Advanced Persistent Threats (APT) originating from state sponsored actors, terrorist organizations and cyber-crime actors are increasingly targeting large corporations and organizations.

Our APT Simulation service uses a blend of Red Team Penetration Testing and Social Engineering techniques, along with latest exploits, state of the art Remote Access Tool (RAT) technology and advanced data ex-filtration techniques to assess your organization's network perimeter defenses, intrusion detection and prevention systems, data leak prevention mechanisms, human resource weaknesses and endpoint security against advanced targeted attacks.

For mobile application penetration testing we have created a research-driven mobile testing methodology. Using a combination of manual and dynamic analyses along with custom harnesses for automated fuzzing, our mobile security testing provides verification and validation across all major control categories.

Our testing delivers coverage across the complete mobile app environment, from the local app running on-device to the back-end web services and RESTful APIs that power mobile apps off-device. Web applications present some of the most significant risks to an organization's data, and web applications are critical to your online presence. This makes attacks on applications some of the most complex, and successful, types of attacks.

Web applications present some of the most significant risks to an organization's data, and web applications are critical to your online presence. This makes attacks on applications some of the most complex, and successful, types of attacks.

Securing and testing applications is complex and requires specialized knowledge. In addition to commercial and custom-developed tools, we use manual inspection methods to discover hidden application vulnerabilities.

A network penetration test simulates an attack on your organization's network infrastructure or applications.

During these controlled tests, our trained, experienced consultant reviews the security of your network infrastructure and systems using the similar tools and techniques that an actual attacker would use.

By emulating a real-world attacker, we demonstrate where weaknesses exist and procedures fail, how much access an attacker could gain and how to properly secure these assets.