Identify and Remediate Exploits for Reduced Attack Surfaces
Get deep insights with kernel-level visibility in a high-fidelity virtual environment.
Using Physical Devices for Vulnerability Research Creates Major Security Gaps
To protect national and public interests, federal agencies must identify and remediate mobile vulnerabilities before they can be exploited. This requires deep, low-level analysis on a vast range of device models and OS versions, but scaling to meet the sheer volume is an overwhelming challenge, particularly when security teams rely on physical mobile devices.
Finding, purchasing and maintaining a library of physical devices is expensive and logistically taxing. Shipping phones to global teams and manually rooting devices slows critical vulnerability research, creating a gap in the face of rapidly emerging threats that can lead to significant national security risks.
Accelerate and Strengthen Vulnerability Research with On-Demand Virtualization
Replace the burden of physical hardware with secure, virtualized iOS and Android environments, allowing researchers to focus on finding and remediating exploits rather than juggling countless mobile devices.
- Discover and validate vulnerabilities at scale using virtualized devices that allow safe, repeatable testing across various iOS and Android versions, configurations and hardware models.
- Get deep system visibility with kernel-level instrumentation to observe low-level behavior, memory states and attack surfaces in real time.
- Prototype and test exploits in seconds with isolated environments where device states can be cloned, reset and replayed.
- Seamlessly jailbreak or root most devices without relying on public exploits, providing instant root-level access for deep forensics and introspection.
- Integrate with industry-standard tools such as IDA Pro, GDB and Frida to enable seamless firmware and app reversal.