach.

Least privilege, multi factor authentication and role based permissions can reduce the potential impact of stolen credentials.

Conduct Regular Security Awareness Training

Security training should not be limited to an annual presentation. Short, relevant sessions can help employees recognise changing attack patterns.

Training can cover phishing, impersonation, suspicious phone calls, malicious links, physical access attempts and requests for confidential information.

Test Security Procedures

Organisations can use controlled security exercises to identify weaknesses in their processes. Simulated phishing campaigns, physical security assessments and social engineering tests can show whether employees understand verification procedures.

The objective should be to improve security rather than simply identify individuals who make mistakes.

How Technology Can Support Human Security

Technology cannot completely eliminate social engineering, but it can reduce opportunities for attackers.

Email security systems can identify suspicious messages and malicious links. Identity security controls can prevent stolen credentials from being enough to access important systems. Monitoring tools can detect unusual account activity.

Physical security technologies can also help. Access control systems, visitor management platforms, CCTV and security monitoring can provide additional layers of protection when attackers attempt to manipulate people into granting physical access.

The strongest security model combines these technologies with clear policies and practical employee training.

What Should Employees Do When a Request Seems Suspicious?

Employees should slow down when a request feels unusual or unusually urgent.

A useful approach is to ask:

1. Do I know who is making this request?
2. Was I expecting this communication?
3. Does the request follow normal company procedures?
4. Is sensitive information being requested?
5. Am I being pressured to act immediately?
6. Can I verify the request independently?
7. Should I report the communication to the security team?

These questions can create a short pause between receiving a request and acting on it. That pause can be valuable because social engineering often depends on immediate reactions.

The Role of Security Culture in Preventing Manipulation

Security culture is broader than cybersecurity training. It involves making secure behaviour part of everyday business activity.

Employees should feel comfortable questioning unusual requests, reporting mistakes and asking for verification. Management also has an important role because employees are more likely to follow security procedures when leadership consistently supports them.

Organisations should avoid creating environments where speed is always prioritised over security. If employees believe that questioning a senior executive or delaying a payment will result in criticism, attackers may exploit that pressure.

A strong security culture makes verification a normal part of business rather than an obstacle to productivity.

Conclusion

Social engineering remains a significant security challenge because it targets behaviour rather than relying solely on technical vulnerabilities. Attackers can use urgency, authority, trust, fear and curiosity to make fraudulent requests appear legitimate. Organisations can reduce these risks by combining employee awareness with strong identity controls, clear verification procedures, physical security measures and continuous monitoring.

The approach covered by security journal americas also reflects the wider importance of treating human behaviour as part of the security environment, rather than separating people from technology and security operations.

FAQs

What is social engineering in cybersecurity?

Social engineering is the use of manipulation and deception to influence people into revealing information, providing access or performing actions that may create a security risk.

How do social engineers attempt to manipulate people?

They commonly exploit trust, authority, urgency, fear, curiosity and familiarity. Attackers may first gather information about their target before creating a believable identity or scenario.

Can social engineering happen without malware?

Yes. A social engineering attack does not always require malware. An attacker may simply convince someone to reveal a password, transfer money, provide information or allow physical access.

Why is social engineering difficult to prevent?

Social engineering targets normal human behaviour. Even well-trained employees can make mistakes when dealing with pressure, convincing impersonation or unexpected situations.

How can businesses protect employees from social engineering?

Businesses can combine security awareness training with strong authentication, access controls, independent verification procedures, email protection, monitoring and clear incident reporting processes.

Is social engineering only a cybersecurity problem?

No. Social engineering can affect both digital and physical security. Attackers may manipulate employees to obtain system access, confidential information, payments or entry into restricted facilities.

What should an employee do after responding to a suspicious request?

The employee should report the incident immediately through the organisation's established security process. Early reporting can help security teams contain potential damage and protect other employees.