By safeguarding against unauthorized tampering or alterations, ensure that your application remains protected and performs as intended.
Maintain the security, reliability, and trustworthiness of your applications.
Unauthorized alterations can introduce security vulnerabilities and disrupt the app’s functionality.
Exploitation of features for malicious purposes like data theft can harm users and the brand.
Tampered or counterfeit versions of the app can be distributed, damaging brand image as well as revenues.
Our comprehensive and robust code protection and integrity checks solution ensures that your app functions as intended
Ensure that no unauthorized parties have modified the code to introduce vulnerabilities or malicious functions.
Guarantee that the application behaves as expected, without unintended issues caused by unauthorized changes.
Build confidence among users and stakeholders that the software is genuine and operates as intended.
Our LLVM-based solution shields applications with obfuscation, encryption, integrity and dynamic checks, preventing unauthorized access and tampering of the code. It generates complex code that’s difficult to reverse engineer, enhancing security against static and dynamic attacks. Runtime App Self Protection (RASP) for threat detection and code integrity checks guarantee that the app does only and exactly what it has been designed for and is not mislead by external malicious manipulations from hackers.
A catalog of 30+ schemes can be applied to different codes or versions of the same code. By layering these protection mechanisms throughout software, your intellectual property will stay hidden from prying eyes.
Protection against dynamic analysis, detecting rooted or jailbroken devices and identifying debuggers, emulators, and hooking frameworks. Trigger specific actions upon detecting anomalies, ensuring robust application security.
Extensive device and application compatibility spans industrial IoT to desktops, smart appliances, with broad OS support including Android, iOS, Linux, Windows, and macOS.
Protection mechanisms can be applied comprehensively or selectively, empowering developers to customize security based on their software's logic. This flexibility ensures an optimal balance between performance and security.
Code & data protection, dynamic protections, and integrity checks thanks to obfuscation & RASP.
