XTD Whitebox Cryptography
Advanced engineering toolkit to protect cryptographic keys.
Judge us by the companies we keep.
Top brands protect their apps with XTD Whitebox Cryptography.
Verimatrix XTD Whitebox Cryptography is a powerful software-based toolkit that enables developers to embed hardened cryptographic protections directly into their applications—keeping algorithms, encryption keys, and critical intellectual property secure, even in exposed or hostile environments. EMVCo certified and algorithm-agnostic, it dissolves keys into the code itself, making them virtually impossible to extract through reverse engineering, side-channel analysis, or fault injection.
Unlike traditional solutions that rely on hardware, XTD Whitebox delivers full-strength security entirely in software, granting developers maximum flexibility across any platform or key type. With customizable architectures, built-in attack detection that can produce intentionally misleading outputs, and continuous internal and external validation, it stands as a trusted choice for top banks and enterprises safeguarding sensitive data and digital assets. As part of the broader Verimatrix XTD suite, it empowers organizations to deploy resilient, future-ready cryptographic defenses with full in-house control.
An engineering tool for crypto-security.
The XTD Whitebox Cryptography Designer generates a unique cryptographic architecture to keep hackers from anticipating how to analyze and attack. Security layers such as Randomized Integrity Verification and Dynamic Runtime Polymorphism further disrupt attack predictability, making reverse engineering significantly more challenging. The ability to define the optimum whitebox for your needs brings massive performance gains. By chaining algorithms, complex operations can be performed efficiently without the need to jump between multiple implementations.
Maintain exclusive control of your keys.
Traditional whitebox vendors provide a pre-compiled library, which means the vendor “unlocks” the whitebox. If these keys are shared between multiple customers, someone else’s insecure application can put yours at risk. With XTD Whitebox Cryptography, you always remain in control of your own keys. We never see them, and they can never be shared by other implementations. Code and Data Randomization ensures cryptographic keys are dynamically protected, while Instruction-Level and Control Flow Obfuscation adds an additional layer of complexity for attackers.
Jettison hardware security with a pure software approach.
Dependency on hardware can be costly and cumbersome, which is why XTD Whitebox Cryptography operates in a pure software environment without the need for expensive, resistive hardware. Hardware Fingerprinting and Environment Verification prevents execution in emulated environments, ensuring cryptographic operations only function in legitimate conditions. This approach allows an application to support any device without provisioning fees or unnecessary logistical hurdles.
Build your custom cryptographic architecture.
Any algorithm
Protect any algorithm including AES, AES-GCM, (3)DES, RSA, ECDSA, ECC Key Gen, ECDH, HMAC, SHA, 3DES MAC, and AES-MAC.
Any platform
This flexible security solution empowers you to protect content and data on any platform, regardless of device state.
Any key
Even when running in an exposed environment, XTD Whitebox Cryptography achieves a secure boundary by dissolving keys and protecting secrets. Check Network Randomization dynamically alters integrity verification logic for enhanced security.
End-to-end support
Our team’s deep experience in app protection streamlines support for implementation, integration, testing, and maintenance.
Software environment
Operating on a pure software environment, you won’t be held back by the dependencies and costs of resistive hardware.
Customized security
A unique graphical designer allows you to quickly and easily define your own error-free cryptographic architecture.
Key Features of XTD Whitebox Cryptography
Flattening and Obfuscation
Restructures execution paths to make code flow analysis difficult, preventing attackers from identifying logical structures.
Decoys
Introduces misleading code structures and false execution paths to misdirect attackers and increase reverse engineering complexity.
Data Flow Encryption
Encrypts sensitive data during processing, ensuring it remains protected even if memory is accessed by an attacker.
Randomized Integrity Verification
Unique per deployment, making each instance unpredictable and resistant to reverse engineering.
Dynamic Runtime Polymorphism
Security mechanisms shift at runtime to disrupt attack predictability.
Code and Data Randomization
Modifies code and data layouts to prevent pattern recognition.
Instruction-Level and Control Flow Obfuscation
Introduces dynamic modifications to execution paths.
Hardware Fingerprinting and Environment Verification
Detects chipset-specific attributes to prevent execution in emulated environments.
Self-Healing and Self-Validating Code
Ensures continuous security adaptation against evolving threats.
Check Network Randomization
Dynamically alters integrity verification logic for enhanced security.
Fortify Your Apps with Verimatrix XTD
Stay ahead of attackers with bank-grade whitebox cryptography from Verimatrix.
- Safeguard the code within your code
- Dissolve cryptographic keys to make them invisible
- Prevent bad actors from weaponizing your code
Ready to secure your applications with Verimatrix XTD?
Trusted and Recognized
By industry analysts, associations, and peers
Talk to a specialist about Verimatrix XTD Whitebox Cryptography.
