Zimperium Mobile Application Protection Suite (MAPS)
Application shielding software
Runtime application self-protection (RASP) software
Application security software
- Features
- Ease of use
- Ease of management
- Quality of support
- Affordability
- Market presence
Take the quiz to check if Zimperium Mobile Application Protection Suite (MAPS) and its alternatives fit your requirements.
Contact the product provider
Free Trial
Free version unavailable
Small
Medium
Large
- Healthcare and life sciences
- Banking and insurance
- Public sector and nonprofit organizations
What is Zimperium Mobile Application Protection Suite (MAPS)
Zimperium Mobile Application Protection Suite (MAPS) is a mobile app protection product that adds in-app defenses to Android and iOS applications to detect and respond to runtime threats. It is used by mobile development and application security teams to harden apps against tampering, reverse engineering, and execution in risky environments (for example, rooted/jailbroken devices). MAPS combines runtime checks with code and binary protections that can be applied during the build process, with deployment options that fit common mobile CI/CD workflows.
Broad mobile runtime protections
MAPS focuses on in-app detection and response for common mobile runtime risks such as tampering, hooking/instrumentation, debugging, and execution on compromised devices. This aligns well with organizations that need protections to travel with the app rather than relying only on perimeter controls. The product is purpose-built for mobile (Android/iOS), which can simplify coverage compared with general-purpose application security tools.
Build-time shielding options
The suite includes application shielding capabilities that can be applied as part of the mobile build pipeline to increase resistance to reverse engineering and repackaging. This is useful for teams distributing apps through public app stores where binaries are easily obtainable. It supports a defense-in-depth approach by combining static hardening with runtime detection.
Mobile-focused security operations fit
MAPS is positioned for teams that need operational visibility into attacks against mobile apps in the field, not just pre-release testing. Runtime signals can help security teams prioritize issues that are actively exploited. This can complement existing secure SDLC practices by adding post-deployment telemetry and response controls.
Potential app performance overhead
Runtime checks and anti-tamper controls can introduce CPU, memory, or startup-time overhead depending on configuration and app architecture. Teams typically need to test multiple protection profiles to balance security with user experience. This can be more noticeable on older devices or apps with tight performance budgets.
Integration and tuning effort
Applying shielding and RASP controls usually requires build pipeline integration and iterative tuning to avoid false positives (for example, blocking legitimate debugging in QA or interfering with accessibility tools). Some protections can conflict with third-party SDKs, obfuscation settings, or app update mechanisms. This increases the implementation effort compared with purely external security controls.
Mobile scope, limited beyond apps
MAPS is designed for mobile application protection and does not replace broader application security needs such as web application protection, API gateways, or full SAST/DAST programs. Organizations with significant web or backend attack surface will still need complementary tools. Buyers should validate how MAPS integrates with their existing security monitoring and incident response workflows.
Seller details
Zimperium, Inc.
Dallas, Texas, USA
2010
Private
https://www.zimperium.com/
https://x.com/zimperium
https://www.linkedin.com/company/zimperium/
