The startup develops security research software for ARM device virtualization, specifically targeting mobile security research, mobile app testing, and IoT device modeling. Their platform provides native performance and cloud-based tools, enabling developers to efficiently scale their applications across a diverse ecosystem of ARM-based devices.
Funding
$25M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Mobile app developers and security researchers face challenges in testing and securing applications due to the limitations of physical device labs, inadequate emulators, and the inability to natively run iOS and Android on standard hardware. Traditional methods are costly, difficult to scale, and lack the necessary tools for in-depth analysis.
Solution
Corellium provides a virtual hardware platform that enables users to run virtualized instances of ARM-based devices, including iOS and Android, on cloud or on-premises infrastructure. This allows for high-fidelity simulation of mobile devices, facilitating faster development, more comprehensive security testing, and reduced costs. The platform offers advanced tools for debugging, introspection, and control, enabling users to perform vulnerability research, malware analysis, and penetration testing with greater efficiency and accuracy. By virtualizing the hardware, Corellium eliminates the need for physical device labs and overcomes the limitations of traditional emulators.
Target Audience
The primary target audience includes mobile app developers, security researchers, penetration testers, and government organizations involved in mobile security, vulnerability research, and malware analysis.
Features
- ARM-native virtualization for high-fidelity simulation of iOS and Android devices
- Support for a wide range of device models and OS versions, including beta releases
- Instant root access and jailbreaking capabilities without relying on exploits
- Built-in tools for filesystem access, process tracing, and network monitoring
- Pre-integrated Frida console for scripting and hooking
- Ability to control device sensors, GPS location, and other environmental factors
- Snapshot and cloning features for easy replication and sharing of device states
- REST API for integration with existing development and security workflows
- MATRIX automation for automated security testing and reporting
- CHARM Developer Kit (CDK) for creating custom virtual device models