Android application reinforcement
Provide multi-directional reinforcement solutions for mobile applications, improve their self-defense capabilities, and prevent malicious attacks on applications.
Free TrialProvide multi-directional reinforcement solutions for mobile applications, improve their self-defense capabilities, and prevent malicious attacks on applications.
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For mobile applications, code encryption technologies such as source code obfuscation technology, application shelling, bytecode extraction, bytecode virtualization, bytecode transfer, assembly instruction virtualization, etc. are used to effectively solve the security risks of mobile application code and data according to the requirements of network security level protection, China Financial Mobile Payment Client Technical Specifications, Mobile Internet Application Software Security Assessment Outline and other assessment methods.


Dex casing
Encrypt and hide Dex as a whole. When the crackers decompile the application, they can only see the custom shell code

Dex function extraction
The function in Dex code is protected by encryption after extraction, and the function content is decrypted and restored to the corresponding function body at runtime

Dex type extraction
Encrypt and protect the classes in Dex code after extraction, and decrypt and restore the class content to the corresponding class at runtime

Dex virtualization
Perform virtualization protection on Dex, convert the original executable bytecode into a user-defined bytecode, and call a user-defined interpreter to interpret and execute the original logic when the application executes this bytecode

DexToCpp
Nativize Dex, convert the original Java byte code into C++code, and dynamically compile the local library file, which can effectively improve the application installation and running speed, prevent Dex from being statically decompiled to obtain source code, and prevent crackers from obtaining Java code in Dex through dynamic debugging;

Code encryption compression
Use custom algorithms to compress code data to a high degree

Signature verification
Verify the application signature information to prevent applications from being re signed;

Integrity check
Check the integrity of all files in Android applications to prevent malicious tampering

Anti debugging
When Android applications run, monitor the application debugging status to prevent applications from being dynamically debugged to obtain memory data

Strict anti commissioning
Multi process daemon mode is used to monitor the running state of Android applications to prevent applications from being maliciously debugged

Anti memory Dump
Monitor the memory information of Android application running time to prevent application memory from being dumped

Inverse function repair
Monitor the function execution status to prevent the function from being repaired

Anti injection
Real time monitoring of memory information to prevent the injection of the framework into the application space, resulting in information and data leakage

Log mask
Block the Logcat log output when Android applications run, and only the Verbose, Debug, and Info level logs

Local data encryption
Encrypt and store the local data generated dynamically in the application when the Android application is running to prevent the attacker from obtaining cached data

Simulator test
Simulator detection, note: this function will cause the hardening package to fail to run on the simulator

Root detection
Root environment detection. Note: this function will cause the hardening package to fail to run on the rooted device

Java Hook detection (multi open detection)
Detect the mainstream multi open framework and Java hook detection. Note: this mode will result in the failure of the hardening package to run on the system with the Java hook environment

Native Hook detection
Detect the mainstream Native Hook framework. Once the HOOK framework is found, the application will stop running

Agent detection
Prevent application packet capturing through Vpn; VPN packet capture is detected, and the application will fail to run;

Anti screen capture
Anti screenshot processing of all pages in the application

Anti page hijacking
Prevent application sensitive pages from being hijacked and being replaced by malicious applications

Optimize APK
Decompress APK and recompress it with high compression ratio to reduce the application volume
优势 | 详情 |
|---|---|
| Multi firewall protection | Dex shelling, Dex bytecode extraction, Dex virtualization and DexToC technologies are adopted for the code in the App program, so that the native code in the App program is protected by four "firewalls" to prevent the code reversal of malicious analysts. |
| Native deep reinforcement | The native library in the app program is reinforced with a customized linker, and combined with the dynamic anti debugging technology, the difficulty of being dumped and debugged is enhanced. |
| Small encryption granularity | Fine granularity encryption, realizing instruction level dynamic encryption and decryption technology, only decrypting the executed instruction units, and the unexecuted instructions will not be decrypted |
| Instruction set randomization | Supports instruction set randomization, and the virtual code instruction set generated by each compilation is completely generated randomly |
| Self safety is guaranteed | The self defined virtual machine technology and source code obfuscation technology are used for the interpreter and code in the hardening of Manxi, and encryption shell protection is used to prevent hackers from cracking the application after hardening from the 'firewall'. |
| Full monitoring of operation process | Manxi Reinforcement will monitor the whole life cycle of the app, with runtime protection against malicious addition of files, malicious deletion of files, high-risk device operation, memory copy, etc |
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Military industry/secret related
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Hu Gong Wang An Bei No. 31011702007672
