Pentesting with AI

Blackbox testing simulates a real-world scenario and the goal is to assess the security postural from an external perspective, like a real attacker. Our Penetration Testers will approach the assessment with no access to source code, system architecture, or any documentation.

Whitebox testing involves full knowledge and access to the target system,network, or application. This an in-depth assessment of security controls, architecture, and implementation details. It will find more potential vulnerabilities which leads to more accurate findings and recommendations.

Graybox testing combines both blackbox and whitebox testing methodologies. The goal is to provide information about an internal and external attacker. The result would be a balanced perspective that takes into account both ways where it looks to gain a holistic understanding of their vulnerabilities while maintaining level of realism.

Internal penetration testing evaluates the security of an organizations’ internal network, systems, and applications from compromised accounts, phishing and rogue employees. This test will access the effectiveness of internal security controls, including user access controls, network segmentation, and privilege escalation mechanisms. Our internal penetration testing involves simulating attacks that could originate from within the organization, such as compromised accounts, phishing attempts, or malicious insiders. By evaluating the effectiveness of internal security controls, including user access controls, network segmentation, and privilege escalation mechanisms, we help organizations identify and address vulnerabilities that could be exploited by unauthorized users operating from within the network. Through these tests, we aim to enhance the organization's overall security posture and mitigate the risk of internal threats.

External penetration testing specifically targets the security of external-facing assets, such as servers, websites, and network devices facing the internet. Our Testers will simulate attacks that could be launched from external attackers with the goal of gaining unauthorized access to the organization’s systems or data. During external penetration testing, our testers will assess the organization's defenses against real-world threats, including techniques commonly used by hackers to exploit vulnerabilities in internet-facing assets. By conducting these tests, we aim to identify weaknesses that could be exploited by malicious actors and provide recommendations for strengthening the organization's security posture.

Blind penetration testing does not give any information to the security team of test which will test the organizations’ incident response capabilities against unknown attack vectors. This test will reveal how well the organization detects and responds to security incidents when dealing with threats. During blind penetration testing, the security team receives no advance notice about the test, allowing for a more authentic assessment of their response to unexpected attacks. By simulating these scenarios, we can uncover any weaknesses in the organization's ability to detect and react to security incidents, ultimately helping them improve their defenses against potential threats.

Targeted penetration testing is a collab between penetration testers and the security staff within an organization. The objective is to identify and address vulnerabilities or weaknesses in the organizations’ security controls. By combining the expertise of penetration testers with the knowledge of the organization's security staff, targeted penetration testing can provide .

Hardware pentesting focuses on assessing the security of devices like IoT systems and embedded systems to identify vulnerabilities before attackers can exploit them. Both hardware, firmware, and communication interfaces are examined for potential security gaps. Techniques such as reverse engineering and side-channel attacks are used to uncover weaknesses that could compromise the integrity or confidentiality of your devices. The goal is to test security mechanisms and detect vulnerabilities before they become real threats. This ensures that your hardware remains protected against unauthorized access and manipulation. Hardware pentesting combines technical expertise with innovative testing methods to provide optimal protection for your products.