AURIX Security Solutions

Understand how hackers use the CAN bus to interfere with in-vehicle communication, and be aware of how Infineon’s AURIX™ microcontrollers support secure CAN communication.

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HSM Hardware Security Module

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DAS (Device Access Server) as tool connection is a standard for both Infineon on-board wiggler for evaluation boards and for miniWiggler for customer boards. DAS Tool is supporting the XC800, XC166, XE166, XC2000, TriCore ™, AURIX™, XMC4000 family and the XMC1000 family.

More Information on DAS Tool

Download DAS Tool v7.0.0

Release notes v7.0.0

No-Hooks OnTarget enables the expanded capability to run customized code in place of selected RAM variables or existing code on the Electronic Control Unit under test, also called the Target. In the No-Hooks tradition, there is no need for access or modification of the ECU source code; all that is needed is the ECU executable and description files.

TargetLink is a code generator that generates efficient and target processor-optimized production code from graphically designed function models. It supports OSEK and AUTOSAR specifications.

Automatic generation of parallel C code: Optimize the performance of your embedded applications for the Infineon AURIX^TM microcontroller with the developer tool emmtrix Parallel Studio. It significantly simplifies the parallelization process and code optimization through automation and an innovative graphical user interface. Develop your applications in model-based software languages such as MATLAB®, Simulink®, Scilab and Xcos or use your existing C code as starting point for the parallelization in the emmtrix Parallel Studio.

The ASCET product family enables model-based development of application software and automatic code generation from these models. ASCET has been especially developed to meet specific automotive requirements to embedded software with real-time, efficiency and safety restrictions.
From the initial component design with block diagrams and state machines to the automatic generation of code for microcontroller target, ASCET components seamlessly integrates with embedded software development processes.
ASCET-RP enables rapid prototyping of software functions created in ASCET - both in the laboratory and in the vehicle. This enables early validation of functions and the data supply of calibration labels.

Silexica helps software professionals to master their multicore projects by providing SLX - a unique programming technology that is enabled by state-of-the-art compiler
know-how and full heterogeneity awareness.
It works as follows:

• SLX analyzes software to fully understand your code and automatically identifies further parallelization opportunities.
• SLX optimizes using advanced techniques to distribute the application driven by performance, power and memory constraints.

It implements easy-to-use recipes and automatic code generation for instant improvements to software.

PXROS-HR

• MPU protected inter-task communication (Simplified certification due to freedom from interference)

• No interrupt lock in our OS (comfort of an OS but still max. performance on Multi-Core)

• Multi-Core Support (Programming pattern Single-Core = Multi-Core/Many-Core - Data consistency without shared memory)

• Right Management (Enhanced safety concepts)

• Static and dynamic re-configuration (FAIL operational)
   

Middleware:

• TCP/IP Stack

• Filesystem Support

The TASKING VX-toolset for TriCore™ consists of a C/C++ compiler for TriCore™, C compiler for PCP, C compiler for HSM, C compiler for XC800 standby controller and C compiler for the MCS/GTM. Also included assembler/linker, seamlessly integrated debugger (simulator, OCDS), integrated into IDE based on Eclipse™.

The VX-toolset also includes the following features:

• Code Integrity Check facilities for MISRA C and CERT C compliance, as well as ASIL certifications
• "ACT" AURIX Configuration Tool, consisting of:
  • Interactive Pin Mapper
  • Software Platform for configuration of Infineon iLLD drivers
  • Royalty free RTOS
• Advanced and relaxed multi-core support concepts

The TriCore™ Development Platform from HighTec is an integrated development environment based on Eclipse™. 
It consists of:
  • Widely used GNU based C/C++ TriCore compiler
  • Assembler and linker

Compiler features:
  • Fastest build system
  • Unique data compression
  • Support of position independent code
  • FPU and PCP support
  • C compiler for PCP
  • C compiler for MCS/GTM
  • C compiler for HSM
  • Multi-core support for AURIX

TASKING Safety Checker

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Safety Checker by TASKING is a SIL (Safety Integrity Level) aware Static Analyzer which supports Software Partitioning and helps to assure Freedom from Interference between software with incompatible SILs. Beside isolation of code and data, the Safety Checker is also capable of checking C source code (ISO/IEC 9899:1990 and 1999) for possible vulnerabilities, including MISRA C guidelines (1998, 2004 and 2012) and CERT C secure coding standard.

TASKING Embedded Profiler

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The TASKING EMBEDDED PROFILER is a non-intrusive Intelligent Performance Optimization tool providing performance information and cross-links to source code or settings causing bottlenecks, enabling software developers to easily identify and implement code changes which improve performance on Infineon TriCore/AURIX hardware - without the need to have all the expert know-how of the hardware itself. More information in this Product Overview.

See also: TASKING LAPACK Performance Libraries

Circuit Emulator is an In-Circuit Emulator to debug products based on TriCore AURIX. It offers basic and advanced debugging features like standalone downloading, source level debugging, profiling analysis and trace etc.

ertec GmbH

Offline-Programming Systems PGS67 / Robotics Beaver

OnBoard/Inline Programming Solutions using PGS80/85 or ertius (NEW !)

Premium IC Programming Service

• Offline-Programming Systems PGS67 / Robotics Beaver
• OnBoard/Inline Programming Solutions using PGS80/85 or ertius (NEW !)
• Premium IC Programming Service

OpteeQ

Opteeq S-Series is ultra-fast, industrial grade, in-system programmer. It universally supports different types of programming interfaces and silicon architectures. Thanks to its compact size and the software library, S-Series can be easily integrated into other production equipment, e.g., functional or circuit testing machines, testing fixtures, etc. Additionally, S-Series can be also used as desk-top programmer. To satisfy various output volumes, S-Series offers models with 1, 4, or 8 physical programming channels. Its capability to work stably and protection to target circuit make S-Series an excellent choice for mass production of automotive, industrial, and consumer electronics.

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CycurHSM

RTA-BSW (Basic Software) is the next-generation software platform for AUTOSAR basic software - easy to configure, integrate, and test. RTA-BSW is developed in accordance with ISO 26262 development processes conformant to ASIL-D and can be used in even the most demanding of safety-critical applications. RTA-BSW supports AUTOSAR 4.x and consists of several stacks that provide support for a wide range of features such as operating system, run-time environment, communication over CAN and LIN, memory, and diagnostic and calibration protocols such as XCP.

The SCANFLEX hardware was the first fully modular JTAG/Boundary Scan platform on the market and is still the most modern system architecture available to date. It consists essentially of three components: controllers, TAP transceivers and I/O modules. Hardware platform SCANFLEX is not only the best choice for testing but also for programming of internal and external devices.

The KPIT Opcode Test Code Generator OTCG is a PC based tool which generates a unique test pattern for every used opcode in the user application. This enables safety checks for your system.

VTP consists of a Configuration Tool(Volcano Configuration Generator-(VCFG) ) and the software modules necessary to provide CAN and LIN communication for your application.

The Volcano LIN Target Package (LTP) is a LIN only product providing a resource efficient implementation for LIN nodes according to the LIN 2.0 standard.

Complete CANopen source code implementation of the CiA standards CiA301 and CiA302. Additional CiA device profiles are supported by the company's CANopen Design Tool.

The ISO 15765 protocol stack was designed by Simma Software to meet the demanding needs of the high speed Controller Area Network (CAN). Ports available for TriCore product lines.

The SAE J1939 protocol stack was designed by Simma Software to meet the demanding needs of the high speed Controller Area Network (CAN). Ports available for TriCore product lines.

Simma Software offers SAE J1939 and ISO 15765 flash bootloaders for the TriCore product line. These bootloaders allow an ECU's flash to be upgraded in the field.

The CANopen protocol stack was designed by Simma Software to meet the demanding needs of the high speed Controller Area Network (CAN). Ports available for TriCore product lines.

ADLATUS® is the modular embedded software solution for reprogramming of automotive ECUs (Electronic Control Units)

MICROSAR products give you a complete context for implementing software architecture based on AUTOSAR-Standard. Vector provides with MICROSAR all necessary Basis Software Modules of the Service and ECU Abstraction Layers. TriCore ™ specific Drivers of the Microcontroller Abstraction Layer are completely integrated in the MICROSAR Basis Software. This permits to use for all basis software the optimised Vector toolchain for AUTOSAR.

The Vector CANbedded environment consists of a number of adaptive source code components that cover the basic communication requirements in automotive applications.

The Vector CANbedded LIN environment consists of a number of adaptive source code components that cover the basic communication requirements to be applied in the LIN environment.

The Vector embedded Flash Bootloader for in-field reprogramming is adapted for most of the automotive manufacturers. It is available for ECUs on vehicle networks like CAN, LIN or FlexRay.

VectorCAST/Manage

Automated Test Management Enterprise wide for multiple targets, systems, test configurations, multiple compilers, debuggers, Continuous Integration, Change Based Testing with Change Impact Analysis, clusters, Board-Farms, Simulators and Probes

VectorCAST/C++

For C and or C++ Unit Testing, rapid, easy to use command line/GUI pre-populated with suitable test data options or select your own, includes coverage for unit testing -This product is Highly Recommended for SIL-2-4 / ASIL-B-D

VectorCAST/Cover

Aggregator for Coverage data, resolves to a single number, Code Complexity analysis, able to import from multiple sources (sources can be non-VectorCAST, e.g. Tessy® or RTRT®) – This product supports understanding of Project Status and is 'Recommended' for certification in SIL-2-4 and ASILB-D for Coverage and Complexity

VectorCAST/CBA

Coverage By Analysis, manages data analysis from Formal Methods or Static Analysers, e.g. Klocwork, QAC, Lint etc enables easy transfer to VectorCAST/Cover – Recommended for SIL2-4/ ASILB-D

VectorCAST/MCDC

Provides Test and Analysis of Decision Coverage – Highly Recommended for SIL-3-4 and ASIL-B-D

VectorCAST/RGW

To link your software requirements capture to your tests and results e.g. with IBM-DOORS®, PTC-Integrity® Siemens-Polarion® Applicable for SIL1-4

VectorCAST/RSP

VectorCAST/RSP is the module that has the “knowledge” on how to download the VectorCAST test harness to the target, how to initialize it, and how to pass it test cases for execution. It also knows how to capture pass/fail results and code coverage metrics. It works behind the scenes to make testing on target completely automated and transparent.

Understand how hackers use the CAN bus to interfere with in-vehicle communication, and be aware of how Infineon’s AURIX™ microcontrollers support secure CAN communication.

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• Know the AURIX™ 32-bit multicore microcontroller family
• Recognize how it applies to Commercial, Construction and Agricultural Vehicles (CAV)
• Be familiar with the safety standards and support models available, and
• Know which tools and development kits are available and where to find them.

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• Identify the AURIX™ first generation target application segments,  setting trends and portfolio;
• Recognize the basis for AURIX™ high levels of safety and security and, finally,
• Understand the AURIX™ software characteristics and its available tools.

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