Social Engineering
Phishing and Vishing Assessments
Caliber’s Phishing and Vishing Assessment services are designed to identify and address the susceptibility of your organization to social engineering attacks. Our experienced security experts simulate real-world phishing and vishing scenarios to uncover vulnerabilities in your employees’ responses and awareness. By mimicking advanced phishing emails and voice-based vishing attacks, we test your team’s ability to recognize and respond to potential social engineering threats.
Phishing and vishing assessments are essential in understanding how your workforce reacts under targeted social engineering conditions. Basic awareness training alone may not suffice in safeguarding against increasingly sophisticated attack vectors.
At Caliber, we employ both automated and tailored manual assessments to provide a comprehensive evaluation. This approach allows us to craft more targeted and realistic scenarios that reveal deeper insights into your organization’s risk profile. The findings are compiled into a detailed, actionable report, equipping your organization with clear guidance to strengthen employee training and bolster defenses against future attacks.
On-Site Social Engineering Assessments
Caliber’s On-Site Social Engineering Assessment services are designed to evaluate your organization’s resilience against real-world social engineering tactics that exploit trust and human behavior to gain unauthorized access. Our experienced team simulates diverse scenarios, including impersonating employees, vendors, or visitors. It uses tactics such as tailgating, badge cloning, and persuasive questioning to test your team’s responses to unfamiliar or unauthorized individuals attempting to bypass security measures.
At Caliber, we tailor each assessment to your organization’s environment, crafting realistic scenarios that reveal your team’s readiness to prevent social engineering intrusions. The findings are summarized in a detailed, actionable report that offers practical recommendations to bolster physical security and reduce human-related vulnerabilities.
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