Cryptanium offers 19 comprehensive application security measures to protect software from piracy and intellectual property theft, addressing vulnerabilities in modern computing architectures. Key features include integrity protection, code obfuscation, anti-debugging measures, and various detection mechanisms for jailbroken or rooted devices. These solutions aim to ensure long-term profitability by safeguarding application code and sensitive data against attacks and tampering.

1. 19 Ways Cryptanium Delivers
Comprehensive Application Security
Software, hardware, and content industries lose millions every year because of
piracy, intellectual property theft, cracked copyright mechanisms, tampered
software, malware, and so on. The basic problem lies in the openness of the
underlying architecture of today’s computing systems. With the right expertise
and tools, anyone can gain control over software running on their devices. There
will always be users who will attempt to analyze and break software protection
mechanisms, out of personal gain or pure curiosity. Therefore, a robust and
efficient software protection scheme is an absolute must for all modern software
applications in virtually all business areas. It is a fundamental factor in ensuring
long-term profitability in today’s distributed software markets.
The war zone between software applications and adversaries who want to crack
them is very broad and diverse. An application can be attacked at various layers,
on different hardware, and with very different goals in mind, creating a very
complex problem for companies who want to protect their intellectual property.
Here are nineteen ways that our integrated software protection solution,
Cryptanium, protects the entire application code and all the sensitive data
processed by that code:
1. Integrity protection. Hundreds of embedded overlapping checksums
ensure that the binary code of the application is not modified.

2. 2. Code obfuscation. Source-level protection that transforms the original code
so that it is very hard to understand and reverse engineer.
3. Anti-debug protection. Platform-specific anti-debug code enables effective
protection against main-stream debuggers, thus preventing analysis of the
code.
4. iOS jailbreak detection. Code Protection provides efficient security
mechanisms that will defend the application if a jailbroken device is
detected.
5. Method swizzling detection. Code Protection provides efficient security
mechanisms that will defend the application if a jailbroken device is
detected.
6. Android rooting detection. Code Protection provides efficient security
mechanisms that will defend the application if a rooted device is detected.
7. Mach-O binary signature verification. Code Protection provides a security
feature specifically aimed at the Mach-O file format (used by iOS and OS X
apps) that prevents unwarranted re-signing and distribution of the
protected app.
8. Google Play licensing protection. The anti-piracy feature relies on an
alternative implementation of the Google Play license verification library
written in native code, which is very hard to reverse engineer and modify.
9. Integrity protection of Android APK packages. Set of source code and run-
time features that allow you to protect APK packages against any kind of
tampering, including re-signing with a different key.
10.Verification of function caller modules. Code Protection prevents
manipulation of function calls by enabling the application to verify function
caller modules and defend itself if modules are unauthorized.
11.Cross-checking of shared libraries. You can select specific shared library
files from your application, and Code Protection will calculate cryptographic
signatures of their binary code and embed these signatures in the main
application. Then, at arbitrary places in the application code you can invoke
a special function that checks if the signature of a particular shared library
loaded in the memory matches the previously recorded signature.

3. 12.Binary packing. Executable code is stored in encrypted form, and is
decrypted only at run time.
13.Inlining of static void functions. Obfuscation level of the protected
application is greatly increased by merging certain simpler functions into
other functions.
14.Objective-C message call obfuscation. Code Protection can obfuscate
message calls in the binary code so that they do not appear in plain text.
15.Objective-C metadata obfuscation. Code Protection can encrypt the
metadata of Objective-C executables to hide valuable information from
potential attackers.
16.String literal obfuscation. Code Protection can encrypt a large portion of
string literals in the code. They are decrypted only before they are actually
used. This feature provides strong protection against static analysis.
17.Customizable defense action. You can write a custom callback function to
be invoked when the protected application detects a threat.
18.Software diversification. The footprint of the generated protection and its
data is different for every protected application, making it even harder for
hackers to develop a universal cracking scheme.
19.White-box cryptography. Standard cryptographic algorithms are
implemented in a way that completely hides the internal keys and prevents
them from being modified.
Recent data breaches underscore the need for comprehensive application
security, and Cryptanium delivers!
To know more visit: whitecryption.com