Shield your App from Cyber Attacks
How Cybercriminals Can Abuse Your App
Run the app on emulators to conduct scalable fraud
Create malware that exploits discovered weaknesses
Repackage app with malware to compromise end-user devices
Steal proprietary code for the highest bidder
Bypass payments to access premium content for free
Deploy eavesdropping networks to steal sensitive data
Run the app on emulators to conduct scalable fraud
Create malware that exploits discovered weaknesses
Repackage app with malware to compromise end-user devices
Steal proprietary code for the highest bidder
Bypass payments to access premium content for free
Deploy eavesdropping networks to steal sensitive data
Protect Your Apps with zShield
Zimperium’s zShield is an advanced application shielding solution designed to offer robust in-app protection for mobile applications. It safeguards the application from potential exploitation, both when the app is available on public app stores and when it is being used on end-user devices. This dual-layer of protection aims to ensure the integrity and security of the mobile application in all stages, from distribution to actual usage.
Key Capabilities:
- Anti-reverse Engineering – Protect the code from being reverse engineered
- Anti-tampering – Deter unauthorized access, modifications, and misuse
- Runtime Protection – Prevent exploitation when running on end-user devices
Fit for Purpose: Choose an Option that's Right for You
Zimperium offers two zShield solutions designed to meet your specific security requirements. The low-code option is ideal for organizations whose app development teams are able to handle some configuration changes in order to provide the strongest protection available. The no-code offering is designed for organizations who just need essential protection as they require fast time to market or have limited development resources.
Zimperium offers two zShield solutions designed to meet your specific security requirements. The low-code option is ideal for organizations whose app development teams are able to handle some configuration changes in order to provide the strongest protection available. The no-code offering is designed for organizations who just need essential protection as they require fast time to market or have limited development resources.
Platforms Supported
Advanced Capabilities to Keep Your Code Secure
Anti-Reverse Engineering
Advanced Obfuscation
Anti-Debugging
Binary Packing
Diversification
Anti-Tampering
Integrity Checking
Anti-Method Swizzling
Function Caller Verification
Jailbreak / Rooting Detection
Shared Library Cross-Checking
Mach-O Binary Signature Verification
Customizable Defense Actions
Download our whitepaper to learn more about each technique.
Why Zimperium?
UI guided implementations
Preset configurations based on best practices
Protection is tuned for optimal performance
Every obfuscated build looks different
Choose the degree of obfuscation at file and function level
Minimal impact to application size
Zimperium Secures Connected Apps for Leading Medical Device Manufacturer
Learn how this leading medical device manufacturer used Zimperium’s zShield and zKeyBox solutions to make their mobile applications more resilient to inspection, tampering, and IP theft.
How our Advanced Application Protection Technologies Keep Software Secure Across Industries
Financial Services
Protect finance, banking, payment, and mPOS apps from a broad array of attacks, including code analysis and tampering, malware injection and discovery of crypto keys.
Healthcare
Secure medical apps and keys from attack, protect intellectual property and patient data, and ensure regulatory compliance.
Automotive
Secure automotive services applications, secret keys, and sensitive data stored inside those applications.
Retail
Secure content delivery apps and services from attack to protect content provider IP, reduce risk of disruption, and safeguard private data.
“Threat modeling should be done multiple times during development, especially when developing new capabilities, to capture new threats and improve modeling.”
– Guidelines on Minimum Standards for Developer Verification of Software (NIST, 2021)
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