Secure Your Workforce and Protect Your Business
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Ready to see how your people and processes hold up against real-world social engineering attacks? Fill out the form to share your needs and let our experts recommend the right testing approach.
More Penetration Testing Services
- Social Engineering
- External Penetration Testing
- Internal Penetration Testing
- Physical Penetration Testing
- Vulnerability Scanning
- Web Application Penetration Testing
- Wireless Penetration Testing
A social engineering engagement evaluates how effectively an organization’s people and processes resist manipulation by attackers. It simulates real-world social engineering tactics including phishing, pretexting, and impersonation to identify weaknesses in awareness, training, and verification procedures. By testing how employees respond to these scenarios, a social engineering engagement helps organizations strengthen human defenses, reduce the risk of credential theft or unauthorized access, and reinforce security as a shared responsibility across the organization.
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An external network penetration test simulates a real-world attack against an organization’s internet-facing systems and infrastructure. It evaluates how effectively perimeter defenses such as firewalls, VPNs, web services, and exposed hosts protect against unauthorized access. By identifying vulnerabilities, misconfigurations, and exploitable weaknesses visible to an outside attacker, an external penetration test helps reduce the risk of breaches before adversaries can gain an initial foothold.
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An internal penetration test simulates a real-world attack from inside an organization’s network to evaluate the strength of its defenses. It assumes an attacker has already gained limited access to the network through a compromised user account or workstation and tests how effectively network controls prevent lateral movement, privilege escalation, and access to critical systems. The goal is to identify weaknesses in network design, configurations, and permissions before they can be exploited in a real attack.
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A physical penetration test evaluates an organization’s ability to prevent unauthorized physical access to its facilities, systems, and sensitive assets. It simulates real-world intrusion attempts including tailgating, badge misuse, or bypassing physical controls to identify weaknesses in locks, access controls, surveillance, and security procedures. By uncovering gaps in physical security, a physical penetration test helps ensure that facilities, personnel, and critical infrastructure are protected against threats that could bypass technical defenses entirely.
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Vulnerability scanning uses automated tools to identify known vulnerabilities, misconfigurations, and outdated software across an organization’s systems, networks, and applications. It provides a broad, repeatable view of security weaknesses by continuously checking assets against up-to-date threat intelligence and vulnerability databases. While vulnerability scanning does not attempt exploitation, it plays a critical role in maintaining security hygiene by helping organizations quickly identify, prioritize, and remediate issues before they can be exploited by attackers.
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A web application penetration test evaluates the resilience of a web application against real-world attacks. It focuses on identifying vulnerabilities in application logic, authentication, authorization, input handling, and session management by simulating how an attacker would attempt to exploit the application. By uncovering issues such as injection flaws, broken access controls, and insecure configurations, a web application penetration test helps ensure your application protects user data, enforces proper access, and supports a strong overall security posture.
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A wireless network penetration test evaluates the strength of an organization’s Wi‑Fi and wireless infrastructure against real-world attacks. It focuses on identifying weaknesses in wireless configurations, encryption, authentication, and device management by simulating how an attacker could gain unauthorized access to the network. By uncovering issues such as weak passwords, insecure protocols, rogue access points, and improper segmentation, a wireless penetration test helps ensure your wireless network does not become an easy entry point into your environment.
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Our Approach
We go beyond automated scans and generic reports. With roots in education and hands-on training, our social engineering engagements are designed to help your team understand not just what we find, but why it matters and how to fix it.
From day one, you’ll have direct access to our testers through a dedicated communication channel, where we provide ongoing updates and context around our findings. We also offer the option for your team to shadow our testers, giving firsthand insight into real-world adversary techniques and practical ways to strengthen defenses.
Activities performed during social engineering include, but are not limited to:
● Email attacks (phishing)
● High-profile targeted attacks (whaling)
● Phone-based attacks (vishing)
● Physical-based attacks
● Targeted attacks (spear phishing)
● Text message attacks (smishing)
● Other attacks depending on specific customer content and footprint
At the conclusion of the engagement, you’ll receive a detailed report that clearly prioritizes security issues by risk level to support efficient remediation. We offer retesting to validate that fixes have been successfully implemented, and our reports also highlight areas where your security controls are performing well – giving technical teams, managers, and executives a balanced, actionable view of your security posture.
Our Methodology
All testing performed is based on the NIST SP 800-115 Technical Guide to Information Security Testing and Assessment, OWASP Testing Guide (v4), and customized testing frameworks.
Our penetration testing process includes the following steps:
Plan
Customer goals are gathered and clear rules of engagement are established to guide the engagement.
Discover
Perform scanning and enumeration to identify potential vulnerabilities, weak areas, and exploits within the environment.
Attack
Confirm potential vulnerabilities through exploitation and perform additional discovery upon new access.
Report
Document identified vulnerabilities, exploits, failed attempts, and key security strengths and weaknesses.
By the Numbers
Key Statistics
%
of all breaches involved a “human element”
Verizon 2025 Data Breach Investigations Report
effective – AI-automated phishing emails outperform standard phishing attempts
Microsoft Digital Defense Report 2025
%
increase in infostealer malware being delivered via phishing
IBM X-Force Threat Intelligence Index 2025
is the average cost of a phishing breach
IBM Cost of a Data Breach Report 2025
How Social Engineering Helps
People are a critical layer in any effective cybersecurity strategy, and attackers often target human behavior when technical defenses are difficult to bypass. Social engineering attacks exploit trust, urgency, and routine processes to gain access to systems, data, or facilities—making even well-secured environments vulnerable if employees are unprepared. A social engineering engagement safely simulates these real-world tactics to evaluate how people, processes, and controls respond under realistic conditions. By strengthening awareness, reinforcing verification procedures, and identifying gaps in human-focused defenses, social engineering testing helps ensure your organization’s people are an active line of defense, not a point of failure, in your overall cybersecurity posture.
Frequently Asked Questions
Social Engineering
How is social engineering different from phishing simulations or security awareness training?
Social engineering engagements simulate real-world attacks to test human defenses, while training or simulations primarily educate users without revealing exploitable gaps.
How common are social engineering attacks in real breaches?
Very common! Studies show that most breaches involve some form of human manipulation, such as phishing or pretexting.
What types of social engineering are tested (phishing, vishing, smishing, pretexting, impersonation)?
Engagements can include phishing emails, phone-based attacks (vishing), SMS attacks (smishing), impersonation, and pretexting scenarios.
Will our security team know the test is happening?
It depends on the scope: tests can be coordinated to assess detection and response or conducted without notifying the team to evaluate real-world effectiveness.
Can this replace awareness training?
No, it complements training by identifying gaps and providing practical insights, but regular awareness programs are still essential.
Inside a Real Pentest Report
A Report That Fortune 500s Trust
Get a firsthand look at a real penetration testing report and understand how our expert team communicates risk, impact, and remediation steps.
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