75% of Mobile Apps Are Vulnerable.
Don’t Let Yours Be One of Them.
AppShield delivers enterprise-grade security. No code changes, full compliance in minutes.
What is
App Shielding?
Invisible armor for
your mobile apps.
App shielding involves advanced security techniques to protect mobile applications from runtime threats. It enhances the security of apps once they are deployed, preventing tampering, reverse engineering, and exploitation.
These features put obstacles in the way of an attacker being able to perform a penetration test on the app, making it impossible or more difficult.
Why is App Shielding Important?
Protects sensitive data.
Safeguards users’ data from unauthorized access and tampering.
Prevents unauthorized access.
Ensures that only legitimate devices and users can interact with the app.
Mitigates reverse engineering.
Makes it harder for attackers to understand and exploit the app’s code.
Enhances overall security.
Adds additional layers of defense, complementing other security measures.
What is
Dynamic Testing?
Dynamic testing involves executing the mobile application in real
time and monitoring its behavior.
It identifies vulnerabilities by simulating real-world
conditions and attacks while the app is running, providing insight into
how the app reacts under various circumstances.
Real-Time Execution
Tests are run on a live app interacting with its environment.
Simulates Actual Threats
Dynamic testing emulates threats such as code injection, anti
debugging, and anti-root detection.
User & System Interaction
Observes the app’s response to system-level manipulations.
Why is Dynamic
Testing Critical for
App Shielding?
Real-World Scenario Simulation
Dynamic testing mirrors real-world scenarios in which attackers attempt to bypass security measures.
Behavioral Analysis
It tests how well shielding techniques, such as code obfuscation, anti-tampering, and root detection, hold up under attack.
Defense Mechanism Validation
Verifies the effectiveness of runtime security mechanisms, such as anti-debugging and anti-code injection, in real time.
Uncovering Hidden Vulnerabilities
Some issues only appear during runtime, such as weak root detection or ineffective memory protection.
Differences
Stand Out.
Others
Others
DIFFICULTY
Zero
High
PAIN POINTS
None
QA, Issues
TIMELINE
In Minutes
> 2 Days
COST
