Documents

The complete CRYPTO-BOX System Compendium for developers. Includes detailed description on how to install the CRYPTO-BOX Protection Kit, an introduction to AutoCrypt, how to start with API Implementation, Document- and Media Protection and much more.

Short overview and technical data of the CRYPTO-BOX hardware units (Revision 2).

CRYPTO-BOX: Information regarding CE, RoHS, WEEE and common handling and usage notes.

EMC directive declaration for the CRYPTO-BOX SC / CRYPTO-BOX XS / CRYPTO-BOX Versa

Compliance declaration to RoHS Directive 2011/65/EU and amendment EU 2015/863 for the CRYPTO-BOX

Compliance declaration according to EU Regulation (EC) No 1907/2006 concerning the Registration, Evaluation, Authorisation and Restriction of Chemicals (REACH).

Overview and data sheet of the CRYPTO-BOX Memory which includes the CRYPTO-BOX electronic (100% compatible with CRYPTO-BOX SC model) and an 8GB USB 2.0 flash drive

Installation Guide for the Professional Protection Kit (Smarx PPK) and overview about the enclosed components and features

Last version of the Compendium for the MARX Programming Interface (MPI). Support for MPI was discontinued in 2005, and its successor is Smarx OS.

The implementation directly into the application source code using the API provides the most flexible way of integrating the CRYPTO-BOX. This White Paper describes how to get started with the API integration, where to find the required libraries and tools in our Protection Kit, and it gives you useful tips and references.

Trx-files provide a convenient way to configure the CRYPTO-BOX with the tools available in the Smarx OS Protection Kit (PPK).

Network licensing with the CRYPTO-BOX is ideal for cost-effective software licensing in (corporate) networks. The software vendor determines how often the application is allowed to run - with just one CRYPTO-BOX per network.

SmarxCpp is an object oriented API for C++ (Visual Studio 2013 and up). This document gives developers who want to implement strong hardware-based protection and licensing with the CRYPTO-BOX an overview about the SmarxCpp interfaces and classes.

This document defines concept, implementation details and syntax of CBIOS4NET and Smarx4NET - an object oriented, component based API for .NET platform. It is targeted to C#.NET developers who want to implement strong hardware-based protection and licensing with the CRYPTO-BOX to .NET based applications.

This document describes the basic part of the CRYPTO-BOX API for developers: CBIOS API. It provides functions for identification and access to the internal memory and encryption functions of a CRYPTO-BOX connected either to the local USB port or in the network.

The Smarx OS DataObjects API provides convenient access to various data objects stored in the CRYPTO-BOX memory partitions, e.g. expiration dates, usage counter, password, self-defined objects, etc.

This document describes the Remote Update (RFP) API, an extended API which allows to update license information in the CRYPTO-BOX directly at the end-user side.

This white paper provides suggestions, ideas and techniques for a secure integration of the CRYPTO-BOX into your software.

Smarx® Cloud Security (WEB API) ensures only authenticated users gain access to a web portal or any kind of content distributed via the Internet/Intranet.

Tutorial on the automatic software protection solution AutoCrypt.

MARX Analyzer simplifies troubleshooting of MARX hardware and software products. A diagnostics report can be generated and sent to the vendor or directly to our technical support.

This document describes the possibilities how to set up the CRYPTO-BOX drivers.

Introduction on how to use the CRYPTO-BOX under Linux environments (x86 and ARM)

Introduction and implementation notes for the CRYPTO-BOX under macOS (Apple M1 and Intel based systems)

This document describes how to update the CRYPTO-BOX directly at the end-user side with our remote update tools.

The UEFI Secure Loader allows to use the CRYPTO-BOX for authentication prior to Operating System start (Pre-Boot Authentication)

This document describes the conversion of the CRYPTO-BOX from the legacy MPI system to the new Smarx OS system.