About

ROCKEY4 SMART is a software protection product. The rockey4 smart card chip based software protection dongle device hardware can be connected to the USB port of your computer. The software can be protected using the R4 SMART encryption dongle key against unauthorized duplicate, access or use. After encrypting and protecting your software with the dongle, when the protected software starts, an error message will be rendered and the protected software will stop running if the dongle device is not present, access to a module is restricted, or the predefined license expires,. At the same time, the Software Protection Dongle Hardware product key also supports a comprehensive set of other protection mechanisms.

Unlike some other peer products, the R4 SMART anti-piracy solution the best security key, actually a mini-computer with a CPU, a memory and a tailored middleware, which interacts with applications. You can code some complicated algorithms in the dongle, and then call them in your programs to realize the encryption. This encryption method is recommended because it has high level of security and is hard to be cracked. In addition, the dongle is easy to use because the functions calling of the dongle is very simple.

The feitian rockey4 smart dongle protect software applications using encryption is provided with an envelope encryption tool. The envelope encryption tool (RyEnvX.exe) can be used to encrypt Windows PE files (i.e., .dll, .exe, and .arx files). The tool is very easy to use. It only takes you several seconds to encrypt such a file. If you do not have the source code, or you are not familiar with the APIs, it is a good idea to use the envelope encryption. If possible, the encryption performance can be greatly enhanced by calling the API functions in combination with the envelope encryption.

Main Features of Rockey4 Smart

• Hardware based soft clock;
• User definable 8 bytes dongle password;
• Universal unique hardware ID;
• 2 levels-4 groups (basic password & advanced password) password management mechanism, i.e. developer password and end-user password;
• Built-in seed code algorithm;
• Compliant with CE and FCC standards. Support multiple operating systems: Windows 2000 / XP / 2003 / Vista / 7, Linux and macOS;
• License management function;
• Communication datagram encrypted against interception;
• USB driverless device;
• Provide shell encryption tool;
• 1,000 bytes user space;
• Provide 64 module control units;
• Support for 128 user defined algorithms;
• Standard USB 1.1 device, support USB 2.0 interface;
• Provide multiple software programming interfaces: Delphi, Power Builder, Python, Fortran, Java, RealBasic, Oracle, SQL2000, FoxPro, VB, VBA, VC, C# and VB.NET etc.

How does rockey4 smart software protection dongle hardware work?

ROCKEY4 SMART Software License Management Solution

The License Manager is a brand-new tool for the ROCKEY4 SMART dongle, which significantly simplifies the management of licensing operations for the following reasons:

1) Dongle envelope combined with management functions (time, modules, distribution, management records);
2) Dongle envelope used for time control;
3) Easy use, and intuitive interface.

The License Manager is a license management platform with easy-to-use at the core. Even developers who have no experience in license management can quickly grasp the use of it. It greatly reduces the tediousness of the previous license management and the difficulties of hard-to-master, and make the license management simpler, more convenient, and more secure.

The License Manager can be used for:
1) Production management, including setting passwords, initializing parent dongle for production, generating public and private keys, importing license file and more;
2) Update management for developers, including importing license file, modifying license and more;
3) Update management for end users, including setting binding information, importing license file, modifying license and more;
4) Searching update history;
5) Generating new parent dongle based on public/private key file backup.

License Manager

How to use…

1. Connect the device to your computer’s USB port.
2. Protect your software using the ROCKEY4 SMART encryption key to prevent unauthorized duplication, access, or use.
3. After encrypting and securing your software with the dongle, the protected software will display an error message and cease running if the dongle device is absent, access to a module is restricted, or the predefined license expires.

Comprehensive Analysis of Rockey4 Smart

Exploring the Benefits of Rockey4 Dongle Hardware for Software Protection

• Encryption key editor (Ry4S_Editor.exe): It is a GUI tool for performing operations on the dongle. With the editor, you can not only read from or write to the dongle, but also carry out an algorithm operation or test the dongle. (For details, see Chapter 5 in user manual.)
• Encryption key APIs: They can be used to create strong protection solutions in a flexible way. In this manual, we use VC++ programs as examples to give extensive introduction. Besides, under the Samples directory in the CD, the sample programs in other languages are also provided. (For details, see Chapter 6. in user manual)
• Data Encryption: The ROCKEY4 SMART dongle employs encryption algorithms to secure sensitive data stored within it or transmitted between the dongle and the software application. This encryption ensures that data remains confidential and cannot be easily intercepted or tampered with by unauthorized parties.
• Communication Security: When the dongle interacts with the software application, communication channels are often encrypted to prevent eavesdropping or tampering. This ensures that commands and data exchanged between the software and the dongle are protected from interception or manipulation.
• Key Management: Encryption technology typically involves the management of cryptographic keys used to encrypt and decrypt data. The ROCKEY4 SMART dongle likely implements robust key management practices to securely generate, store, and use encryption keys, safeguarding them from unauthorized access or misuse.
• Tamper Resistance: The encryption technology employed by the ROCKEY4 SMART dongle may include measures to detect and respond to tampering attempts. This could involve techniques such as secure boot processes, hardware-based security features, or anti-tamper mechanisms designed to prevent unauthorized access or manipulation of the dongle’s firmware or data.
• Standards Compliance: The encryption algorithms and protocols used by the ROCKEY4 SMART dongle may adhere to industry-standard cryptographic practices to ensure interoperability, compatibility, and resilience against known security vulnerabilities.

Overall, ROCKEY4 SMART encryption technology plays a critical role in safeguarding software, licensing information, and sensitive data, providing developers with a reliable means of protecting their intellectual property and ensuring the integrity and confidentiality of their software applications.

Secure software distribution with ROCKEY4 SMART

1. License Protection: Ensuring that software is distributed only to authorized users with valid licenses, facilitated by the ROCKEY4 SMART dongle.
2. Copy Protection: Preventing unauthorized duplication or copying of software by tying its distribution to the presence of the ROCKEY4 SMART dongle.
3. Tamper Resistance: Implementing measures to resist tampering attempts aimed at bypassing the ROCKEY4 SMART dongle’s security mechanisms.
4. Encryption: Employing encryption techniques to safeguard the software distributed with the ROCKEY4 SMART dongle from unauthorized access or modification.
5. Authentication: Verifying the authenticity of the software and the legitimacy of the user through the ROCKEY4 SMART dongle’s authentication mechanisms.
6. Secure Updates: Ensuring that software updates or patches are securely distributed and applied only to authorized instances, potentially leveraging the ROCKEY4 SMART dongle for validation.
7. Comprehensive Protection: Offering a comprehensive solution that addresses various aspects of secure software distribution, including licensing, copy protection, and integrity verification, with the ROCKEY4 SMART dongle as a central component.

By leveraging the capabilities of the ROCKEY4 SMART dongle, software developers can enhance the security of their distribution processes and protect their intellectual property from unauthorized use or distribution.

ROCKEY4 Smart Benefits

Small and Exquisite

The ROCKEY4 SMART dongle is small, exquisite, good-looking, and easy to carry

High Speed

The running speed of the software encrypted by the ROCKEY4 SMART dongle is almost not affected. Even if the user defined an extremely complicated encryption algorithm in the dongle, the ROCKET4 SMART dongle can still handle it in a very short period, and ensure the smooth running of the user’s program.

Easy to Use

Both the API function calling encryption and the envelope encryption are designed in consideration of user convenience by simplifying user interfaces. In a short time period, the users can master the usage method of the ROCKET4 SMART key, to cut down the time spent on software encryption.

High Encryption Strength

The ROCKEY4 SMART dongle is a brand-new strong strength encryption product. It employs a two-level password protection mechanism. With only the first level password, you cannot modify the special storage area in the dongle. Thus, the software developer and the end user can be granted with different rights. A time gate is built in the dongle to prevent software tracing. In addition, the software suppliers are allowed to define hardware encryption algorithms by themselves, thus raise the security of the encryption key to a new level.

High Reliability

The ROCKEY4 SMART dongle has a complet user management system. Different users will never obtain identical passwords. The hardware ID for each dongle is unique. The password and the hardware ID are burnt into the CPU, even the manufacturer cannot change them.

Comprehensive System Support

The ROCKEY4 SMART dongle supports various kinds of operating systems. The encrypted application programs support the following platforms: Windows 98 SE/Me/2000/XP/Server 2003/Vista/2008/Windows 7, Linux, and Mac OS.

Various Software Interfaces

Software interfaces are available for almost all popular development tools, such as .Net, VB.Net, LabView, Python, Java, Matlab, Power Builder PB, DELPHI, VB, VC, Oracle, C++ BUILDER, C#, C,C++, etc.

Hardware Features

Internal Structure

The ROCKEY4 SMART dongle features a smart card chip and a memory chip that retains data even when powered off. The memory is divided into user memory, module, algorithm, and user ID areas. Developers can store crucial software information, like serial numbers, in the dongle. Each memory unit supports 500,000 to 1,000,000 write cycles, with unlimited read operations. The smart card chip includes a random number generator, seed code generator, and user-defined algorithm interpreter.

Hardware Interface

The ROCKEY4 SMART dongle supports USB 1.1 standard. With a USB hub, you can connect a
maximum number of 16 dongles to one computer at one time. Each dongle is equipped with an
indicator for informing some common problems. (Normally the indicator is always on after the
dongle is plugged into the USB port. Otherwise, the hardware has a problem or the driver is not
loaded.)

Considerations

Theoretically, the ROCKEY4 SMART dongle is a plug-and-play device, and can be plugged in
and removed at any time. However, instability may be caused if it is removed when being accessed by
a program.

SDK – Software Development Kit for Dongle Integration

Integrating the ROCKEY4 SMART dongle with software applications typically involves utilizing the provided Software Development Kit (SDK). Here’s a general overview of the steps involved in integrating the ROCKEY4 SMART SDK into your software project:

1. SDK Installation: Begin by installing the ROCKEY4 SMART SDK on your development environment. This SDK contains libraries, header files, documentation, and sample code necessary for integrating the dongle’s features into your software application.
2. Initialization: In your software application, initialize the ROCKEY4 SMART dongle by calling the appropriate initialization functions provided by the SDK. This step establishes communication with the dongle and prepares it for further operations.
3. License Checking: Implement code within your application to check for the presence and validity of the ROCKEY4 SMART dongle. This involves calling functions provided by the SDK to verify the existence of the dongle and validate its associated license.
4. Feature Activation: If your software application has different features or modules that are unlocked based on the user’s license, integrate logic to activate these features based on the status of the dongle and its associated license. This may involve querying the dongle for specific license data using SDK functions.
5. Error Handling: Implement error handling mechanisms to handle situations where the dongle is not detected, or the license validation fails. The SDK typically provides error codes and functions for diagnosing and handling such scenarios.
6. Secure Communication: If your application needs to communicate with the dongle for tasks such as data encryption or decryption, ensure that communication channels are secure and encrypted to prevent unauthorized access or tampering.
7. Testing and Debugging: Thoroughly test your software application with the integrated ROCKEY4 SMART dongle functionality to ensure that licensing and security features work as intended. Debug any issues encountered during testing, using the debugging tools provided by the SDK.
8. Documentation and Support: Document the integration process and any customizations made to the SDK within your software project. Additionally, leverage the documentation and support resources provided by the SDK vendor for assistance with integration and troubleshooting.

By following these steps and leveraging the features and resources provided by the ROCKEY4 SMART SDK, you can effectively integrate dongle-based security and licensing features into your software application.

Specification

CPU	8 bit Smart Card
Certification	CE, FCC, EAL 4+ and IT SEC
Hardware Series Number	Global unique Hardware ID
Memory space	2000 bytes
Built-in algorithm	Seed Code, Random Number, User defined algorithms, DES, 3DES, RSA
Built-in clock	Time license
Read Times	Unlimited
Write Times	At least 100,000
Interface Standard	Standard USB 1.1 device, support USB 2.0 interface
Platform Support	Windows XP/2000/2003/Vista/7, Linux , Mac OS
Appearance Color	Linux, MacOS, WinCE
Interface Type	USB type A
Interface Standard	Standard USB 1.1 device, support USB 2.0 interface
Memory space	2000 bytes
Encryption Method	Shell encryption, programming API
Dimensions & weight	50 x 17 x 7mm, 6g (A1+)
Casing Material	PC (polycarbonate)
Operating Temperature	0°C ~ 70°C
Storage Temperature	-10°C ~ 80°C
Humidity	20%-80%
Cascade Levels	Up to 16
Power Supply	USB port
Working Power	250mw (Max.)
Working Voltage	5V
Working Current	50mA (Max.)
Data Retention Period	At least 10 years
Certification	CE, FCC

FAQs